// Funções globais principais
void init()
{
running = true;
// O canto superior da tela agora ficará
// em (0, 0).
glMatrixMode(GL_PROJECTION);
glOrtho(0, WIN_WIDTH, WIN_HEIGHT, 0, -1, 1);
glMatrixMode(GL_MODELVIEW);
// Defina a cor de tela vazia
glClearColor(0, 0, 0, 1);
// Carregue a fase
loadlevel("leveldef.lvl", &lvl);
// Carregue o personagem
loadcharacter("brbr.chr", &chr);
initcharacter(&chr, &lvl);
// Caso haja um joystick, carregue-o.
if(SDL_NumJoysticks() >= 1)
joystick = SDL_JoystickOpen(0);
// Inicie os direcionais
directionals[0] = false;
directionals[1] = false;
}
unsigned int receivehz(int bs,char*pinyin,int mode)//two modes,0:getch() mode,1:receive pinyin mode,used to debug//if mode 1,pinyin needs to be initialized
{
char c,rank=0,pyvalid;
unsigned int innercode=0,innercodeend=0,preinnercode=0,offseterji=0,i;
unsigned int dif,tempdif;
void*buf;
unsigned int tempx,currentx=getx(),currenty=gety();//record current place of painting brush
if(currentx+9*32>getmaxx()) //in case the input method move out of the screen scale
{
currentx=getmaxx()-9*32;
}
initcharacter(offsetshuju,character);
buf=malloc(imagesize(0,0,32*9*3,32));// input method will cover the text,save in advance
getimage(currentx,currenty,currentx+32*9,currenty+32*3,buf);
tempx=currentx;
if(mode==0)
{
for(i=0;i<7;i++)
pinyin[i]=0;
}
while(1)
{
if(bs==0&&mode==1&&rank+1==strlen(pinyin))
bs=1;
if(mode==0||(mode==1&&(pinyin[rank]<'a'||pinyin[rank]>'z')))
c=bioskey(0)%256;
else
c=pinyin[rank];
if(c<'z'+1&&c>'a'-1)//if(c!='='&&c!='-')
{
pinyin[rank]=c;
displayen(1,c,0,tempx,currenty+16,1,15);
pyvalid=checkpy(pinyin);/*新加*/
}
if(c==8)
{
pinyin[rank-1]=0;
putimage(currentx,currenty,buf,0);
free(buf);
return 8;
}
tempx+=8;
if(c<'z'+1&&c>'a'-1)
{
dif=0;
offseterji=receivepy(c,rank,&innercode,&innercodeend,preinnercode);
for(i=0;i<9;i++)
{
if(pyvalid==0)/*新加*/
break;
tempdif=receivenum(i,innercode,innercodeend,offseterji);
if(tempdif==0xffff)//拼音到结尾不再显示
{
displayhz(bs,0xa1a1,2,currentx+32*i,currenty+32,1,15);
displayhz(bs,0xa1a1,2,currentx+32*i+16,currenty+32,1,15);
continue;
}
if((innercode+tempdif)%256>0xfe||(innercode+tempdif)%256<0xa1)
tempdif+=0xa3;
displayen(bs,i+'1',0,currentx+32*i,currenty+32,1,15);
displayen(bs,'.',0,currentx+32*i+8,currenty+32,1,15);
displayhz(bs,tempdif+innercode,2,currentx+32*i+16,currenty+32,1,15);
}
preinnercode=innercode;
pinyin[rank]=c;
rank++;
continue;//如果c一直都是拼音
}
///////rank=0;
if(c<='9'&&c>='1'||c==' ')
{
if(c==' ')
c='1';
dif=receivenum(dif+c-'1',innercode,innercodeend,offseterji);
if((innercode+dif)%256>0xfe||(innercode+dif)%256<0xa1)
dif+=0xa3;
putimage(currentx,currenty,buf,0);
free(buf);
if(dif==0xffff)
return 0xa1a1;////////////////如果超过就返回0xa1a1出错处理不显示
return (innercode+dif);
}
else if(c=='='||c=='-')
{
if(c=='=')
dif+=9;
else if(c=='-'&&dif>=9)
dif-=9;
else if(c=='-'&&dif<9)
dif=0;
tempdif=receivenum(dif,innercode,innercodeend,offseterji);
if(tempdif==0xffff)
{
dif-=9;
}
for(i=0;i<9;i++)
{
tempdif=receivenum(dif+i,innercode,innercodeend,offseterji);
if(tempdif==0xffff)
{
displayhz(bs,0xa1a1,2,currentx+32*i+16,currenty+32,1,15);
displayhz(bs,0xa1a1,2,currentx+32*i,currenty+32,1,15);
continue;
}
if((innercode+tempdif)%256>0xfe||(innercode+tempdif)%256<0xa1)
tempdif+=0xa3;
displayen(bs,i+'1',0,currentx+32*i,currenty+32,1,15);
displayen(bs,'.',0,currentx+32*i+8,currenty+32,1,15);
displayhz(bs,tempdif+innercode,2,currentx+32*i+16,currenty+32,1,15);
}
}
else
{
putimage(currentx,currenty,buf,0);
free(buf);
return 0xa1a1;////////////////////////////////////////////////////此处要改
}
}
}