📄 nutty.java
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g.setColor(0x000000);
g.setFont(font[1]);
g.drawString("Loading...",(scrW-font[1].stringWidth("Loading...")) >> 1,scrH >> 1 , 0) ;
}
private void drawTitle(Graphics g)
{
clearScreen(g);
g.drawImage(title,0,0,0);
g.setColor(0xffffff);
g.drawString("菜单",2,114,0);
g.drawString("退出",110,114,0);
}
private void drawMenu(Graphics g)
{
int mY = 2 ;
int offset = 1 ;
for(int i=0;i<menuTxt.length;i++)
{
if(mSelect == i){
g.setColor(RED);
g.setFont(font[0]);
}else{
g.setColor(BLACK);
g.setFont(font[2]);
}
if((!pause)&&(i==0)) i++;
g.drawString(menuTxt[i],( scrW - font[2].stringWidth(menuTxt[i]) ) >> 1 ,mY ,0) ;
mY += font[2].getHeight() + offset ;
}
}
private void drawHelpScreen(Graphics g)
{
}
private void drawAboutScreen(Graphics g)
{
}
private void drawSettingScreen(Graphics g)
{
}
private void drawWinScreen(Graphics g)
{
g.setColor(0xffffff);
g.drawString("过关",50,30,0);
}
/*Draw Background*/
private void drawMap(Graphics g)
{
for(int m = 0 ; m < map_data.length ; m ++ ) //// y coordinates
{
for(int n = 0 ; n < map_data[m].length; n++) // x coordinates
{
if(map_data[n][m][2] == 1)
{
g.drawImage(map[0],map_data[n][m][0],map_data[n][m][1],0);
}else if(map_data[n][m][2] == 0)
{
g.drawImage(map[1],map_data[n][m][0],map_data[n][m][1],0);
}
}
}
}
/*Draw squirrel*/
private void drawSqu(Graphics g)
{
g.drawImage(squirrel[sdir],map_data[( splace[1] )][( splace[0] )][0],map_data[( splace[1] )][( splace[0] )][1],0);
}
/*Draw nuts*/
private void drawNuts(Graphics g)
{
for(int i = 0; i < nplace.length; i++)
{
g.drawImage(nut[(nplace[i][2]-1)],map_data[(nplace[i][1])][(nplace[i][0])][0],map_data[(nplace[i][1])][(nplace[i][0])][1],0);
}
}
/*Draw nut's destination*/
private void drawNutDest(Graphics g)
{
for(int i = 0; i < ndplace.length; i++)
{
g.drawImage(nut[(ndplace[i][2]+1)],map_data[(ndplace[i][1])][(ndplace[i][0])][0],map_data[(ndplace[i][1])][(ndplace[i][0])][1],0);
}
}
//-----------------------------------------move and hit-------------------------------------------//
/*Move squirrel*/
private static final void moveSqu()
{
/*a temporary variable save which nut beside squirrel*/
//int p = 0 ;
/*a flag indication a nut on the direction of squirrel move*/
boolean hit = false ;
/*a flag indication the nut can move too*/
boolean mf = false ;
/*the move direction is up*/
if( moveS[0] )
{
//debug("up");
/*set the direction is up(2),squirrel will show 2sd image*/
sdir = 2 ;
/*set the squirrel move flag of the direction false*/
moveS[0] = false;
/*find whether a nut beside squirrel*/
for(int r=0; r < nplace.length; r++)
{
/*if have*/
if( ((splace[1] - 1) == nplace[r][1]) && (splace[0] == nplace[r][0] )){
/*move nut return flag*/
mf = moveNuts(0,r);
//p = r ;
/*set hit true*/
hit = true ;
}
}
//debug("p:::::"+p);
/*if didn't finded nuts,but hava space*/
if( (map_data[(splace[1] - 1)][(splace[0])][2] == 0 ) && (!hit ) ) //no nut but have space
{
/*move squirrel*/
splace[1] -= 1 ;
}
/*if finded nut*/
if(hit)
{
/*the nut has moved*/
if(mf){
/*move squirrel*/
splace[1] -= 1 ;
/*set hit false*/
hit = false ;
}
}
}
if( moveS[1] )
{
//debug("down");
sdir = 3;
moveS[1] = false;
for(int r=0; r < nplace.length; r++)
{
if( ((splace[1] + 1) == nplace[r][1] ) && ( splace[0] == nplace[r][0] )){
mf = moveNuts(1,r);
hit = true ;
}
}
if( (map_data[(splace[1] + 1)][(splace[0])][2] == 0 ) && (!hit))
{
splace[1] += 1 ;
}
if(hit)
{
if(mf)
{
splace[1]+=1;
hit = false ;
}
}
}
if( moveS[2] )
{
//debug("left");
sdir = 0;
moveS[2] = false;
for(int r=0; r < nplace.length; r++)
{
if( ((splace[0] - 1) == nplace[r][0]) && ( splace[1] == nplace[r][1] )){
mf = moveNuts(2,r);
hit = true ;
}
}
if( (map_data[(splace[1])][(splace[0] - 1)][2] == 0 ) && (!hit)){
splace[0] -= 1 ;
}
if(hit)
{
if(mf)
{
splace[0] -= 1 ;
hit = false;
}
}
}
if( moveS[3] )
{
//debug("right");
sdir = 1 ;
moveS[3] = false;
for(int r=0; r < nplace.length; r++)
{
if( ((splace[0] + 1) == nplace[r][0] ) && ( splace[1] == nplace[r][1] )){
mf = moveNuts(3,r);
hit = true ;
}
}
if( (map_data[(splace[1])][(splace[0] + 1)][2] == 0) && (!hit)) {
splace[0] += 1 ;
}
if(hit)
{
if(mf)
{
splace[0] += 1 ;
hit = false ;
}
}
}
}
/*
*
*Funcation:Move nuts
*
*Parameter: dir:the direction of move to . nm: which nut should be move.
*
*return: whether the nut can moved.
*/
private static final boolean moveNuts(int dir,int nm)
{
/*flag indication another nut beside current nut*/
boolean hit = false;
/*temporary flag*/
boolean mf = false ;
switch(dir)
{
case 0: //'up'
/*find another nut*/
for(int i = 0 ; i < nplace.length ; i++)
{
/*use x ,y to coordinate*/
if( ((nplace[nm][1] - 1) == nplace[i][1] ) && ( nplace[nm][0] == nplace[i][0]))
hit = true ;
}
/*if have space and not have another nut*/
if( (map_data[(nplace[nm][1] - 1)][(nplace[nm][0])][2] == 0 ) && (!hit) )
{
/*move current nut*/
nplace[nm][1] -= 1 ;
mf = true ;
}
break;
case 1: //'down'
for(int i = 0 ; i < nplace.length ; i++)
{
if( ((nplace[nm][1] + 1) == nplace[i][1] ) && ( nplace[nm][0] == nplace[i][0]))
hit = true ;
}
if( (map_data[(nplace[nm][1] + 1)][(nplace[nm][0])][2] == 0) && (!hit) )
{
nplace[nm][1] += 1 ;
mf = true ;
}
break;
case 2: //'left'
for(int i = 0 ; i < nplace.length ; i++)
{
if( ((nplace[nm][1]) == nplace[i][1] ) && ( (nplace[nm][0] - 1) == nplace[i][0]))
hit = true ;
}
if( (map_data[(nplace[nm][1])][(nplace[nm][0] - 1)][2] == 0) && (!hit))
{
nplace[nm][0] -= 1 ;
mf = true ;
}
break;
case 3: //'right'
for(int i = 0 ; i < nplace.length ; i++)
{
if( ((nplace[nm][1]) == nplace[i][1] ) && ( (nplace[nm][0] + 1) == nplace[i][0]))
hit = true ;
}
if( (map_data[(nplace[nm][1])][(nplace[nm][0] + 1)][2] == 0) && (!hit) )
{
nplace[nm][0] += 1 ;
mf = true ;
}
break;
}
return mf ;
}
private static final boolean isWin()
{
boolean temp = false;
int nn = 0;
for(int r = 0 ; r < nplace.length ; r++)
{
for(int m = 0 ; m < ndplace.length ; m++)
{
if( (nplace[r][0] == ndplace[m][0] ) && (nplace[r][1] == ndplace[m][1]))
nn++;
}
}
if(nn == nplace.length)
temp = true;
else
temp = false;
return temp;
}
//------------------------------------------------------------------------------------------------//
//-----------------------------------------Logic Data--------------------------------------------//
private void loadMap_data()
{
map_data = initMapData(level);
}
/*
*
*Function: initialization Map 's data
*
*Parameter: level - which map should be used!
*
*/
private int[][][] initMapData(int le)
{
int[][][] t = new int[8][8][5];
int[][][] xy = {
{ {0,0} , {16,0} ,{32,0}, {48,0},{64,0},{80,0}, {96,0}, {112,0}},
{ {0,16}, {16,16}, {32,16},{48,16},{64,16}, {80,16},{96,16},{112,16} } ,
{ {0,32},{16,32},{32,32}, {48,32},{64,32},{80,32},{96,32},{112,32} },
{ {0,48}, {16,48}, {32,48}, {48,48},{64,48}, {80,48}, {96,48}, {112,48} },
{ {0,64},{16,64},{32,64},{48,64}, {64,64},{80,64},{96,64},{112,64} },
{ {0,80},{16,80},{32,80}, {48,80}, {64,80},{80,80},{96,80},{112,80}},
{ {0,96},{16,96}, {32,96},{48,96},{64,96},{80,96},{96,96},{112,96}},
{ {0,112},{16,112},{32,112},{48,112},{64,112},{80,112},{96,112},{112,112} }
} ;
switch(le)
{
case 1:
int[][][] temp = {
{ {xy[0][0][0],xy[0][0][1],1,0,0} , /*wall*/ {xy[0][1][0],xy[0][1][1],1,0,0} , /*wall*/ {xy[0][2][0],xy[0][2][1],1,0,0}, /*wall*/ {xy[0][3][0],xy[0][3][1],1,0,0},/*wall*/ {xy[0][4][0],xy[0][4][1],1,0,0},/*wall*/ {xy[0][5][0],xy[0][5][1],1,0,0},/*wall*/ {xy[0][6][0],xy[0][6][1],1,0,0},/*wall*/ {xy[0][7][0],xy[0][7][1],1,0,0} /*wall*/ }, //[0][0]~[0][7] tiers
{ {xy[1][0][0],xy[1][0][1],1,0,0}, /*wall*/ {xy[1][1][0],xy[1][1][1],0,0,0}, {xy[1][2][0],xy[1][2][1],0,0,0}, {xy[1][3][0],xy[1][3][1],0,0,0}, {xy[1][4][0],xy[1][4][1],0,0,0}, {xy[1][5][0],xy[1][5][1],0,0,0}, {xy[1][6][0],xy[1][6][1],0,0,0}, {xy[1][7][0],xy[1][7][1],1,0,0} /*wall*/ } ,
{ {xy[2][0][0],xy[2][0][1],1,0,0}, /*wall*/ {xy[2][1][0],xy[2][1][1],0,0,0}, {xy[2][2][0],xy[2][2][1],0,0,0}, {xy[2][3][0],xy[2][3][1],0,0,0}, {xy[2][4][0],xy[2][4][1],0,0,0}, {xy[2][5][0],xy[2][5][1],0,0,1},/*nut org*/ {xy[2][6][0],xy[2][6][1],1,0,0},/*walll*/ {xy[2][7][0],xy[2][7][1],1,0,0}/*wall*/ },
{ {xy[3][0][0],xy[3][0][1],1,0,0}, /*wall*/ {xy[3][1][0],xy[3][1][1],0,0,0}, {xy[3][2][0],xy[3][2][1],1,0,0},/*wall*/ {xy[3][3][0],xy[3][3][1],0,0,0}, {xy[3][4][0],xy[3][4][1],1,0,0}, /*wall*/ {xy[3][5][0],xy[3][5][1],0,0,0}, {xy[3][6][0],xy[3][6][1],0,1,0},/*nut des*/ {xy[3][7][0],xy[3][7][1],1,0,0} /*wall*/ },
{ {xy[4][0][0],xy[4][0][1],1,0,0}, /*wall*/ {xy[4][1][0],xy[4][1][1],0,0,0}, {xy[4][2][0],xy[4][2][1],1,0,0},/*wall*/ {xy[4][3][0],xy[4][3][1],0,0,0}, {xy[4][4][0],xy[4][4][1],0,0,1},/*nut org*/ {xy[4][5][0],xy[4][5][1],0,0,0}, {xy[4][6][0],xy[4][6][1],0,1,0},/*nutdes*/ {xy[4][7][0],xy[4][7][1],1,0,0} /*wall*/ },
{ {xy[5][0][0],xy[5][0][1],1,0,0}, /*wall*/ {xy[5][1][0],xy[5][1][1],0,0,0}, {xy[5][2][0],xy[5][2][1],1,0,0},/*wall*/ {xy[5][3][0],xy[5][3][1],0,0,0}, {xy[5][4][0],xy[5][4][1],0,0,0}, {xy[5][5][0],xy[5][5][1],0,0,1},/*nut org*/ {xy[5][6][0],xy[5][6][1],0,1,0}, /*nutdes*/{xy[5][7][0],xy[5][7][1],1,0,0} /*wall*/ },
{ {xy[6][0][0],xy[6][0][1],1,0,0}, /*wall*/ {xy[6][1][0],xy[6][1][1],0,0,0}, {xy[6][2][0],xy[6][2][1],0,0,0}, {xy[6][3][0],xy[6][3][1],0,0,0}, {xy[6][4][0],xy[6][4][1],0,0,0}, {xy[6][5][0],xy[6][5][1],0,0,0}, {xy[6][6][0],xy[6][6][1],0,0,0}, {xy[6][7][0],xy[6][7][1],1,0,0} /*wall*/ },
{ {xy[7][0][0],xy[7][0][1],1,0,0},/*wall*/ {xy[7][1][0],xy[7][1][1],1,0,0},/*wall*/ {xy[7][2][0],xy[7][2][1],1,0,0},/*wall*/ {xy[7][3][0],xy[7][3][1],1,0,0}, /*wall*/{xy[7][4][0],xy[7][4][1],1,0,0},/*wall*/ {xy[7][5][0],xy[7][5][1],1,0,0},/*wall*/ {xy[7][6][0],xy[7][6][1],1,0,0},/*wall*/ {xy[7][7][0],xy[7][7][1],1,0,0}/*wall*/ }
} ;
t = temp ;
splace[0] = 2; //squirrel's coordinates array index in temp
splace[1] = 6;
break ;
case 2:
break ;
case 3:
break ;
case 4:
break ;
case 5:
break ;
case 6:
break ;
case 7:
break ;
}
return t;
}
//---------------------------load resource--------------------------//
private int loadImages()
{
try{
for(int i = 0 ; i < squirrel.length ; i ++)
{
squirrel[i] = Image.createImage("/img/s_"+i+".png");
}
nut[0] = Image.createImage("/img/n_0.png");
nut[1] = Image.createImage("/img/n_1.png");
nut[2] = Image.createImage("/img/n_2.png");
map[0] = Image.createImage("/img/m_0.png");
map[1] = Image.createImage("/img/m_1.png");
title = Image.createImage("/img/tit.png");
}catch(Exception ex){ ex.printStackTrace() ; }
return 0 ;
}
//---------------------------tool methods--------------------------//
public void clearScreen(Graphics g)
{
g.setColor(WHITE);
g.fillRect(0,0,scrW,scrH);
}
void debug(String s)
{
System.out.println(s);
}
}⌨️ 快捷键说明
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