User:Orrin/java1

/**

*
* Glass.java is used for making sheetglass. At the moment it's a bit
* CC inefficient but should work with most if not all benches. If you
* have a bench which drops more than 4 times as much as it gains from
* 2cc it will drop bellow 1600. Additionally if you have a bench
* which drops more than 200 or heats more than 150 it will break
* glass. You should modify the numWindows and numCols to match the
* number of benches and how many Columns of them you have before they
* wrap to the next line. Bench windows should be pinned and lined up
* exactly next to eachother without any space between (if you'd
* rather not do this by hand there's a method in Functions.java which
* will do it for you).
*
* EldradUlthran 2/29/08
*
* Modified by Orrin
*
*
**/

import java.awt.MouseInfo; import java.awt.Color;

public class Glass {

   private int numWindows = 2; //Total Number of windows open
   private int numCols = 1;	//Number of columns *OR* number of windows in each line. Same thing.

private int isGuilded = 1; //1 if guilded, 0 if private private int isLabelled = 1; //1 if it has a label, 0 if not private int ySystemOffset = 45; //Offset in px between the top of the screen and the top of the glazier bench dialogue private int YOffset = (16*(isGuilded+isLabelled)); //Total Y offset

   private int windowX = 288;	//Width of the Glazier bench window
   private int windowY = 416+YOffset;	//Height of the Glazier bench window
   private int xRefresh = 10;	//Unknown, where to click to refresh the window?
   private int yRefresh = 10;	//Unknown, where to click to refresh the window?
   private int xCC = 32;		//X position of 'Add CC' button. Remember to take position when making an item.
   private int yCC = 82+YOffset;	//Y position of 'Add CC' button. Remember to take position when making an item.
   private int xSheetglass = 32;	//X position of 'Make SG' button
   private int ySheetglass = 146+YOffset;	//Y position of 'Make SG' button
   private int xTemp = 10;		//X Position of Temperature bar, aim it at the very very start of the bar.
   private int yTemp = 318+YOffset;	//Y Position of Temperature bar, aim it at the middle of the bar
   private int tempWidth = 268;	//Width of the Temperature bar, fixed.
   private int xProject = 10;		//X Location of the window in which the current project time is displayed.
   private int yProject = 398+YOffset;		//y Location of the window in which the current project time is displayed.
   private int maxTemp = 2400 - 200;	//The maximum temp allowed. 200 is the safety margin in which it will not add more cc.
   private int minTemp = 1600 + 200;	//The minimum temp allowed. 200 is the safety margin in which it will not start SG.
   private int delay = 1;		//Delay between checks. MS?
   private Functions functions;

   public Glass() {

//System.out.println(windowY);

functions = new Functions(windowX, windowY, numWindows, numCols);

       //functions.SetupWindows();

int red=0; int green=0; int blue=0; int pixels=tempWidth; Color color; int[] temp = new int[numWindows]; int[] oldtemp = new int[numWindows]; int i,w; boolean projectCooling=false;

System.out.println("****************");

System.out.println("YTemp: " + yTemp);

//?? while(true){ //repeats over all open windows for(w=0;w<numWindows;w++){ System.out.println(WindowNumber % NumberOfRows);

projectCooling = false;

for(i=0;i<=tempWidth;i++){ color = functions.getPixelColor(xTemp + i, yTemp, w); red = color.getRed(); green = color.getGreen(); blue = color.getBlue(); //System.out.println("Red: " + red); //System.out.println("Green: " + green); //System.out.println("Blue: " + blue); //System.out.println("-----------"); if((red-20)<green){ //Looks to see where the red stops pixels = i; //sets 'pixels' to the length of the temp bar //System.out.println("pixels: " + pixels); //temp[w] = (int)pixels*187000/10000; //System.out.println("Calculated Temperature: " + temp[w]); break; } }

//Scans the line of pixels defined by ProjectX for anything dark, which would mean a project is in progress for(i=0;i<tempWidth;i++){ color = functions.getPixelColor(xProject + i, yProject, w); red = color.getRed(); green = color.getGreen(); blue = color.getBlue(); if(blue < 30 && green < 30 && red < 30){ projectCooling = true; break; } }

if(!projectCooling && temp[w]>1600 && temp[w]<2400){ System.out.println("Starting Sheetglass" + "Window: " + w); functions.PressButton(xRefresh, yRefresh, w); functions.delay(50); functions.PressButton(xSheetglass, ySheetglass, w); }

oldtemp[w]=temp[w]; temp[w] = (int)pixels*186567/10000; if(temp[w]!=oldtemp[w]){ System.out.println("CurrentTemp: " + temp[w] + "Window: " + w); if(temp[w]<oldtemp[w] && temp[w]<maxTemp){ System.out.println("adding CC" + "Window: " + w); functions.PressButton(xCC, yCC, w); if(temp[w]<minTemp){ System.out.println("adding extra CC" + "Window: " + w); functions.PressButton(xCC, yCC, w); functions.PressButton(xCC, yCC, w); functions.PressButton(xCC, yCC, w); functions.PressButton(xCC, yCC, w); } } } }

functions.delay(50); } } public static void main(String[] args) { new Glass(); } }