Jay's pyro guide - Revision history

Jaylenaeybarre: /* Notes */

2014-01-24T13:15:17Z

Notes

Jaylenaeybarre: /* Notes */

2014-01-24T13:14:17Z

Notes

Jaylenaeybarre: /* Notes */

2014-01-24T13:13:12Z

Notes

Jaylenaeybarre: /* Notes */

2014-01-24T13:12:40Z

Notes

Jaylenaeybarre: /* Notes */

2014-01-24T13:05:02Z

Notes

Jaylenaeybarre: /* Notes */

2014-01-24T13:04:38Z

Notes

Jaylenaeybarre: /* Notes */

2014-01-24T13:03:24Z

Notes

Jaylenaeybarre: /* Notes */

2014-01-24T13:02:48Z

Notes

Jaylenaeybarre at 12:58, 24 January 2014

2014-01-24T12:58:10Z

Jaylenaeybarre at 12:53, 24 January 2014

2014-01-24T12:53:26Z

@@ Line 31: / Line 31: @@
 # The initial stage appears to last 0.1 second longer than the entered time. If stage 0 is a forward launch, you can simply reduce the Flight Time to get calculated values to work (example: 0.9 sec flight time with a 33 ft/sec launch speed will give you a stationary platform for the next stage).
 # These directions are relative to both the rocket and sometimes the ground.
-   Forward sends the child in the same direction as the parent.
+   '''Forward''' sends the child in the same direction as the parent.
    Upward will generally send the rocket towards the ground, except when the parent is going nearly straight up or straight down. For a straight up/down   rocket you'll want to experiment (my tests tend to say it was the last forward direction, for stage 1 that is north). To satisfy the nearly straight up condition, 5 degrees is close enough, 9 degrees is not.
-  Downward is opposite of up (so generally towards the sky).
+ Downward is opposite of up (so generally towards the sky).
-  Left (has not been verified - but currently I believe this to be the direction of your left if the top of your head is pointing in the forward direction and your facing the up direction).
+ Left (has not been verified - but currently I believe this to be the direction of your left if the top of your head is pointing in the forward direction and your facing the up direction).
-  Right is opposite of left.
+ Right is opposite of left.
-  Ring - rockets fly away from the center in a ring in the same plane as the up/down/left/right directions. A ring with 2 rockets is that same as having 2 separate stages launching each of left/right. 4 rockets from 4 separate stages launching each up/down/left/right, don't seem to act the same as a ring with 4 rockets.
+ '''Ring''' - rockets fly away from the center in a ring in the same plane as the up/down/left/right directions. A ring with 2 rockets is that same as having 2 separate stages launching each of left/right. 4 rockets from 4 separate stages launching each up/down/left/right, don't seem to act the same as a ring with 4 rockets.
-  Omni - the child rockets shoot away in a sphere.
+ '''Omni''' - the child rockets shoot away in a sphere.
-  Random - each child is fired at a randomly chosen direction away from the parent.
+ '''Random''' - each child is fired at a randomly chosen direction away from the parent.
 http://www.atitd.org/wiki/tale1/Pyrotechnics_Examples

@@ Line 30: / Line 30: @@
 # Egypt appears to have a gravitational acceleration of -33.00 ft/sec^2.
 # The initial stage appears to last 0.1 second longer than the entered time. If stage 0 is a forward launch, you can simply reduce the Flight Time to get calculated values to work (example: 0.9 sec flight time with a 33 ft/sec launch speed will give you a stationary platform for the next stage).
-## These directions are relative to both the rocket and sometimes the ground.
+# These directions are relative to both the rocket and sometimes the ground.
-Forward sends the child in the same direction as the parent.
+  Forward sends the child in the same direction as the parent.
-Upward will generally send the rocket towards the ground, except when the parent is going nearly straight up or straight down. For a straight up/down rocket you'll want to experiment (my tests tend to say it was the last forward direction, for stage 1 that is north). To satisfy the nearly straight up condition, 5 degrees is close enough, 9 degrees is not.
+  Upward will generally send the rocket towards the ground, except when the parent is going nearly straight up or straight down. For a straight up/down   rocket you'll want to experiment (my tests tend to say it was the last forward direction, for stage 1 that is north). To satisfy the nearly straight up condition, 5 degrees is close enough, 9 degrees is not.
-Downward is opposite of up (so generally towards the sky).
+  Downward is opposite of up (so generally towards the sky).
-Left (has not been verified - but currently I believe this to be the direction of your left if the top of your head is pointing in the forward direction and your facing the up direction).
+  Left (has not been verified - but currently I believe this to be the direction of your left if the top of your head is pointing in the forward direction and your facing the up direction).
-Right is opposite of left.
+  Right is opposite of left.
-Ring - rockets fly away from the center in a ring in the same plane as the up/down/left/right directions. A ring with 2 rockets is that same as having 2 separate stages launching each of left/right. 4 rockets from 4 separate stages launching each up/down/left/right, don't seem to act the same as a ring with 4 rockets.
+  Ring - rockets fly away from the center in a ring in the same plane as the up/down/left/right directions. A ring with 2 rockets is that same as having 2 separate stages launching each of left/right. 4 rockets from 4 separate stages launching each up/down/left/right, don't seem to act the same as a ring with 4 rockets.
-Funnel - similar to a ring, but with a forward component of speed as well, so the child rockets move in a cone away from the parent. (need to note if the new stage rockets face forward in the direction of launch, or if they face outward like a ring)
+  Omni - the child rockets shoot away in a sphere.
-Omni - the child rockets shoot away in a sphere.
+  Random - each child is fired at a randomly chosen direction away from the parent.
 http://www.atitd.org/wiki/tale1/Pyrotechnics_Examples

@@ Line 30: / Line 30: @@
 # Egypt appears to have a gravitational acceleration of -33.00 ft/sec^2.
 # The initial stage appears to last 0.1 second longer than the entered time. If stage 0 is a forward launch, you can simply reduce the Flight Time to get calculated values to work (example: 0.9 sec flight time with a 33 ft/sec launch speed will give you a stationary platform for the next stage).
-# These directions are relative to both the rocket and sometimes the ground.
+## These directions are relative to both the rocket and sometimes the ground.
 Forward sends the child in the same direction as the parent.
 Upward will generally send the rocket towards the ground, except when the parent is going nearly straight up or straight down. For a straight up/down rocket you'll want to experiment (my tests tend to say it was the last forward direction, for stage 1 that is north). To satisfy the nearly straight up condition, 5 degrees is close enough, 9 degrees is not.

@@ Line 30: / Line 30: @@
 # Egypt appears to have a gravitational acceleration of -33.00 ft/sec^2.
 # The initial stage appears to last 0.1 second longer than the entered time. If stage 0 is a forward launch, you can simply reduce the Flight Time to get calculated values to work (example: 0.9 sec flight time with a 33 ft/sec launch speed will give you a stationary platform for the next stage).
+# These directions are relative to both the rocket and sometimes the ground.
 http://www.atitd.org/wiki/tale1/Pyrotechnics_Examples

@@ Line 45: / Line 45: @@
 !    Properties     !! Stage1 !! Stage2  !! Stage3  !!
 |-
-! Launch from  ||         ||           ||                  ||
+! Launch from  ||     -    ||           ||                  ||
 |-
 ! Flight time     ||         ||             ||                  ||

@@ Line 45: / Line 45: @@
 !    Properties     !! Stage1 !! Stage2  !! Stage3  !!
 |-
-! Launch from  ||  X       ||    X        ||    X              ||
+! Launch from  ||         ||           ||                  ||
 |-
-! Flight time     ||  X       ||     X        ||        X           ||
+! Flight time     ||         ||             ||                  ||
 |-
-! Rockets       ||    X     ||   X          ||    X              ||
+! Rockets       ||         ||             ||                  ||
 |-
-! Direction     ||    X     ||      X       ||      X          ||
+! Direction     ||         ||             ||                ||
 |-
-! Launch speed    ||    X    ||    X       ||    X            ||
+! Launch speed    ||        ||          ||                ||
 |-
-! Launch roll     ||    X     ||    X         ||        X          ||
+! Launch roll     ||         ||             ||                  ||
 |-
-! Thrust forward      ||   X       ||   X          ||        X          ||
+! Thrust forward      ||          ||           ||                 ||
 |-
-! Thrust pitch up     ||   X       ||   X          ||        X          ||
+! Thrust pitch up     ||          ||             ||                  ||
 |-
-! Thrust yaw right     ||   X       ||   X          ||        X          ||
+! Thrust yaw right     ||         ||             ||                  ||
 |-
-! Launch repitition     ||   X       ||   X          ||        X          ||
+! Launch repitition     ||          ||            ||                  ||
 |-
-! Launch offset      ||   X       ||   X          ||        X          ||
+! Launch offset      ||          ||             ||                  ||
 |-
-! Star      ||   X       ||   X          ||        X          ||
+! Star      ||         ||            ||                 ||
 |}

@@ Line 33: / Line 33: @@
 http://www.atitd.org/wiki/tale1/Pyrotechnics_Examples
 *voorbeeld: stage 1= flight time 3sec
 <span style="font-family:Monotype Corsiva; font-size: 18pt"> <span style="color: Red">Example </span><br>

@@ Line 38: / Line 38: @@
 *voorbeeld: stage 1= flight time 3sec
 Rotation Axis  Right  Any
 Star Type  Any  Any
@@ Line 51: / Line 47: @@
 Launch Offset in Seconds   0.00
-<span style="font-family:Monotype Corsiva; font-size: 18pt"> <span style="color: Red">Test Progress </span><br>
+<span style="font-family:Monotype Corsiva; font-size: 18pt"> <span style="color: Red">Example </span><br>
   {| cellspacing="1" border="3" cellpadding="3" style="background-color:#FFD700" align="center"
@@ Line 58: / Line 54: @@
 !    Properties     !! Stage1 !! Stage2  !! Stage3  !!
 |-
-! Duration in Seconds  ||  X       ||    X        ||    X              ||
+! Launch from  ||  X       ||    X        ||    X              ||
 |-
-! Launch Speed         ||  X       ||     X        ||        X           ||
+! Thrust forward      ||   X       ||   X          ||        X          ||
 |-
-! Thrust Force         ||    X     ||   X          ||    X              ||
+! Thrust pitch up     ||   X       ||   X          ||        X          ||
 |-
-! Rotation in Degrees      ||    X     ||      X       ||      X          ||
+! Thrust yaw right     ||   X       ||   X          ||        X          ||
 |-
-! Leadership    ||    X    ||    X       ||    X            ||
+! Launch repitition     ||   X       ||   X          ||        X          ||
 |-
-! Thought       ||    X     ||    X         ||        X          ||
+! Launch offset      ||   X       ||   X          ||        X          ||
 |-
-! Worship       ||   X       ||   X          ||        X          ||
+! Star      ||   X       ||   X          ||        X          ||
 |}

← Older revision		Revision as of 12:53, 24 January 2014
Line 33:		Line 33:

	http://www.atitd.org/wiki/tale1/Pyrotechnics_Examples		http://www.atitd.org/wiki/tale1/Pyrotechnics_Examples
		+
		+
		+
		+	*voorbeeld: stage 1= flight time 3sec
		+
		+
		+	Properties Stage 1 Stage 2
		+	Duration in Seconds 1.00 Any
		+	Launch Speed S 0.00
		+	Thrust Force 0.00 S
		+	Rotation in Degrees 0.00 0.00
		+	Rotation Axis Right Any
		+	Star Type Any Any
		+	Final Sound None None
		+	Launch From Stage-1
		+	Launch Direction Forward
		+	Number of Rockets 1
		+	Launch Repetitions 1
		+	Launch Offset in Seconds 0.00