maincanvas.java

Source code for j2me game WordSearch

  words[ 14]="they";
  words[ 15]="from";
  words[ 16]="how";
  words[ 17]="have";
  words[ 18]="change";
  words[ 19]="the";
  words[ 20]="inn";
  words[ 21]="which";
  words[ 22]="people";
  words[ 23]="smoke";
  words[ 24]="week";
  words[ 25]="them";
  words[ 26]="appear";
  words[ 27]="first";
  words[ 28]="free";
  words[ 29]="news";
  words[ 30]="that";
  words[ 31]="send";
  words[ 32]="out";
  words[ 33]="by";
  words[ 34]="email";
  words[ 35]="every";
  words[ 36]="mouse";
  words[ 37]="to";
  words[ 38]="water";
  words[ 39]="world";
  words[ 40]="get";
  words[ 41]="repeat";
  words[ 42]="select";
  words[ 43]="mail";
  words[ 44]="list";
  words[ 45]="link";
  words[ 46]="on";
  words[ 47]="any";
  words[ 48]="page";
  words[ 49]="also";
  words[ 50]="has";
  words[ 51]="link";
  words[ 52]="issue";
  words[ 53]="cat";
  words[ 54]="if";
  words[ 55]="dog";
  words[ 56]="sub";
  words[ 57]="you";
  words[ 58]="use";
  words[ 59]="same";
  words[ 60]="update";
  words[ 61]="or";
  words[ 62]="send";
  words[ 63]="strict";
  words[ 64]="pray";
  words[ 65]="policy";
  words[ 66]="chose";
  words[ 67]="supply";
  words[ 68]="jewel";
  words[ 69]="gotten";
  words[ 70]="rather";
  words[ 71]="large";
  words[ 72]="denied";
  words[ 73]="into";
  words[ 74]="six";
  words[ 75]="solar";
  words[ 76]="each";
  words[ 77]="with";
  words[ 78]="its";
  words[ 79]="own";
  words[ 80]="theme";
  words[ 81]="index";
  words[ 82]="see";
  words[ 83]="sector";
  words[ 84]="left";
  words[ 85]="hand";
  words[ 86]="cobb";
  words[ 87]="column";
  words[ 88]="seven";
  words[ 89]="lost";
  words[ 90]="moon";
  words[ 91]="pond";
  words[ 92]="may";
  words[ 93]="also";
  words[ 94]="see";
  words[ 95]="find";
  words[ 96]="desk";
  words[ 97]="apple";
  words[ 98]="seat";
  words[ 99]="chair";
  words[ 100]="cup";
  words[ 101]="paper";
  words[ 102]="map";
  words[ 103]="truck";
  words[ 104]="trunk";
  words[ 105]="left";
  words[ 106]="right";
  words[ 107]="over";
  words[ 108]="under";
  words[ 109]="close";
  words[ 110]="paint";
  words[ 111]="draw";
  words[112]="muscle";
  words[113]="camel";
  words[114]="taste";
  words[115]="toast";
  words[116]="health";
  words[117]="coffee";
  words[118]="java";
  words[119]="france";
  words[120]="spain";
  words[121]="africa";
  words[121]="europe";
  words[122]="asia";
  words[123]="japan";
  words[124]="italy";
  words[125]="china";
  words[126]="russia";
  words[127]="web";
  words[128]="gnat";
  words[129]="bee";
  words[130]="flea";
  words[131]="beetle";
  words[132]="spider";
  words[133]="fly";
  words[134]="cicada";
  words[135]="porshe";
  words[136]="chevy";
  words[137]="dodge";
  words[138]="ford";
  words[139]="india";
  words[140]="kia";
  words[141]="lexus";
  words[142]="impala";
  words[143]="charge";
  words[144]="king";
  words[145]="queen";
  words[146]="lord";
  words[147]="knight";
  words[148]="horse";
  words[149]="bishop";
  words[150]="castle";
  words[151]="serf";
  words[152]="peanut";
  words[153]="job";
  words[154]="boar";
  words[155]="clock";
  words[156]="earth";
  words[157]="mars";
  words[158]="saturn";
  words[159]="venus";
  words[160]="uranus";
  words[161]="pluto";
  words[162]="ring";
  words[163]="lark";
  words[164]="quail";
  words[165]="bird";
  words[166]="jay";
  words[167]="robin";
  words[168]="meadow";
  words[169]="dove";
  words[170]="finch";
  words[171]="wren";
  words[172]="flute";
  words[173]="bass";
  words[174]="horn";
  words[175]="oboe";
  words[176]="tuba";
  words[177]="pipe";
  words[178]="piano";
  words[179]="bone";


  }

private final void loadImages () {
int p=0;
Graphics letsG;


 try {
    if (res==0) {
	lets=Image.createImage ("/icons/LRfont.png");
 	letsBlue=Image.createImage ("/icons/LRfontBlue.png");
 	splash=Image.createImage ("/icons/LRSplash.png");
 	}
 	if (res==1) {
	lets=Image.createImage ("/icons/MRfont.png");
	letsBlue=Image.createImage ("/icons/MRfontBlue.png");
	splash=Image.createImage ("/icons/MRSplash.png");
 	}
if (res==2) {
	lets=Image.createImage ("/icons/HRfont.png");
	letsBlue=Image.createImage ("/icons/HRfontBlue.png");
	splash=Image.createImage ("/icons/HRSplash.png");

 	}
if (res==3) {
	lets=Image.createImage ("/icons/240font.png");
	letsBlue=Image.createImage ("/icons/240Blue.png");
	splash=Image.createImage ("/icons/240Splash.png");

}

for (p=0;p<26;p++) {
letsAlpha[p]=Image.createImage (letWidth,letHeight);
letsG=letsAlpha[p].getGraphics ();
letsG.drawImage (lets,0-(letWidth*p),0,0);

letsAlphaBlue[p]=Image.createImage (letWidth,letHeight);
letsG=letsAlphaBlue[p].getGraphics ();
letsG.drawImage (letsBlue,0-(p*letWidth),0,0);


}



myImagesLoaded=true;


	} catch (Exception e) {System.out.println ("Error loading images: "+e);}
 }


private final void setBoard () {
	 int index;
		  String letter;
		  String word;
		  int gg;
		  int directionAddition;
		  boolean foundPlace;
		  // Class c = this.getClass();

		  		int p,t,h,i;

	 for (p=0;p<150;p++) boardLetSel[p]=false;
	     lettersSel=0;
	     int wordsToRead[] = new int [14];
		 for (p=0;p<10;p++) {
		 		wordsToRead[p]=getRandomInt (178);
		 	    for (t=0;t<p;t++)
		 			if (wordsToRead[t]==wordsToRead[p])
		 				p-=1;
		 }

	for (p=0;p<10;p++) {
		wordsRead[p]=words[wordsToRead[p]];
		for (t=0;t<words[wordsToRead[p]].length();t++) Cwords [p] [t] = words[wordsToRead[p]].charAt(t);
	lettersPerWord[p]=words[wordsToRead[p]].length();
			} // p

			boolean killer=false;
			do {
				killer=false;
			for (p=0;p<150;p++) board[p]= ( (char) (getRandomInt(25)+97));
			// set color of chars
			// put words to board ///////////////////////////////////////////////
			directionAddition=0;
	// find place to put words
	for (p=0;p<10;p++) {
		int k=0;
		foundPlace=false;
		while (foundPlace==false) {
		wordDirection[p]=getRandomInt (7);
		if (wordDirection[p]==2) wordDirection[p]=3;
		wordPlace[p] = getRandomInt (130);
		if (wordDirection[p]==0 && (int) (wordPlace[p]/13)-lettersPerWord[p]>=0) foundPlace=true; //up
		if (wordDirection[p]==1 && (int) (wordPlace[p]/13)+lettersPerWord[p]<=11) foundPlace=true;  //down
		if (wordDirection[p]==2 && wordPlace[p]%13-lettersPerWord[p]>=0) foundPlace=true; // left
		if (wordDirection[p]==3 && wordPlace[p]%13+lettersPerWord[p]<=12) foundPlace=true; // right
	    if (wordDirection[p]==4 && (int) (wordPlace[p]/13)-lettersPerWord[p]>=0)
	    if (wordPlace[p]%13-lettersPerWord[p]>=0) foundPlace=true; // up left
		if (wordDirection[p]==5 && (int) (wordPlace[p]/13)-lettersPerWord[p]>=0)
		if (wordPlace[p]%13+lettersPerWord[p]<=12) foundPlace=true; //up right
	    if (wordDirection[p]==6 && (int) (wordPlace[p]/13)+lettersPerWord[p]<=11)
	    if (wordPlace[p]%13-lettersPerWord[p]>=0) foundPlace=true; //down left
		if (wordDirection[p]==7 && (int) (wordPlace[p]/13)+lettersPerWord[p]<=11)
		if (wordPlace[p]%13+lettersPerWord[p]<=12) foundPlace=true; //down right
	    //check if char already written doesnt match
	    if (foundPlace==true) for (gg=0;gg<lettersPerWord[p];gg++)  {
			if (wordDirection[p]==0) directionAddition = -13;
			if (wordDirection[p]==1) directionAddition = +13;
			if (wordDirection[p]==2) directionAddition = -1;
			if (wordDirection[p]==3) directionAddition = +1;
			if (wordDirection[p]==4) directionAddition = -14;
			if (wordDirection[p]==5) directionAddition = -12;
			if (wordDirection[p]==6) directionAddition = +12;
			if (wordDirection[p]==7) directionAddition = +14;
			if ((boardColor[wordPlace[p]+(gg*directionAddition)] == true) && (board[wordPlace[p]+(gg*directionAddition)])!= ((char) Cwords[p] [gg])) foundPlace=false;
	       }//for g
	       k=k+1;

		   		if (k>1300) {
		   		killer=true;
		   		p=9;
		   		foundPlace=true;
			}
	    } // while

	    //put word chars to board array of chars
		if (killer==false) {
		for (t=0;t<lettersPerWord[p];t++) {
		if (wordDirection[p]==0) directionAddition = -13;
		if (wordDirection[p]==1) directionAddition = +13;
		if (wordDirection[p]==2) directionAddition = -1;
		if (wordDirection[p]==3) directionAddition = +1;
		if (wordDirection[p]==4) directionAddition = -14;
		if (wordDirection[p]==5) directionAddition = -12;
		if (wordDirection[p]==6) directionAddition = +12;
		if (wordDirection[p]==7) directionAddition = +14;

		wordFoundFirstPlaceX[p]=wordPlace[p]-((wordPlace[p]/13)*13);
				wordFoundFirstPlaceY[p]=wordPlace[p]/13;
				int kl=wordPlace[p]+(directionAddition*(lettersPerWord[p]-1));
				wordFoundLastPlaceX[p]=kl-((kl/13)*13);
				wordFoundLastPlaceY[p]=kl/13;

		boardColor[wordPlace[p]+(t*directionAddition)] = true;

		board[wordPlace[p]+(t*directionAddition)]=(char) Cwords[p] [t];
		}//t
		}// if killler
		}// p
		} while (killer==true); // while killer

		for (p=0;p<150;p++) {
		boardColor[p]=false;
		}



	for (p=0;p<20;p++) wordFound[p]=false;}


private final void boardToN () {
//	for (p=0;p<150;p++) board[p]= ( (char) (getRandomInt(25)+97));

int p,t;
for (p=0;p<150;p++) for (t=0;t<26;t++) {

if (board[p]==((char) (t+97))) boardN[p]=t;
}
}

public final void newGame () {
	int p;
for (p=0;p<10;p++) wordFound[p]=false;
	squareX=1;
	squareY=1;
	   letStart=0;
	   lettersSel=0;
setBoard ();

}


}//class