void
demoUnload()
{
xlImgDeleteTexture();
xlImgUnload();
xlBindImage(img[1]);
xlImgUnload();
xlBindImage(img[2]);
xlImgUnload();
xlDeleteImages(3, img);
}
void
demoKeyboard(unsigned char key, int x, int y)
{
switch(key)
{
case 'l':
{
XLstring strtmp;
if(!edit) { str[0] = L'\0'; edit = XL_TRUE; }
xlStringCopy(strtmp, str);
xlStringPrintFormatted(str, XL_STRING_SIZE, L"%ls%c", strtmp, key);
xlBindImage(img[0]);
xlImgDeleteTexture();
xlImgUnload();
xlImgImport("data/images/Tux.png");
xlImgGenTexture();
break;
}
case '\r':
edit = XL_FALSE;
xlStringPrintFormatted(str, XL_STRING_SIZE, L"%ls", xlName);
xlBindImage(img[0]);
xlImgDeleteTexture();
xlImgUnload();
myImgString();
xlImgGenTexture();
break;
default:
{
XLstring strtmp;
if(!edit) { str[0] = L'\0'; edit = XL_TRUE; }
xlStringCopy(strtmp, str);
xlStringPrintFormatted(str, XL_STRING_SIZE, L"%ls%c", strtmp, key);
xlBindImage(img[0]);
xlImgDeleteTexture();
xlImgUnload();
myImgString();
xlImgGenTexture();
break;
}
}
}
void
xlMatDeleteTextures(void)
{
XLmaterial *bind = xlGetMaterial();
XLuint i;
for(i = 0; i < bind->header.properties; i++)
{
xlBindImage(bind->runtime.images[i]);
xlImgDeleteTexture();
}
}
void
demoLoad(int *argc, char **argv)
{
if(*argc < 2) xlStringCopy(str, xlName);
else xlStringPrintFormatted(str, XL_STRING_SIZE, L"%s", argv[1]);
edit = XL_FALSE;
xlGenImages(3, img);
xlBindImage(img[2]);
image[2] = xlGetImage();
xlDataLoad("data/images/Grass.xlc");
xlImgScale(size[0], size[1]);
xlBindImage(img[1]);
image[1] = xlGetImage();
xlDataLoad("data/images/Textil.xlc");
xlImgScale(size[0], size[1]);
xlBindImage(img[0]);
image[0] = xlGetImage();
myImgString();
//xlImgExport("String.png");
xlImgGenTexture();
}
