http://www.atitd.org/wiki/t4w/api.php?action=feedcontributions&feedformat=atom&user=Kibble 2026-04-04T12:16:49Z User contributions MediaWiki 1.35.2 http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=56043 2009-02-25T02:50:47Z

<p>Kibble: /* 2412, 3195 */</p> <hr /> <div>__NOTOC__<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2412, 3195 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Lactobacillus-5 Yeast-64 Acetobacter-62 Yeast-33 Acetobacter-46 Yeast-40 Acetobacter-94 Acetobacter-86 Yeast-90 Mold-71 Yeast-97 Lactobacillus-45 Yeast-1 Lactobacillus-85 Lactobacillus-12 Yeast-27 Yeast-2 Yeast-83 Yeast-59 Lactobacillus-53<br /> |}<br /> <br /> === 2412, 3193 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || <br /> |}<br /> <br /> === 2412, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-46 A-94 A-86 Y-90 M-71 Y-97 Y-27 L-45 Y-1 L-85 L-12 Y-83 Y-2 Y-59 L-53<br /> |}<br /> <br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55413 2009-02-24T07:25:46Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>__NOTOC__<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2412, 3195 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || <br /> |}<br /> <br /> === 2412, 3193 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || <br /> |}<br /> <br /> === 2412, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-46 A-94 A-86 Y-90 M-71 Y-97 Y-27 L-45 Y-1 L-85 L-12 Y-83 Y-2 Y-59 L-53<br /> |}<br /> <br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55412 2009-02-24T07:23:08Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>__NOTOC__<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2411, 3192 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-62 Y-64 Y-33 Y-40 A-94 Y-90 A-86 A-46 M-71 Y-97 Y-27 L-45 Y-83 Y-1 L-85 L-12 Y-2 L-53 Y-59<br /> |}<br /> <br /> === 2412, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-46 A-94 A-86 Y-90 M-71 Y-97 Y-27 L-45 Y-1 L-85 L-12 Y-83 Y-2 Y-59 L-53<br /> |}<br /> <br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55411 2009-02-24T07:20:26Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>__NOTOC__<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2412, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-46 A-94 A-86 Y-90 M-71 Y-97 Y-27 L-45 Y-1 L-85 L-12 Y-83 Y-2 Y-59 L-53<br /> |}<br /> <br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Paints&diff=55409 2009-02-24T07:12:25Z

<p>Kibble: /* Recipies */</p> <hr /> <div>== Recipies ==<br /> {| width=100% cellpadding=0 style=background-color:#AcAcAc;<br /> ! align=left | Color<br /> ! align=left | Directions<br /> |-<br /> | style=color:orange; | Carrot || 10 [[carrots]]<br /> |-<br /> | style=color:darkred; | Dark Red || 10 [[red sand]]<br /> |-<br /> | style=color:darkslateblue; | Dark Slate Blue || 10 [[cabbage juice]]<br /> |-<br /> | style=color:saddlebrown; | Saddle Brown || 10 [[clay]]<br /> |-<br /> | style=color:saddlebrown; | Saddle Brown || 10 [[dead tongue mushroom]]<br /> |-<br /> | style=color:indianred; | Indian Red || 1 [[cabbage juice]] 1 [[carrots]] x 5<br /> |-<br /> | style=color:chocolate; | Chocolate || 1 [[cabbage juice]] 1 [[potash]] 9 [[carrots]] <br /> |-<br /> | style=color:darkgoldenrod; | Dark Golden Rod || 1 [[cabbage juice]] 1 [[saltpeter]] 1 [[carrots]] 1 [[clay]] 1 [[carrots]] ( 1 [[carrots]] 1 [[clay]] x 3)<br /> |-<br /> | style=color:peru; | Peru || 1 [[carrots]] 1 [[cabbage juice]] 1 [[saltpeter]] ( 1 [[carrots]] 1 [[cabbage juice]] x 4)<br /> |-<br /> | style=color:yellowgreen; | Yellow Green || 1 [[carrots]], 1 [[lime]], 1 [[clay]], 1 [[dead tongue mushroom]], 6 [[carrots]], 1 [[clay]]<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Paints&diff=55408 2009-02-24T07:11:52Z

<p>Kibble: </p> <hr /> <div>== Recipies ==<br /> {| width=100% cellpadding=0 style=background-color:#AcAcAc;<br /> ! align=left | Color<br /> ! align=left | Directions<br /> |-<br /> | style=color:orange; | Carrot || 10 [[carrots]]<br /> |-<br /> | style=color:darkred; | Dark Red || 10 [[red sand]]<br /> |-<br /> | style=color:darkslateblue; | Dark Slate Blue || 10 [[cabbage juice]]<br /> |-<br /> | style=color:saddlebrown; | Saddle Brown || 10 [[clay]]<br /> |-<br /> | style=color:saddlebrown; | Saddle Brown || 10 [[dead tongue mushroom]]<br /> |-<br /> | style=color:indianred; | Indian Red || 1 [[cabbage juice]] 1 [[carrots]] x 5<br /> |-<br /> | style=color:chocolate; | Chocolate || 1 [[cabbage juice]] 1 [[potash]] 9 [[carrots]] <br /> |-<br /> | style=color:darkgoldenrod; | Dark Golden Rod || 1 [[cabbage juice]] 1 [[saltpeter]] 1 [[carrots]] 1 [[clay]] 1 [[carrots]] ( 1 [[carrots]] 1 [[clay]] x 3)<br /> |-<br /> | style=color:peru; | Peru || 1 [[carrots]] 1 [[cabbage juice]] 1 [[saltpeter]] ( 1 [[carrots]] 1 [[cabbage juice]] x 4)<br /> |-<br /> | style=color:yellowgreen; | Yellow Green || 1 [[carrots]], 1 [[lime]], 1 [[clay]], 1 [[dead tongue mushroom]], 6 carrots, 1 clay<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Paint&diff=55406 2009-02-24T07:09:22Z

<p>Kibble: /* Recipes */</p> <hr /> <div>{{Template:ItemInfo|weight=1|bulk=1|image=Paint.png|description=Used in building and research.}} <br /> <br /> Paint is used to provide color to various projects.<br /> <br /> == Source ==<br /> <br /> Created in a [[Pigment Laboratory]].<br /> <br /> == Uses ==<br /> <br /> It is primarily used as a building material, and in research.<br /> <br /> Our ancestors could also use paint to color their compounds. This is no longer possible in modern-day Egypt, but Teppy has mentioned that future types of compounds may include paintable areas.<br /> <br /> == Recipes ==<br /> Recpies are Character Specific and thus will be different from person to person.<br /> *[[Users:Gemstar/paints]]<br /> *[[User:Kibble/Paints]]<br /> *[[Paints/User_Nitocris]]<br /> *[[Gniss/Paints]]<br /> *[[Mosaic_Paint]]<br /> <br /> {{RequiredBy}}<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Paint&diff=55405 2009-02-24T07:08:16Z

<p>Kibble: /* Recipes */</p> <hr /> <div>{{Template:ItemInfo|weight=1|bulk=1|image=Paint.png|description=Used in building and research.}} <br /> <br /> Paint is used to provide color to various projects.<br /> <br /> == Source ==<br /> <br /> Created in a [[Pigment Laboratory]].<br /> <br /> == Uses ==<br /> <br /> It is primarily used as a building material, and in research.<br /> <br /> Our ancestors could also use paint to color their compounds. This is no longer possible in modern-day Egypt, but Teppy has mentioned that future types of compounds may include paintable areas.<br /> <br /> == Recipes ==<br /> Recpies are Character Specific and thus will be different from person to person.<br /> *[[Users:Gemstar/paints]]<br /> *[[User:Kibble/Paints]]<br /> *[[Paints/User_Nitocris]]<br /> *[[Gniss/Paints]]<br /> <br /> <br /> {{RequiredBy}}<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Paint&diff=55404 2009-02-24T07:07:36Z

<p>Kibble: /* Recipes */</p> <hr /> <div>{{Template:ItemInfo|weight=1|bulk=1|image=Paint.png|description=Used in building and research.}} <br /> <br /> Paint is used to provide color to various projects.<br /> <br /> == Source ==<br /> <br /> Created in a [[Pigment Laboratory]].<br /> <br /> == Uses ==<br /> <br /> It is primarily used as a building material, and in research.<br /> <br /> Our ancestors could also use paint to color their compounds. This is no longer possible in modern-day Egypt, but Teppy has mentioned that future types of compounds may include paintable areas.<br /> <br /> == Recipes ==<br /> Recpies are Character Specific and thus will be different from person to person.<br /> *[[Users:Gemstar/paints]]<br /> *[[User:Kibble/Paints]]<br /> *[[Paints/User_Nitocris]]<br /> <br /> <br /> {{RequiredBy}}<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Paint&diff=55401 2009-02-24T07:04:04Z

<p>Kibble: /* Recipes */</p> <hr /> <div>{{Template:ItemInfo|weight=1|bulk=1|image=Paint.png|description=Used in building and research.}} <br /> <br /> Paint is used to provide color to various projects.<br /> <br /> == Source ==<br /> <br /> Created in a [[Pigment Laboratory]].<br /> <br /> == Uses ==<br /> <br /> It is primarily used as a building material, and in research.<br /> <br /> Our ancestors could also use paint to color their compounds. This is no longer possible in modern-day Egypt, but Teppy has mentioned that future types of compounds may include paintable areas.<br /> <br /> == Recipes ==<br /> Recpies are Character Specific and thus will be different from person to person.<br /> *[[Users:Gemstar/paints]]<br /> *[[User:Kibble/Paints]]<br /> <br /> {{RequiredBy}}<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Paint&diff=55400 2009-02-24T07:03:43Z

<p>Kibble: /* Recipes */</p> <hr /> <div>{{Template:ItemInfo|weight=1|bulk=1|image=Paint.png|description=Used in building and research.}} <br /> <br /> Paint is used to provide color to various projects.<br /> <br /> == Source ==<br /> <br /> Created in a [[Pigment Laboratory]].<br /> <br /> == Uses ==<br /> <br /> It is primarily used as a building material, and in research.<br /> <br /> Our ancestors could also use paint to color their compounds. This is no longer possible in modern-day Egypt, but Teppy has mentioned that future types of compounds may include paintable areas.<br /> <br /> == Recipes ==<br /> Recpies are Character Specific and thus will be different from person to person. Here are some Paint Recpies.<br /> *[[Users:Gemstar/paints]]<br /> *[[User:Kibble/Paints]]<br /> <br /> {{RequiredBy}}<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Paint&diff=55398 2009-02-24T07:01:55Z

<p>Kibble: /* Recipes */</p> <hr /> <div>{{Template:ItemInfo|weight=1|bulk=1|image=Paint.png|description=Used in building and research.}} <br /> <br /> Paint is used to provide color to various projects.<br /> <br /> == Source ==<br /> <br /> Created in a [[Pigment Laboratory]].<br /> <br /> == Uses ==<br /> <br /> It is primarily used as a building material, and in research.<br /> <br /> Our ancestors could also use paint to color their compounds. This is no longer possible in modern-day Egypt, but Teppy has mentioned that future types of compounds may include paintable areas.<br /> <br /> == Recipes ==<br /> [[Users:Gemstar/paints]]<br /> [[User:Kibble/Paints]]<br /> <br /> {{RequiredBy}}<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Paint&diff=55395 2009-02-24T07:00:36Z

<p>Kibble: </p> <hr /> <div>{{Template:ItemInfo|weight=1|bulk=1|image=Paint.png|description=Used in building and research.}} <br /> <br /> Paint is used to provide color to various projects.<br /> <br /> == Source ==<br /> <br /> Created in a [[Pigment Laboratory]].<br /> <br /> == Uses ==<br /> <br /> It is primarily used as a building material, and in research.<br /> <br /> Our ancestors could also use paint to color their compounds. This is no longer possible in modern-day Egypt, but Teppy has mentioned that future types of compounds may include paintable areas.<br /> <br /> == Recipes ==<br /> [[Users:Gemstar/paints]]<br /> [[Users:Kibble/Paints]]<br /> <br /> {{RequiredBy}}<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros&diff=55386 2009-02-24T06:44:12Z

<p>Kibble: </p> <hr /> <div>:[[User:Kibble/Macros/Grass_Picker|Grass Picker]]<br /> :[[user:Kibble/Macros/Repeat_Clicker|Repeat Clicker/Keypress]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55383 2009-02-24T06:42:08Z

<p>Kibble: </p> <hr /> <div>__NOTOC__<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55382 2009-02-24T06:40:55Z

<p>Kibble: </p> <hr /> <div>{_NOTOC_}<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55381 2009-02-24T06:40:44Z

<p>Kibble: </p> <hr /> <div>{{_NOTOC_}}<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55380 2009-02-24T06:40:00Z

<p>Kibble: </p> <hr /> <div>_NOTOC_<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55379 2009-02-24T06:38:54Z

<p>Kibble: </p> <hr /> <div>{{NO_TOC}}<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55378 2009-02-24T06:38:42Z

<p>Kibble: </p> <hr /> <div>[NO_TOC]<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55377 2009-02-24T06:38:31Z

<p>Kibble: </p> <hr /> <div>[[NO_TOC]]<br /> == Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble&diff=55376 2009-02-24T06:37:21Z

<p>Kibble: /* Beer */</p> <hr /> <div>== Macros ==<br /> * [[Macros]]<br /> * [[User:Kibble/Macros|My Macros]]<br /> <br /> == Paints ==<br /> * [[User:Kibble/Paints|Paint Recipies]]<br /> <br /> == Beer ==<br /> * [[User:Kibble/Beer|Brew Sites &amp; Recipies]]<br /> * [[User:Kibble/Yeast|Yeast Tests]]<br /> <br /> == Guilds ==<br /> * [[Guilds/Paradise Plains]]<br /> * [[Guilds/Coastal Plains]]<br /> * [[Guilds/GTI]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble&diff=55375 2009-02-24T06:36:45Z

<p>Kibble: </p> <hr /> <div>== Macros ==<br /> * [[Macros]]<br /> * [[User:Kibble/Macros|My Macros]]<br /> <br /> == Paints ==<br /> * [[User:Kibble/Paints|Paint Recipies]]<br /> <br /> == Beer ==<br /> * [[User:Kibble/Beer|Beer Locations &amp; Recipies]]<br /> * [[User:Kibble/Yeast|Yeast Tests]]<br /> <br /> == Guilds ==<br /> * [[Guilds/Paradise Plains]]<br /> * [[Guilds/Coastal Plains]]<br /> * [[Guilds/GTI]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=55374 2009-02-24T06:31:08Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>== Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> === 2414, 3194 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-64 A-62 Y-33 Y-40 A-94 A-46 Y-90 A-86 M-71 Y-97 L-85 Y-1 Y-83 L-45 Y-27 L-12 Y-59 Y-2 L-53<br /> |}<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros&diff=54028 2009-02-22T05:33:10Z

<p>Kibble: </p> <hr /> <div>:[[User:Kibble/Macros/Grass_Picker|Grass Picker]]<br /> :[[user:Kibble/Macros/Repeat_Clicker|Repeat Clicker/Keypress]]<br /> :[[user:Kibble/Macros/Lead|Lead Macro]]<br /> :[[user:Kibble/Macros/Iron|Iron Macro]]<br /> :[[user:Kibble/Macros/Copper|Copper Macro]]<br /> :[[user:Kibble/Macros/Tin|Tin Macro]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros/Tin&diff=54027 2009-02-22T05:32:32Z

<p>Kibble: New page: &lt;pre&gt; // ATITD Tin Ore Mining Macro for ACTool // RELEASE: Jan-9-2009 // Original Mining Script by Coyan // Adapted for Tin by Xyrrus // // SETUP // // First align your view so you can see...</p> <hr /> <div>&lt;pre&gt;<br /> // ATITD Tin Ore Mining Macro for ACTool<br /> // RELEASE: Jan-9-2009<br /> // Original Mining Script by Coyan<br /> // Adapted for Tin by Xyrrus<br /> //<br /> // SETUP<br /> //<br /> // First align your view so you can see all 7 crystals clearly<br /> // second use Alt-L to lock your camera angle<br /> //<br /> // You will have 3 seconds between the recording of each crystal's location<br /> // place your mouse over a spot of average gem color for each crystal in turn<br /> // Once it has identified the 7 crystals, it will run the mine<br /> //<br /> // ** FOR TIN ** Place your cursor over the **DARKEST PART* of each particular gem or you will experience higher failure rates.<br /> // This is often the base/corner of the crystal.<br /> //<br /> // Method:<br /> // Script mines the gem with the lowest blue component value.<br /> //<br /> // Accuracy:<br /> // Tested 50 pulls, 3 errors. - Xyrrus Jan-9-2009<br /> // Incidently, this is better than many players report by hand.<br /> <br /> Constructs<br /> MouseX=List // this is an array of mouse X coords for gem sample points<br /> MouseY=List // this is an array of mouse X coords for gem sample points<br /> CrysBlue=List<br /> OEOffset=List<br /> END<br /> <br /> Constants<br /> OELevel = 3 // ** SET THIS ** to the 'depth' you want the memory game to play. A higher number will mean that you will achieve higher quantities per pull. However, a failure means that the sequence is reset and you will get &quot;failed&quot; messages equal to this number. Set this higher if you're very confident in your ability to place the cursor on the darkest part of each gem. Set it lower if you're less accurate. 3 is a good starting number. If you consistently see low-error performance, set it higher. Note that this number *for tin ore* does not appear to rely on ore extraction skill level (?)<br /> totalpulls = 100 // How many times do you want it to pull the mine.<br /> //colordiff = 10 // this is used to find a base for comparison, shouldn't need adjusting<br /> //CDiff = 0<br /> RepairAdjust = 15 // ** SET THIS ** to adjust the vertical positining of the mouse if the mine is not being worked. Increase / decrease by 15 per line as needed. &quot;This mine has been repaired&quot; text and custom mine labels will result in adjustments being required:<br /> // 15 - No Repairs or Text<br /> // 0 - Repair or Text<br /> <br /> <br /> Compare = 0<br /> Currcrys = 0<br /> LowestCrystal = 0<br /> CurrentLow = 0<br /> //DIFFFOUND = 0<br /> //Minval = 0<br /> //Maxval = 0<br /> Tmpval = 0<br /> loopcnt = 1<br /> Mousecnt = 1<br /> MouseXN = 0<br /> MouseYN = 0<br /> //ColorHS = 0<br /> OElistcnt = 0<br /> OELvlset = 1<br /> CurrCrysBlue = 0<br /> End<br /> <br /> <br /> Compute LowestCrystal = 0<br /> Compute CurrentLow = 255<br /> <br /> // First part that requires a detailed explanation<br /> // this loop will pause for 3 seconds then grab the current mouse location<br /> // its purpose is to identify the 7 sampling locations for the crystals<br /> // when it grabs the sampling spot, it will then echo a . to the chat window<br /> // make sure you are in your main chat tab.<br /> setactivewindow eGenesis Client<br /> Loop 7<br /> Delay 3000<br /> Listadd MouseX, {MouseX}<br /> Listadd MouseY, {MouseY}<br /> keys {loopno}<br /> END<br /> <br /> keys {return}<br /> keys {return}<br /> delay 1 sec<br /> <br /> ListClear OEOffset<br /> <br /> loop $totalpulls<br /> Compute loopcnt = 1<br /> ListClear CrysBlue<br /> loop 7<br /> mousepos MouseX[$loopcnt], MouseY[$loopcnt]<br /> LoadRGB MouseX[$loopcnt], MouseY[$loopcnt]<br /> <br /> // Setup the List<br /> Call GetBlueValues<br /> <br /> Compute loopcnt = $loopcnt + 1<br /> Delay 100<br /> END<br /> //Delay 100000 for testing<br /> CALL FindTinOre<br /> <br /> CALL OreExtractionstore<br /> <br /> ListCount OEOffset, $OElistcnt<br /> IF $OELevel &gt;= $OElistcnt<br /> Compute OELvlset = OEOffset[1] // work the current crystal until we are at our OE Level<br /> ELSE<br /> Compute OELvlset = OEOffset[$OELevel]<br /> END<br /> //Saypaste $OELevel $OElistcnt $OELvlset<br /> <br /> mousepos MouseX[$OELvlset], MouseY[$OELvlset]<br /> Delay 200 //200<br /> keys w<br /> <br /> Delay 4300 // Delay to manage the str/perc timer on mining, adjust as needed<br /> <br /> end<br /> <br /> Procedure GetBlueValues<br /> // Find the 'blueness' of each crystal, add it to the list. The gem with tin is the gem with the lowest blue component.<br /> Compute CurrCrysBlue = {RGBBlue}<br /> Listadd CrysBlue, $CurrCrysBlue<br /> END<br /> <br /> Procedure FindTinOre<br /> // Find which element in the list has the least amount of blue in it.<br /> Compute LowestCrystal = 0<br /> Compute CurrentLow = 255<br /> Compute Currcrys = 1<br /> loop 7<br /> If CrysBlue[$CurrCrys] &lt; $CurrentLow<br /> compute lowestCrystal = $currCrys<br /> compute currentLow = crysblue[$currcrys]<br /> END<br /> <br /> Compute Currcrys = $Currcrys + 1<br /> END //loop<br /> <br /> Compute Mousecnt = $LowestCrystal<br /> END<br /> <br /> Procedure OreExtractionstore<br /> // Memory game storage<br /> ListCount OEOffset, $OElistcnt<br /> IF $OElistcnt = 0<br /> Listadd OEOffset, $Mousecnt<br /> ELSE<br /> IF $OElistcnt = 1<br /> Listadd OEOffset, OEOffset[1]<br /> END<br /> IF $OElistcnt = 2<br /> Listadd OEOffset, OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 3<br /> Listadd OEOffset, OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 4<br /> Listadd OEOffset, OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 5<br /> Listadd OEOffset, OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 6<br /> Listadd OEOffset, OEOffset[6]<br /> Compute OEOffset[6] = OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 7<br /> Compute OEOffset[7] = OEOffset[6]<br /> Compute OEOffset[6] = OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> <br /> Compute OEOffset[1] = $Mousecnt<br /> END<br /> <br /> END<br /> &lt;/pre&gt;</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros/Iron&diff=54026 2009-02-22T05:31:56Z

<p>Kibble: New page: &lt;pre&gt; // Written by: Coyan/Mosaic Guild // This is what I suggest for setting up for this macro // First align your view so you can see all 7 crystals clearly // second use Alt-L to lock y...</p> <hr /> <div>&lt;pre&gt;<br /> // Written by: Coyan/Mosaic Guild<br /> // This is what I suggest for setting up for this macro<br /> // First align your view so you can see all 7 crystals clearly<br /> // second use Alt-L to lock your camera angle<br /> // Third before starting this, I suggest you have your mouse sitting over<br /> // the first crystal.<br /> // You will have 3 seconds between the recording of each crystal's location<br /> // place your mouse over a spot of average gem color for each crystal in turn<br /> // Once it has identified the 7 crystals, it will run the mine<br /> //<br /> // Thank you Xyrrus for talking to me about using Hue<br /> Constructs<br /> MouseX=List // this is an array of mouse X coords for gem sample points<br /> MouseY=List // this is an array of mouse X coords for gem sample points<br /> CrysHue=List<br /> OEOffset=List<br /> END<br /> // This macro doesn't work 100%, I have gotten between 80% and 90% return<br /> // When it mis-id's a crystal it will fail as many times in a row as your OELevel is set<br /> Constants<br /> OELevel = 3 // change this to your Ore Extraction level<br /> totalpulls = 500 // How many times do you want it to pull the mine<br /> colordiff = 10 // this is used to find a base for comparison, shouldn't need adjusting<br /> CDiff = 0<br /> CurrHigh = 0<br /> Compare = 0<br /> Currcrys = 0<br /> DIFFFOUND = 0<br /> Minval = 0<br /> Maxval = 0<br /> Tmpval = 0<br /> loopcnt = 1 <br /> Mousecnt = 1<br /> MouseXN = 0<br /> MouseYN = 0<br /> ColorHS = 0<br /> OElistcnt = 0<br /> OELvlset = 1<br /> CurrCrysHue = 0<br /> End<br /> <br /> // First part that requires a detailed explanation<br /> // this loop will pause for 3 seconds then grab the current mouse location<br /> // its purpose is to identify the 7 sampling locations for the crystals<br /> // when it grabs the sampling spot, it will then echo a . to the chat window<br /> // make sure you are in your main chat tab.<br /> setactivewindow eGenesis Client<br /> Loop 7<br /> Delay 3 sec<br /> Listadd MouseX, {MouseX}<br /> Listadd MouseY, {MouseY}<br /> keys {loopno}<br /> END<br /> <br /> keys {return}<br /> keys {return}<br /> <br /> listClear OEOffset<br /> <br /> loop $totalpulls<br /> Compute loopcnt = 1<br /> ListClear CrysHue<br /> loop 7<br /> mousepos MouseX[$loopcnt], MouseY[$loopcnt]<br /> LoadRGB MouseX[$loopcnt], MouseY[$loopcnt]<br /> <br /> Call CALCHUECOLOR<br /> //SayPaste {RGBRed} {RGBGreen} {RGBBlue} CrysHue[$loopcnt] $Tmpval for testing<br /> Compute loopcnt = $loopcnt + 1<br /> Delay 100<br /> END<br /> //Delay 100000 for testing<br /> CALL FindtheOdd<br /> <br /> CALL OreExtractionstore<br /> <br /> ListCount OEOffset, $OElistcnt<br /> IF $OELevel &gt;= $OElistcnt<br /> Compute OELvlset = OEOffset[1] // work the current crystal until we are at our OE Level<br /> ELSE<br /> Compute OELvlset = OEOffset[$OELevel]<br /> END<br /> //Saypaste $OELevel $OElistcnt $OELvlset<br /> <br /> mousepos MouseX[$OELvlset], MouseY[$OELvlset]<br /> Delay 200 //200<br /> keys w<br /> <br /> Delay 4300 // Delay to manage the str/perc timer on mining, adjust as needed<br /> <br /> end<br /> <br /> Procedure CALCHUECOLOR // This procedure calculates the Hue of the crystal<br /> Compute Minval = 0<br /> Compute Maxval = 255<br /> IF {RGBRed} &gt; {RGBGreen}<br /> Compute Minval = {RGBGreen}<br /> Compute Maxval = {RGBRed}<br /> Else<br /> Compute Maxval = {RGBGreen}<br /> Compute Minval = {RGBRed}<br /> END<br /> IF {RGBBlue} &lt; $Minval<br /> Compute Minval = {RGBBlue}<br /> ELSE<br /> IF {RGBBlue} &gt; $Maxval<br /> Compute Maxval = {RGBBlue}<br /> END<br /> END<br /> <br /> Compute Tmpval = $Maxval - $Minval<br /> <br /> IF {RGBRed} = $Maxval<br /> Compute CurrCrysHue = {RGBGreen} - {RGBBlue}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> ELSE<br /> IF $Maxval = {RGBGreen}<br /> Compute CurrCrysHue = {RGBBlue} - {RGBRed}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> Compute CurrCrysHue = 2.0 + $CurrCrysHue<br /> ELSE<br /> IF $Maxval = {RGBBlue}<br /> Compute CurrCrysHue = {RGBRed} - {RGBGreen}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> Compute CurrCrysHue = 4.0 + $CurrCrysHue<br /> END<br /> END<br /> END<br /> Compute CurrCrysHue = $CurrCrysHue * 100<br /> Listadd CrysHue, $CurrCrysHue<br /> END<br /> <br /> Procedure FindtheOdd<br /> Call Findcompare<br /> Compute CDiff = 0<br /> Compute CurrHigh = 0<br /> <br /> Compute Currcrys = 1<br /> loop 7 <br /> IF $Currcrys &lt;&gt; $Compare<br /> Compute ColorHS = CrysHue[$Currcrys] - CrysHue[$Compare]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &gt; $CDiff<br /> Compute CDiff = $ColorHS<br /> Compute CurrHigh = $Currcrys<br /> END<br /> END<br /> <br /> Compute Currcrys = $Currcrys + 1<br /> END<br /> <br /> Compute Mousecnt = $CurrHigh<br /> END<br /> <br /> Procedure OreExtractionstore<br /> ListCount OEOffset, $OElistcnt<br /> IF $OElistcnt = 0<br /> Listadd OEOffset, $Mousecnt<br /> ELSE<br /> IF $OElistcnt = 1<br /> Listadd OEOffset, OEOffset[1]<br /> END<br /> IF $OElistcnt = 2<br /> Listadd OEOffset, OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 3<br /> Listadd OEOffset, OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 4<br /> Listadd OEOffset, OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 5<br /> Listadd OEOffset, OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 6<br /> Listadd OEOffset, OEOffset[6]<br /> Compute OEOffset[6] = OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 7<br /> Compute OEOffset[7] = OEOffset[6]<br /> Compute OEOffset[6] = OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> <br /> Compute OEOffset[1] = $Mousecnt<br /> END<br /> <br /> END<br /> <br /> Procedure FindCompare // For Iron we need to find the common crystals in the first 3<br /> <br /> Compute ColorHS = CrysHue[1] - CrysHue[2]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &lt; $colordiff<br /> Compute Compare = 1<br /> ELSE<br /> Compute ColorHS = CrysHue[1] - CrysHue[3]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &lt; $colordiff<br /> Compute Compare = 1<br /> ELSE<br /> Compute Compare = 2<br /> END<br /> END<br /> <br /> END<br /> <br /> <br /> &lt;/pre&gt;</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros/Copper&diff=54025 2009-02-22T05:31:05Z

<p>Kibble: New page: &lt;pre&gt; // This is what I suggest for setting up for this macro // First align your view so you can see all 7 crystals clearly // second use Alt-L to lock your camera angle // Third before s...</p> <hr /> <div>&lt;pre&gt;<br /> // This is what I suggest for setting up for this macro<br /> // First align your view so you can see all 7 crystals clearly<br /> // second use Alt-L to lock your camera angle<br /> // Third before starting this, I suggest you have your mouse sitting over<br /> // the first crystal.<br /> // You will have 3 seconds between the recording of each crystal's location<br /> // place your mouse over the darkest part of each crystal in turn<br /> // Once it has identified the 7 crystals, it will run the mine<br /> Constructs<br /> MouseX=List // this is an array of mouse X coords for gem sample points<br /> MouseY=List // this is an array of mouse X coords for gem sample points<br /> OEOffset=List<br /> END<br /> Constants<br /> OELevel = 3 // change this to your Ore Extraction level<br /> totalpulls = 500 // How many times do you want it to pull the mine<br /> loopcnt = 1<br /> Mousecnt = 1<br /> MouseXN = 0<br /> MouseYN = 0<br /> ColorN = 0<br /> ColorS = 0<br /> Minval = 0<br /> Maxval = 255<br /> CONSTVAL = 0<br /> Tmpval = 0<br /> OElistcnt = 0<br /> OELvlset = 1<br /> <br /> End<br /> <br /> Compute CONSTVAL = 100/255 // constant being set for saturation calculation<br /> <br /> // First part that requires a detailed explanation<br /> // this loop will pause for 3 seconds then grab the current mouse location<br /> // its purpose is to identify the 7 sampling locations for the crystals<br /> // when it grabs the sampling spot, it will then echo a . to the chat window<br /> // make sure you are in your main chat tab.<br /> setactivewindow eGenesis Client<br /> Loop 7<br /> Delay 3000<br /> Listadd MouseX, {MouseX}<br /> Listadd MouseY, {MouseY}<br /> keys {loopno}<br /> END<br /> <br /> keys {return}<br /> keys {return}<br /> <br /> ListClear OEOffset<br /> <br /> loop $totalpulls<br /> Compute loopcnt = 1<br /> loop 7<br /> mousepos MouseX[$loopcnt], MouseY[$loopcnt]<br /> LoadRGB MouseX[$loopcnt], MouseY[$loopcnt]<br /> Call CALCSATCOLOR<br /> IF $ColorN &gt; $ColorS<br /> Compute ColorS = $ColorN<br /> Compute Mousecnt = $loopcnt<br /> END<br /> Compute loopcnt = $loopcnt + 1<br /> Delay 100<br /> END<br /> <br /> CALL OreExtractionstore<br /> <br /> ListCount OEOffset, $OElistcnt<br /> IF $OELevel &gt;= $OElistcnt<br /> Compute OELvlset = OEOffset[1] // work the current crystal until we are at our OE Level<br /> ELSE<br /> Compute OELvlset = OEOffset[$OELevel]<br /> END<br /> // Saypaste $OELevel $OElistcnt $OELvlset<br /> <br /> <br /> mousepos MouseX[$OELvlset], MouseY[$OELvlset]<br /> Delay 200<br /> keys w<br /> <br /> Compute ColorS = 0 //resets the color satuation for each sampling<br /> Delay 4500 // Delay to manage the str/perc timer on mining, adjust as needed<br /> <br /> END<br /> <br /> Procedure CALCSATCOLOR // This procedure calculates the saturation of the crystal<br /> Compute Minval = 0<br /> Compute Maxval = 255<br /> IF {RGBRed} &gt; {RGBGreen}<br /> Compute Minval = {RGBGreen}<br /> Compute Maxval = {RGBRed}<br /> Else<br /> Compute Maxval = {RGBGreen}<br /> Compute Minval = {RGBRed}<br /> END<br /> IF {RGBBlue} &lt; $Minval<br /> Compute Minval = {RGBBlue}<br /> ELSE<br /> IF {RGBBlue} &gt; $Maxval<br /> Compute Maxval = {RGBBlue}<br /> END<br /> END<br /> Compute Tmpval = $Maxval - $Minval<br /> if $tmpval &lt;&gt; 0 or $maxval &lt;&gt; 0<br /> Compute Tmpval = $Tmpval / $Maxval<br /> end<br /> <br /> Compute ColorN = $Tmpval * $CONSTVAL<br /> END<br /> <br /> Procedure OreExtractionstore<br /> ListCount OEOffset, $OElistcnt<br /> IF $OElistcnt = 0<br /> Listadd OEOffset, $Mousecnt<br /> ELSE<br /> IF $OElistcnt = 1<br /> Listadd OEOffset, OEOffset[1]<br /> END<br /> IF $OElistcnt = 2<br /> Listadd OEOffset, OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 3<br /> Listadd OEOffset, OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 4<br /> Listadd OEOffset, OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 5<br /> Listadd OEOffset, OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 6<br /> Listadd OEOffset, OEOffset[6]<br /> Compute OEOffset[6] = OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> IF $OElistcnt = 7<br /> Compute OEOffset[7] = OEOffset[6]<br /> Compute OEOffset[6] = OEOffset[5]<br /> Compute OEOffset[5] = OEOffset[4]<br /> Compute OEOffset[4] = OEOffset[3]<br /> Compute OEOffset[3] = OEOffset[2]<br /> Compute OEOffset[2] = OEOffset[1]<br /> END<br /> <br /> Compute OEOffset[1] = $Mousecnt<br /> END<br /> <br /> END<br /> <br /> <br /> &lt;/pre&gt;</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros&diff=54024 2009-02-22T05:28:55Z

<p>Kibble: </p> <hr /> <div>:[[User:Kibble/Macros/Grass_Picker|Grass Picker]]<br /> :[[user:Kibble/Macros/Repeat_Clicker|Repeat Clicker/Keypress]]<br /> :[[user:Kibble/Macros/Lead|Lead Macro]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros/Lead&diff=54023 2009-02-22T05:27:59Z

<p>Kibble: </p> <hr /> <div>&lt;pre&gt;<br /> // Written by: Coyan/Mosaic Guild<br /> // This is what I suggest for setting up for this macro<br /> // First align your view so you can see all 7 crystals clearly<br /> // second use Alt-L to lock your camera angle<br /> // Third before starting this, I suggest you have your mouse sitting over<br /> // the first crystal.<br /> // You will have 3 seconds between the recording of each crystal's location<br /> // place your mouse over a spot of average gem color for each crystal in turn<br /> // Once it has identified the 7 crystals, it will run the mine<br /> //<br /> // Thank you Xyrrus for talking to me about using Hue<br /> // This is a derivation of the Iron macro, in this case I added a step to keep track of the crystals same color status<br /> Constructs<br /> MouseX=List // this is an array of mouse X coords for gem sample points<br /> MouseY=List // this is an array of mouse X coords for gem sample points<br /> CrysHue=List<br /> CrysIDcnt=List<br /> END<br /> // Initially this will fail up to 7 times while it looks for the &quot;common&quot; gem, once it finds it, its pretty accurate.<br /> Constants<br /> totalpulls = 1000 // How many times do you want it to pull the mine<br /> colordiff = 10 // this is used to find a base for comparison, shouldn't need adjusting<br /> CDiff = 0<br /> CurrHigh = 0<br /> Compare = 0<br /> Currcrys = 0<br /> NumCrysID = 0<br /> currhighcnt = 0<br /> cntr = 0<br /> Minval = 0<br /> Maxval = 0<br /> Tmpval = 0<br /> loopcnt = 1 <br /> Mousecnt = 1<br /> MouseXN = 0<br /> MouseYN = 0<br /> ColorHS = 0<br /> OElistcnt = 0<br /> OELvlset = 1<br /> CurrCrysHue = 0<br /> End<br /> <br /> // First part that requires a detailed explanation<br /> // this loop will pause for 3 seconds then grab the current mouse location<br /> // its purpose is to identify the 7 sampling locations for the crystals<br /> // when it grabs the sampling spot, it will then echo a . to the chat window<br /> // make sure you are in your main chat tab.<br /> setactivewindow eGenesis Client<br /> Loop 7<br /> Delay 3 sec<br /> Listadd MouseX, {MouseX}<br /> Listadd MouseY, {MouseY}<br /> keys {loopno}<br /> END<br /> keys {return}<br /> keys {return}<br /> <br /> ListClear CrysIDcnt<br /> <br /> loop $totalpulls<br /> Compute loopcnt = 1<br /> ListClear CrysHue<br /> loop 7<br /> mousepos MouseX[$loopcnt], MouseY[$loopcnt]<br /> LoadRGB MouseX[$loopcnt], MouseY[$loopcnt]<br /> <br /> Call CALCHUECOLOR<br /> //SayPaste {RGBRed} {RGBGreen} {RGBBlue} CrysHue[$loopcnt] $Tmpval for testing<br /> Compute loopcnt = $loopcnt + 1<br /> Delay 100<br /> END<br /> //Delay 100000 for testing<br /> CALL FindtheOdd<br /> CALL IncrementID<br /> <br /> mousepos MouseX[$Mousecnt], MouseY[$Mousecnt]<br /> Delay 200 //200<br /> keys w<br /> //leftclick<br /> //Compute MouseXN = MouseX[$Mousecnt] + 15 // adjust this if you need to for the menu click<br /> //Compute MouseYN = MouseY[$Mousecnt] - 5 // adjust this if you need to for the menu click<br /> //Mousepos $MouseXN, $MouseYN<br /> //Delay 200<br /> //Leftclick<br /> <br /> Delay 4300 // Delay to manage the str/perc timer on mining, adjust as needed<br /> <br /> end<br /> <br /> Procedure CALCHUECOLOR // This procedure calculates the Hue of the crystal<br /> Compute Minval = 0<br /> Compute Maxval = 255<br /> IF {RGBRed} &gt; {RGBGreen}<br /> Compute Minval = {RGBGreen}<br /> Compute Maxval = {RGBRed}<br /> Else<br /> Compute Maxval = {RGBGreen}<br /> Compute Minval = {RGBRed}<br /> END<br /> IF {RGBBlue} &lt; $Minval<br /> Compute Minval = {RGBBlue}<br /> ELSE<br /> IF {RGBBlue} &gt; $Maxval<br /> Compute Maxval = {RGBBlue}<br /> END<br /> END<br /> <br /> Compute Tmpval = $Maxval - $Minval<br /> <br /> IF {RGBRed} = $Maxval<br /> Compute CurrCrysHue = {RGBGreen} - {RGBBlue}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> ELSE<br /> IF $Maxval = {RGBGreen}<br /> Compute CurrCrysHue = {RGBBlue} - {RGBRed}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> Compute CurrCrysHue = 2.0 + $CurrCrysHue<br /> ELSE<br /> IF $Maxval = {RGBBlue}<br /> Compute CurrCrysHue = {RGBRed} - {RGBGreen}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> Compute CurrCrysHue = 4.0 + $CurrCrysHue<br /> END<br /> END<br /> END<br /> Compute CurrCrysHue = $CurrCrysHue * 100<br /> Listadd CrysHue, $CurrCrysHue<br /> END<br /> <br /> Procedure FindtheOdd<br /> Call Findcompare<br /> Compute CDiff = 0<br /> Compute CurrHigh = 0<br /> <br /> Compute Currcrys = 1<br /> loop 7 <br /> IF $Currcrys &lt;&gt; $Compare<br /> Compute ColorHS = CrysHue[$Currcrys] - CrysHue[$Compare]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &gt; $CDiff<br /> Compute CDiff = $ColorHS<br /> Compute CurrHigh = $Currcrys<br /> END<br /> END<br /> <br /> Compute Currcrys = $Currcrys + 1<br /> END<br /> <br /> Compute Mousecnt = $CurrHigh<br /> END<br /> <br /> Procedure FindCompare // For Iron we need to find the common crystals in the first 3<br /> <br /> Compute ColorHS = CrysHue[1] - CrysHue[2]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &lt; $colordiff<br /> Compute Compare = 1<br /> ELSE<br /> Compute ColorHS = CrysHue[1] - CrysHue[3]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &lt; $colordiff<br /> Compute Compare = 1<br /> ELSE<br /> Compute Compare = 2<br /> END<br /> END<br /> <br /> END<br /> <br /> // this procedure keeps track of how many times each crystal has been NOT the odd crystal<br /> Procedure IncrementID<br /> ListCount CrysIDcnt, NumCrysID<br /> <br /> IF $NumCrysID = 0<br /> Loop 7<br /> ListAdd CrysIDcnt, 1<br /> END<br /> <br /> ELSE<br /> Compute cntr = 1<br /> Loop 7<br /> Compute Tmpval = CrysIDcnt[$cntr] + 1<br /> Compute CrysIDcnt[$cntr] = $Tmpval<br /> Compute cntr = $cntr + 1<br /> END<br /> Compute CrysIDcnt[$Mousecnt] = 1<br /> Compute currhighcnt = 1<br /> Compute cntr = 1<br /> Loop 7<br /> IF CrysIDcnt[$cntr] &gt; $currhighcnt<br /> Compute currhighcnt = CrysIDcnt[$cntr]<br /> Compute $Mousecnt = $cntr<br /> END<br /> Compute cntr = $cntr + 1 <br /> END<br /> END<br /> END<br /> &lt;/pre&gt;</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Macros/Lead&diff=54022 2009-02-22T05:27:36Z

<p>Kibble: New page: // Written by: Coyan/Mosaic Guild // This is what I suggest for setting up for this macro // First align your view so you can see all 7 crystals clearly // second use Alt-L to lock your ca...</p> <hr /> <div>// Written by: Coyan/Mosaic Guild<br /> // This is what I suggest for setting up for this macro<br /> // First align your view so you can see all 7 crystals clearly<br /> // second use Alt-L to lock your camera angle<br /> // Third before starting this, I suggest you have your mouse sitting over<br /> // the first crystal.<br /> // You will have 3 seconds between the recording of each crystal's location<br /> // place your mouse over a spot of average gem color for each crystal in turn<br /> // Once it has identified the 7 crystals, it will run the mine<br /> //<br /> // Thank you Xyrrus for talking to me about using Hue<br /> // This is a derivation of the Iron macro, in this case I added a step to keep track of the crystals same color status<br /> Constructs<br /> MouseX=List // this is an array of mouse X coords for gem sample points<br /> MouseY=List // this is an array of mouse X coords for gem sample points<br /> CrysHue=List<br /> CrysIDcnt=List<br /> END<br /> // Initially this will fail up to 7 times while it looks for the &quot;common&quot; gem, once it finds it, its pretty accurate.<br /> Constants<br /> totalpulls = 1000 // How many times do you want it to pull the mine<br /> colordiff = 10 // this is used to find a base for comparison, shouldn't need adjusting<br /> CDiff = 0<br /> CurrHigh = 0<br /> Compare = 0<br /> Currcrys = 0<br /> NumCrysID = 0<br /> currhighcnt = 0<br /> cntr = 0<br /> Minval = 0<br /> Maxval = 0<br /> Tmpval = 0<br /> loopcnt = 1 <br /> Mousecnt = 1<br /> MouseXN = 0<br /> MouseYN = 0<br /> ColorHS = 0<br /> OElistcnt = 0<br /> OELvlset = 1<br /> CurrCrysHue = 0<br /> End<br /> <br /> // First part that requires a detailed explanation<br /> // this loop will pause for 3 seconds then grab the current mouse location<br /> // its purpose is to identify the 7 sampling locations for the crystals<br /> // when it grabs the sampling spot, it will then echo a . to the chat window<br /> // make sure you are in your main chat tab.<br /> setactivewindow eGenesis Client<br /> Loop 7<br /> Delay 3 sec<br /> Listadd MouseX, {MouseX}<br /> Listadd MouseY, {MouseY}<br /> keys {loopno}<br /> END<br /> keys {return}<br /> keys {return}<br /> <br /> ListClear CrysIDcnt<br /> <br /> loop $totalpulls<br /> Compute loopcnt = 1<br /> ListClear CrysHue<br /> loop 7<br /> mousepos MouseX[$loopcnt], MouseY[$loopcnt]<br /> LoadRGB MouseX[$loopcnt], MouseY[$loopcnt]<br /> <br /> Call CALCHUECOLOR<br /> //SayPaste {RGBRed} {RGBGreen} {RGBBlue} CrysHue[$loopcnt] $Tmpval for testing<br /> Compute loopcnt = $loopcnt + 1<br /> Delay 100<br /> END<br /> //Delay 100000 for testing<br /> CALL FindtheOdd<br /> CALL IncrementID<br /> <br /> mousepos MouseX[$Mousecnt], MouseY[$Mousecnt]<br /> Delay 200 //200<br /> keys w<br /> //leftclick<br /> //Compute MouseXN = MouseX[$Mousecnt] + 15 // adjust this if you need to for the menu click<br /> //Compute MouseYN = MouseY[$Mousecnt] - 5 // adjust this if you need to for the menu click<br /> //Mousepos $MouseXN, $MouseYN<br /> //Delay 200<br /> //Leftclick<br /> <br /> Delay 4300 // Delay to manage the str/perc timer on mining, adjust as needed<br /> <br /> end<br /> <br /> Procedure CALCHUECOLOR // This procedure calculates the Hue of the crystal<br /> Compute Minval = 0<br /> Compute Maxval = 255<br /> IF {RGBRed} &gt; {RGBGreen}<br /> Compute Minval = {RGBGreen}<br /> Compute Maxval = {RGBRed}<br /> Else<br /> Compute Maxval = {RGBGreen}<br /> Compute Minval = {RGBRed}<br /> END<br /> IF {RGBBlue} &lt; $Minval<br /> Compute Minval = {RGBBlue}<br /> ELSE<br /> IF {RGBBlue} &gt; $Maxval<br /> Compute Maxval = {RGBBlue}<br /> END<br /> END<br /> <br /> Compute Tmpval = $Maxval - $Minval<br /> <br /> IF {RGBRed} = $Maxval<br /> Compute CurrCrysHue = {RGBGreen} - {RGBBlue}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> ELSE<br /> IF $Maxval = {RGBGreen}<br /> Compute CurrCrysHue = {RGBBlue} - {RGBRed}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> Compute CurrCrysHue = 2.0 + $CurrCrysHue<br /> ELSE<br /> IF $Maxval = {RGBBlue}<br /> Compute CurrCrysHue = {RGBRed} - {RGBGreen}<br /> Compute CurrCrysHue = $CurrCrysHue/$Tmpval<br /> Compute CurrCrysHue = 4.0 + $CurrCrysHue<br /> END<br /> END<br /> END<br /> Compute CurrCrysHue = $CurrCrysHue * 100<br /> Listadd CrysHue, $CurrCrysHue<br /> END<br /> <br /> Procedure FindtheOdd<br /> Call Findcompare<br /> Compute CDiff = 0<br /> Compute CurrHigh = 0<br /> <br /> Compute Currcrys = 1<br /> loop 7 <br /> IF $Currcrys &lt;&gt; $Compare<br /> Compute ColorHS = CrysHue[$Currcrys] - CrysHue[$Compare]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &gt; $CDiff<br /> Compute CDiff = $ColorHS<br /> Compute CurrHigh = $Currcrys<br /> END<br /> END<br /> <br /> Compute Currcrys = $Currcrys + 1<br /> END<br /> <br /> Compute Mousecnt = $CurrHigh<br /> END<br /> <br /> Procedure FindCompare // For Iron we need to find the common crystals in the first 3<br /> <br /> Compute ColorHS = CrysHue[1] - CrysHue[2]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &lt; $colordiff<br /> Compute Compare = 1<br /> ELSE<br /> Compute ColorHS = CrysHue[1] - CrysHue[3]<br /> IF $ColorHS &lt; 0<br /> Compute ColorHS = 0 - $ColorHS<br /> END<br /> <br /> IF $ColorHS &lt; $colordiff<br /> Compute Compare = 1<br /> ELSE<br /> Compute Compare = 2<br /> END<br /> END<br /> <br /> END<br /> <br /> // this procedure keeps track of how many times each crystal has been NOT the odd crystal<br /> Procedure IncrementID<br /> ListCount CrysIDcnt, NumCrysID<br /> <br /> IF $NumCrysID = 0<br /> Loop 7<br /> ListAdd CrysIDcnt, 1<br /> END<br /> <br /> ELSE<br /> Compute cntr = 1<br /> Loop 7<br /> Compute Tmpval = CrysIDcnt[$cntr] + 1<br /> Compute CrysIDcnt[$cntr] = $Tmpval<br /> Compute cntr = $cntr + 1<br /> END<br /> Compute CrysIDcnt[$Mousecnt] = 1<br /> Compute currhighcnt = 1<br /> Compute cntr = 1<br /> Loop 7<br /> IF CrysIDcnt[$cntr] &gt; $currhighcnt<br /> Compute currhighcnt = CrysIDcnt[$cntr]<br /> Compute $Mousecnt = $cntr<br /> END<br /> Compute cntr = $cntr + 1 <br /> END<br /> END<br /> END</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble&diff=53707 2009-02-21T16:26:15Z

<p>Kibble: /* Body */</p> <hr /> <div>== Macros ==<br /> * [[Macros]]<br /> * [[User:Kibble/Macros|My Macros]]<br /> <br /> == Paints ==<br /> * [[User:Kibble/Paints|Paint Recipies]]<br /> <br /> == Guilds ==<br /> * [[Guilds/Paradise Plains]]<br /> * [[Guilds/Coastal Plains]]<br /> * [[Guilds/GTI]]<br /> <br /> <br /> == Junk I need to collect. ==<br /> <br /> === Architechture ===<br /> [ ] Structure Repair (level 4)<br /> [ ] 14 Pulley<br /> <br /> === Art ===<br /> [ ] Structure Maintenance (level 1, 4, 7, ?)<br /> [ ] 4 Thermometer<br /> [ ] 100 sheet glass <br /> [ ] Structure Repair (level ?)<br /> [ ] 60 Linen<br /> <br /> === Body ===<br /> [ ] Salvage Techniques (level 1, 4, ?)<br /> [ ] 1000 Charcoal <br /> [ ] Structure Maintenance (level 1, 4, ?)<br /> [ ] 300 Linen<br /> [ ] 300 Canvas <br /> [ ] Structure Repair (level ?)<br /> [ ] 200 Cut Stone <br /> [ ] 200 Beeswax<br /> [ ] 200 Charcoal<br /> <br /> === Harmony ===<br /> [ ] Navigation Second Degree (level 10) <br /> [ ] 20 Glass Rods <br /> [ ] Salvage Techniques (level 1, 4, 7, ?) <br /> [ ] 4 Night Granite<br /> [ ] 4 Canary Granite<br /> [ ] 4 White Travertine <br /> [ ] Structure Maintenance (level 1, 4, 7, ?) <br /> [ ] 500 Papyrus Paper<br /> [ ] 125 Glass Rods <br /> [ ] Structure Repair (level 1, 4, ?) <br /> [ ] 300 Glass Rods<br /> [ ] 300 Leather<br /> <br /> === Leadership ===<br /> [ ] Project Management (level 7) <br /> [ ] 4 Canvas<br /> [ ] 12 Rope <br /> [ ] Salvage Techniques (level 1, 4, ?)<br /> [ ] 200 Cut Stone<br /> [ ] 100 clay<br /> [ ] 2 Oyster Shell Marble <br /> [ ] Structure Maintenance (level 1, 4, ?) <br /> [ ] 2 large gears<br /> [ ] 80 leather <br /> [ ] Structure Repair (level ?) <br /> [ ] 300 Papyrus Paper<br /> [ ] 300 Flint<br /> <br /> === Thought ===<br /> [ ] Desiccation - (level 3, ?, ?) requires Basic Chemistry <br /> [ ] Salvage Techniques - (level 1, 4, ?)<br /> [ ] 20 Cuttable Garnet<br /> [ ] 20 Cuttable Turquoise <br /> [ ] Structure Maintenance - (level 1, 4, ?)<br /> [ ] 300 Bricks<br /> [ ] 50 Oil<br /> [ ] 50 Beeswax <br /> [ ] Structure Repair - (level ?)<br /> [ ] 2 Oyster Shell Marble<br /> [ ] 20 Cuttable Jade<br /> [ ] 200 Bricks<br /> <br /> === Worship ===<br /> [ ] Cooking - Second Degree (level 4)<br /> [ ] 20 Common Sage<br /> [ ] 20 Thyme<br /> [ ] 20 Common Rosemary <br /> [ ] Cooking - Third Degree (level 7)<br /> [ ] 49 Salt <br /> [ ] Salvage Techniques (level 1, 4, ?)<br /> [ ] 200 Leather<br /> [ ] 300 Glass rods<br /> [ ] 300 Papyrus paper <br /> [ ] Structure Maintenance (level 1, 4, ?)<br /> [ ] 4 Mud granite<br /> [ ] 4 Rose alabaster <br /> [ ] Structure Repair (level ?)<br /> [ ] 1 Huge Emerald<br /> [ ] 1 Large Topaz<br /> [ ] 1 Medium Ruby<br /> [ ] 1 Small Sapphire</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53680 2009-02-21T14:59:31Z

<p>Kibble: </p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> <br /> Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> * '''Pin Point Heat'''<br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> ===Methods===<br /> <br /> ==== Ariella ====<br /> *'''Front Heavy Heat'''<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it.<br /> #'a' held down to push it in clear to the back.<br /> #Hit 's' EXACTLY 7 times to pull it back out.<br /> #Rotate hitting 'm' til you see the frontish part turn a bit yellow.<br /> #Hit 'b' EXACTLY 4 times to blow the bulb.<br /> #Rotate with 'm' again until your pinky can hit 'q' to check the quality.<br /> <br /> *''Keep checking until it's over 3500 and hit 'u' quick as you can after you see that.''<br /> *TO REPAIR and bring less than 3500 quality up<br /> **Rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> ==== Quizzical ====<br /> *'''Standard Heat'''<br /> <br /> *Rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> ==== Matk ====<br /> *'''Front Heavy Heat'''<br /> <br /> *Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53677 2009-02-21T14:47:25Z

<p>Kibble: /* Thermometers */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> <br /> Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> ===Methods===<br /> <br /> ==== Ariella ====<br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat.<br /> #'a' held down to push it in clear to the back.<br /> #Hit 's' EXACTLY 7 times to pull it back out.<br /> #Rotate hitting 'm' til you see the frontish part turn a bit yellow.<br /> #Hit 'b' EXACTLY 4 times to blow the bulb.<br /> #Rotate with 'm' again until your pinky can hit 'q' to check the quality.<br /> <br /> *''Keep checking until it's over 3500 and hit 'u' quick as you can after you see that.''<br /> *TO REPAIR and bring less than 3500 quality up<br /> **Rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> ==== Quizzical ====<br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> ==== Matk ====<br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53676 2009-02-21T14:44:50Z

<p>Kibble: /* Methods */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> <br /> Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> ===Methods===<br /> <br /> ==== Ariella ====<br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat.<br /> #'a' held down to push it in clear to the back.<br /> #Hit 's' EXACTLY 7 times to pull it back out.<br /> #Rotate hitting 'm' til you see the frontish part turn a bit yellow.<br /> #Hit 'b' EXACTLY 4 times to blow the bulb.<br /> #Rotate with 'm' again until your pinky can hit 'q' to check the quality.<br /> <br /> *''Keep checking until it's over 3500 and hit 'u' quick as you can after you see that.''<br /> *TO REPAIR and bring less than 3500 quality up<br /> **Rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53675 2009-02-21T14:43:48Z

<p>Kibble: /* Methods */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> <br /> Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> ===Methods===<br /> <br /> ==== Ariella ====<br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat.<br /> #'a' held down to push it in clear to the back.<br /> #Hit 's' EXACTLY 7 times to pull it back out.<br /> #Rotate hitting 'm' til you see the frontish part turn a bit yellow.<br /> #Hit 'b' EXACTLY 4 times to blow the bulb.<br /> #Rotate with 'm' again until your pinky can hit 'q' to check the quality.<br /> ''Keep checking until it's over 3500 and hit 'u' quick as you can after you see that.''<br /> TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53674 2009-02-21T14:42:39Z

<p>Kibble: /* Thermometers */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> <br /> Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat.<br /> #'a' held down to push it in clear to the back.<br /> #Hit 's' EXACTLY 7 times to pull it back out.<br /> #Rotate hitting 'm' til you see the frontish part turn a bit yellow.<br /> #Hit 'b' EXACTLY 4 times to blow the bulb.<br /> #Rotate with 'm' again until your pinky can hit 'q' to check the quality.<br /> *Keep checking until it's over 3500 and hit 'u' quick as you can after you see that.<br /> **''TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way.'' ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53673 2009-02-21T14:37:41Z

<p>Kibble: /* Hookah Bowl */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> <br /> Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat. 1) 'a' held down to push it in clear to the back. 2) Hit 's' EXACTLY 7 times to pull it back out. 3) Rotate hitting 'm' til you see the frontish part turn a bit yellow. 4) Hit 'b' EXACTLY 4 times to blow the bulb. 5) Rotate with 'm' again until your pinky can hit 'q' to check the quality. Keep checking until it's over 3500 and hit 'u' quick as you can after you see that. TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53671 2009-02-21T14:36:08Z

<p>Kibble: /* Basic Concepts */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> <br /> Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Hookah Bowl - Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat. 1) 'a' held down to push it in clear to the back. 2) Hit 's' EXACTLY 7 times to pull it back out. 3) Rotate hitting 'm' til you see the frontish part turn a bit yellow. 4) Hit 'b' EXACTLY 4 times to blow the bulb. 5) Rotate with 'm' again until your pinky can hit 'q' to check the quality. Keep checking until it's over 3500 and hit 'u' quick as you can after you see that. TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53670 2009-02-21T14:35:04Z

<p>Kibble: /* Basic Concepts */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> *Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> There are a couple things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Finally, a couple things that will affect the project.<br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Hookah Bowl - Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat. 1) 'a' held down to push it in clear to the back. 2) Hit 's' EXACTLY 7 times to pull it back out. 3) Rotate hitting 'm' til you see the frontish part turn a bit yellow. 4) Hit 'b' EXACTLY 4 times to blow the bulb. 5) Rotate with 'm' again until your pinky can hit 'q' to check the quality. Keep checking until it's over 3500 and hit 'u' quick as you can after you see that. TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53668 2009-02-21T14:33:09Z

<p>Kibble: </p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> *Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> Finally, there are several things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Wine Glass==<br /> Requires: 1 [[Fine Glass Rod]] <br /> <br /> ===Methods===<br /> <br /> <br /> ==Hookah Bowl==<br /> Hookah Bowl - Requires: 1 [[Fine Glass Rod]]<br /> <br /> ===Methods===<br /> This guide is using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat. 1) 'a' held down to push it in clear to the back. 2) Hit 's' EXACTLY 7 times to pull it back out. 3) Rotate hitting 'm' til you see the frontish part turn a bit yellow. 4) Hit 'b' EXACTLY 4 times to blow the bulb. 5) Rotate with 'm' again until your pinky can hit 'q' to check the quality. Keep checking until it's over 3500 and hit 'u' quick as you can after you see that. TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53667 2009-02-21T14:29:14Z

<p>Kibble: /* Hookah */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> *Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> Finally, there are several things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Basic Projects==<br /> <br /> *Wine Glass - Requires: 1 [[Fine Glass Rod]] <br /> *Hookah Bowl - Requires: 1 [[Fine Glass Rod]]<br /> <br /> ==Hookah Bowl== <br /> This guide is for using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat. 1) 'a' held down to push it in clear to the back. 2) Hit 's' EXACTLY 7 times to pull it back out. 3) Rotate hitting 'm' til you see the frontish part turn a bit yellow. 4) Hit 'b' EXACTLY 4 times to blow the bulb. 5) Rotate with 'm' again until your pinky can hit 'q' to check the quality. Keep checking until it's over 3500 and hit 'u' quick as you can after you see that. TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=53666 2009-02-21T14:28:57Z

<p>Kibble: /* Guide */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> *Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> Finally, there are several things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Basic Projects==<br /> <br /> *Wine Glass - Requires: 1 [[Fine Glass Rod]] <br /> *Hookah Bowl - Requires: 1 [[Fine Glass Rod]]<br /> <br /> ==Hookah == <br /> This guide is for using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat. 1) 'a' held down to push it in clear to the back. 2) Hit 's' EXACTLY 7 times to pull it back out. 3) Rotate hitting 'm' til you see the frontish part turn a bit yellow. 4) Hit 'b' EXACTLY 4 times to blow the bulb. 5) Rotate with 'm' again until your pinky can hit 'q' to check the quality. Keep checking until it's over 3500 and hit 'u' quick as you can after you see that. TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Glassblowing_Guide&diff=52684 2009-02-19T11:34:00Z

<p>Kibble: /* Guide */</p> <hr /> <div>This guide came from the T3 Wiki. Please update!<br /> <br /> WARNING: The Push and Pull hotkeys are reversed on the menu from the way they actually operate. A is push (into the GH), S is pull (out of the GH). Also, like all buildings with hotkeys, your mouse cursor must be touching the actual building in order for the hotkeys to register. <br /> <br /> <br /> ==Basic Concepts==<br /> Glassblowing is a timed craft, giving you approximately one minute from the time you start a project to heat and work the glass. To become a decent glassblower, plan on spending a great deal of time and glass familiarizing yourself with the glory hole and its quirks. A gloryhole in a low-lag area and a fast, stable connection to the game are highly recommended, if not outright required. Additionally, it's vital to learn and use the hotkeys. Menu-based glassblowing projects will give extremely poor results in almost every situation. <br /> <br /> Every 'tick' of the process, several things happen automatically. <br /> <br /> *Any part of the project that is within the heating plane (varies based on heat settings) will heat up <br /> *Any part of the project that is outside of the heating plane will cool down <br /> *Any part of the project that is heated will sag towards the ground <br /> *Similarly, every 'tick' the user has a few options that affect the project <br /> <br /> *Move the project further into or out of the glory hole <br /> *Rotate the project, typically to counter the sagging effect <br /> *Blow the glass, which widens the project based on its heat level. Unheated glass will be unaffected. <br /> <br /> Finally, there are several things a user can do that won't directly affect the project <br /> <br /> *Check the goal display to get a reference point for what needs to be done <br /> *Discard the project, destroying any materials in use <br /> *Unload the project, receiving a finished item of whatever quality level you've currently acheived <br /> *Check the quality level for feedback on how well the project is going <br /> <br /> Notes: quality varies wildly based on the rotation orientation and changes every tick, fast fingers help. You want to spin constantly to keep the glass rotationally symmetric, rather than letting it droop off in some direction. Don't operate a glory hole near peak times, as it is very sensitive to lag.<br /> <br /> ==Hotkeys==<br /> <br /> *G - Goal Display <br /> *A - Moves the project into the glory hole <br /> *S - Moves the project out of the glory hole <br /> *Q - Check the current quality <br /> *N - Rotate counterclockwise <br /> *M - Rotate clockwise <br /> *U - Unload (complete) the project <br /> *D - Discard the project, destroying the materials <br /> *B - Blow into the tube <br /> <br /> ==Basic Projects==<br /> <br /> *Wine Glass - Requires: 1 [[Fine Glass Rod]] <br /> *Hookah Bowl - Requires: 1 [[Fine Glass Rod]]<br /> <br /> ==Guide== <br /> This guide is for using Pin point heat <br /> <br /> #Constantly spin to keep entire piece centered (there is a correct rhythm to spin it's not just spinning as fast as you can) <br /> #Start the bowl shape at the bottom <br /> #Move the glass in 2 times <br /> #Move the glass in 3 times pausing between each <br /> #blow 4 times <br /> #Move the glass all the way inside the glory hole <br /> #Make the mouth of the bowl <br /> #Move the glass out 5 times <br /> #blow 2 times <br /> #Move the glass out 2 and then in 2 (turning the section just under the mouth brown/orange not yellow) <br /> #blow 4 to 6 times <br /> #Make the ridged middle body of the bowl <br /> #Move the glass out 2 times <br /> #Move the glass out 3 times (very quickly) (pause 'till this section is orange) <br /> #Move the glass out 1 time (pause 'till orange) <br /> #Move the glass out 3 times slowly pausing such that each segment just barely turns yellow (you want these 3 segments to heat up at the same time, so as you get better you can go back and forth over this area) <br /> #Repeat over the next 3 segments <br /> #Blow 2-3 times<br /> <br /> ==Thermometers==<br /> Requires: 1 [[Glass Pipe]], 1 [[Quicksilver]]<br /> <br /> <br /> ===Methods===<br /> <br /> *aaaaaaaaaa sssssss mmmmmmmmm bbbb mmmmmmm q mmmm u That's about it. Front Heavy heat. 1) 'a' held down to push it in clear to the back. 2) Hit 's' EXACTLY 7 times to pull it back out. 3) Rotate hitting 'm' til you see the frontish part turn a bit yellow. 4) Hit 'b' EXACTLY 4 times to blow the bulb. 5) Rotate with 'm' again until your pinky can hit 'q' to check the quality. Keep checking until it's over 3500 and hit 'u' quick as you can after you see that. TO REPAIR and bring less than 3500 quality up -- rotate until droop of bulb is pointing up and stop rotating a couple clicks to let it droop back to normal while hitting 'q'. You can often improve the quality enough to save it this way. ~Ariella~<br /> <br /> *Standard heating, rush the pipe in, pull it out seven times, rotate while it heats. Blow three to four times while rotating, unload when the quality rises above 3500. Four blows should ensure this, while five will risk a ruined project. <br /> <br /> *After starting a thermometer, start rotating, and then quickly push the thermometer all the way in. You don't want to heat any part of the pipe very much while pushing it in. You can tell that it's all the way in if you try to push it further in and it doesn't move. Once the pipe is all the way in, quickly pull it back out by 6 steps. If the pipe stays all the way in for several seconds, that's fine, but once you start pulling it back out, you need to get it out by 6 steps pretty fast. <br /> <br /> *Pause with the pipe 6 steps out, then pull it out one step per tick until it is 9 steps out. Pause there, and then push it back in at one step per tick until it is again only 6 steps out. Pause there as well, and then pull it back at one step per tick until it is 8 steps out. Once it gets to there, blow four times. Just to recap, at consecutive ticks, the number of steps out that you want the thermometer to be is 0, 6, 6, 7, 8, 9, 9, 8, 7, 6, 6, 7, 8 (blow 4x). <br /> <br /> *If the thermometer has visibly in one direction, rotate it so that the bulb is as high as possible, and let it fall back toward the center for a couple seconds before taking it. You don't have to pull it out of the heat to do this. <br /> <br /> *I broke the first thermometer I attempted, but the other 30-40 I've done have all worked. This method typically gives one of quality around 7k, and I've gotten over 8k several times. You only need 3500, of course, but it's better to try for 8k and end up with 5k than to try for 4k, mess up, and get a 2k that doesn't work. -Quizzical <br /> <br /> *Use front heavy heating. Ram the thermo into the hole as fast as you can (hammering down the &quot;a&quot; key). Once it's all the way in, withdraw the pipe 7 steps &quot;sssssss&quot;. At this point rotate half a turn - I wait until the pipe sags and then hit &quot;n&quot; 7 times fast to straighten the pipe out. Wait several ticks, the section of the pipe just shy of the end will get yellow, I usually rotate a half turn 2 more times while waiting to keep the pipe reaonably straight (7x &quot;n&quot;). Blow 4 times &quot;bbbb&quot;. Rotate a half turn if necessary to center the bulb. Hit &quot;q&quot; to verify quality then unload. If quality isn't high enough, the worst you will have to do is rotate the pipe and let the bulb sag into place. 95 thermos and counting. - Matk<br /> <br /> ==Distillation Coil==<br /> <br /> <br /> ==Barometric Sphere==<br /> <br /> Requires 1 glass rod to make. You must be signed up for Test of Life to get the option. <br /> <br /> *Push the rod in about 4 clicks to heat the spot where the middle of the first bulb will be. Leave it for a few seconds until the middle of the bulb location is yellow, then quickly push the rod in to heat the centre of the second bulb. As soon as it's yellow, blow 5-10 times (not counted yet) to get two rough bulbs. It seems to help to leave the first bulb to heat slightly longer than the second to counter the cool down time while you're heating the second. I got spheres of 5-6k with this method. <br /> <br /> You need 3 Barometric Spheres to make a Barometer. The ideal case is for the 3 spheres to be perfectly matched in quality (otherwise you lose quality on the barometer - see barometer page for the reason) and the easiest way to achieve that is to make lots of spheres, then pick the closest matched ones. <br /> <br /> <br /> <br /> ==Chemistry==<br /> ===Test Tube===<br /> <br /> Requires: 1 glass rod <br /> <br /> *Similar to a beaker - heat evenly, but ideally let the tip (the end nearest the glory hole) be the coolest part and heat the lip (the far end) last. Rotate constantly, trying to keep the heating even so there are as few sags as possible <br /> blow only a couple of times (maybe 3), then check to see how close you are. Don't focus on the size of the lip - get the majority of the body correct first.<br /> <br /> ===Florence Flask===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to gradual, constantly rotating, move the piece in eleven steps. Once the heat radiates out close to the &quot;front&quot; of the piece, blow 12-14 times and check the quality. I average 6-7k at this point and simply unload. <br /> <br /> ===Beaker===<br /> Requires: 1 glass pipe <br /> <br /> *Beakers are short, so use whichever heating method you prefer. I get good results (7kish) with front heavy. <br /> Rotating the piece to keep it as even and level as possible, heat the entire project. You'll need to move it back and forth through the heating plane repeatedly. Keeping the entire project as hot as possible, begin blowing. Go ahead and blow 9-10 times, you need to make the beaker wide. Check the quality at this point and blow as many more times as needed to raise the quality to appropriate levels. Rotate the project while checking the quality to find the &quot;best&quot; position, then unload. I ignore the &quot;lip&quot; as the time and effort required to try and nail it gives minimal payback. <br /> <br /> ===Thistle Tube===<br /> Requires: 1 glass pipe <br /> <br /> *Set heat to pinpoint for this one. Rotating constantly, move the project in once and allow the tip to heat up, then blow once. Move the project in one more time, allow it to heat again and blow twice. Move the project in so that the base can cool down to a deep red and heat up a few sections beyond that. When they're heated to yellow, blow a few times. Never stop spinning the project, and check the project. Forming just the two chambers as described, mid to high-end 7k quality is acheived in 10-20 seconds</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=Sheet_Glass&diff=49944 2009-02-14T00:12:02Z

<p>Kibble: /* Uses */</p> <hr /> <div>Created on a [[Glazier's Bench]] using 1 deben of [[Normal Glass]] (1 [[Lime]], 2 [[Potash]], 10 [[Sand]]) each. <br /> <br /> Success with sheet glass is governed by the leveled skill [[Sheet Glass Fabrication]]. You will get the skill the first time you fail in an attempt to make a sheet of glass, and may earn additional points every time you fail (other than from temperature problems) from there on out. At level seven of the skill, you should no longer fail to make a sheet of glass on an attempt unless you let the temperature rise above 2400 degrees or drop below 1600. <br /> <br /> Requires [[Glassblowing]] to make. <br /> <br /> <br /> ==Uses==<br /> <br /> *1 to make a [[Mirror]] in a Glazier's Bench <br /> *2 to build an Oscillation Kiln. <br /> *2 to build a Raeli Mosaic. <br /> *4 to build a Serpentarium. <br /> *12 to build a [[Beetle Terrarium]]. <br /> *16 to build a Funerary Temple. <br /> *18 to build a Raeli Oven. <br /> *32 to build a [[Greenhouse]]. <br /> *50 to build a Silkworm Farm. <br /> *50 to build a [[Vault Kiln]]. <br /> *100 to learn [[Structure Maintenance]] at a School of Art. <br /> *150 to research [[Entomology]] tech. <br /> *300 to research [[Gardening]].<br /> <br /> [[Category:Resources]]</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=49498 2009-02-13T00:07:35Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>== Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2378, 3254 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 M-87 L-76 A-94 A-6 M-79 L-84 A-46 L-85 Y-51 Y-59 Y-67 Y-27 Y-40 Y-16 Y-75 Y-64 L-53<br /> |}<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=49497 2009-02-13T00:04:41Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>== Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2382, 3249 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 A-94 Y-90 L-76 M-87 A-6 L-84 A-46 M-79 L-85 Y-51 Y-67 Y-40 Y-27 Y-59 Y-64 Y-16 L-53 Y-75<br /> |}<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=49475 2009-02-12T22:30:15Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>== Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2370, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || A-94 L-5 L-84 M-87 M-79 A-86 Y-40 L-85 Y-64 A-6 Y-27 Y-51 Y-90 A-46 L-76 M-39 Y-16 Y-80 Y-59 Y-67<br /> |}<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=49474 2009-02-12T22:28:12Z

<p>Kibble: /* Yeast Tests */</p> <hr /> <div>== Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2370, 3255 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 A-86 A-6 L-76 A-46 M-79 L-84 A-94 L-85 Y-27 Y-59 Y-67 Y-51 Y-40 Y-75 Y-16 Y-64 L-53<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

Kibble http://www.atitd.org/wiki/t4w/index.php?title=User:Kibble/Yeast&diff=49234 2009-02-12T16:04:17Z

<p>Kibble: /* 2374, 3260 */</p> <hr /> <div>== Isolated ==<br /> <br /> === 2323, 3211 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-76 L-84 M-39 L-29 A-94 L-61 Y-67 A-6 Y-59 M-63 Y-51 Y-72 Y-40 Y-88 M-31<br /> |}<br /> <br /> === 2326, 3206 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || Y-27 L-5 A-86 Y-64 L-53 A-46 L-84 L-76 L-29 A-94 Y-67 M-39 L-61 Y-59 Y-72 A-6 Y-88 M-63 M-31 Y-90 L-93 Y-51 Y-40<br /> |}<br /> <br /> == Yeast Tests ==<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 L-76 M-87 Y-90 A-86 Y-27 Y-51 Y-75 A-94 L-85 L-44 A-46 L-84 Y-59 M-39 Y-80 Y-40 Y-67<br /> |}<br /> <br /> === 2374, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 M-87 M-79 A-6 L-76 A-86 L-84 A-46 A-94 L-85 Y-59 Y-51 Y-67 Y-27 Y-75 Y-40 Y-16<br /> |}<br /> <br /> === 2380, 3268 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 M-79 A-86 Y-40 Y-90 A-6 L-85 Y-51 Y-27 L-76 Y-64 Y-59<br /> |}<br /> <br /> === 2387, 3266 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-94 L-84 M-87 Y-90 A-86 M-79 Y-51 Y-40 -85 A-6 L-76 Y-27 Y-67 Y-64 Y-59<br /> |}<br /> <br /> === 2390, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-94 A-86 M-79 M-87 L-76 Y-51 L-84 Y-59 A-6 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2389, 3260 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-79 M-87 L-76 Y-51 L-84 A-6 Y-59 L-85 A-46 Y-40 Y-75 Y-67 Y-16 Y-27<br /> |}<br /> <br /> === 2396, 3257 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-90 A-86 A-94 M-87 L-76 M-79 Y-51 L-84 A-6 Y-59 A-46 Y-67 L-85 Y-40 Y-75 Y-27 Y-16<br /> |}<br /> <br /> === 2428, 3208 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 A-86 Y-40 A-94 Y-67 Y-51 L-29 L-45 Y-27 M-23 Y-64 Y-90 M-87 Y-59 Y-48 L-76 L-84<br /> |}<br /> <br /> === 2441, 3236 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5 Y-40 L-93 Y-59 L-53 L-13 A-6 Y-51 A-86 M-39 Y-48 A-54<br /> |}<br /> <br /> === 2331, 3219 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, Y-64, A-46, L-53, L-76, L-84, A-94, L-61, M-39, Y-59, L-29, Ace-6, Y-90, Y-40, Y-51, Y-88, Y-67, M-63, M-31<br /> |}<br /> <br /> === 2366, 3247 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, L-76, Y-90, M-87, Y-27, Y-51, Y-75, L-84, A-94, Y-40, Y-67, Y-59, Y-64, M-79, M-39, L-44, A-46<br /> |}<br /> <br /> === 2356, 3212 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, Y-27, A-86, L-76, L-29, Y-90, Y-64, A-94, Y-67, L-84, A-46, Y-40, Y-72, L-53, L-61, M-31, Y-51, A-6<br /> |}<br /> <br /> === 2382, 3235 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, Y-51 ..<br /> |}<br /> <br /> === 2399, 3232 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-86, A-94, L-76, Y-67, Y-51, Y-40, Y-90, L-84, M-87, Y-64, Y-27, Y-72, L-29, Y-59, A-46, L-85, M-79, Lc-45<br /> |}<br /> <br /> === 2420, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-40, Y-67, Y-51, Y-90, Y-59, L-76, L-27, M-87, L-84, L-45, M-23, Y-64, A-46<br /> |}<br /> <br /> === 2431, 3228 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 0 || L-5, A-94, A-86, Y-90<br /> |}<br /> <br /> === 2425, 3220 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1000 || L-5 A-86 A-94 Y-40<br /> |}<br /> <br /> === 2429, 3238 ===<br /> {| width=100% cellpadding=2<br /> ! align=left width=75 | Closed@<br /> ! align=left | Microbes<br /> |-<br /> | 1700 || 0<br /> |-<br /> | 1600 || L-5<br /> |-<br /> | 1150 || L-5, A-94, A-86<br /> |-<br /> | 950 || L-5, A-94, A-86<br /> |-<br /> | 900 || L-5, A-94, A-86, Y-90<br /> |-<br /> | 850 || L-5, A-86, A-94, Y-90, Y-51<br /> |-<br /> | 800 || L-5, A-86, A-94, Y-90, Y-51, Y-40<br /> |}</div>

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