With the help of Bálint, I successfully got the issue fixed.
Bálint suggested using the discard keyword in GLSL to discard pixels that are not visible (i.e, transparent).
So inside my fragment shader, I'm checking the pixel's alpha value and if it's below a certain threshold, the pixel is discarded and therefore not rendered.
vec4 PixelColor = texture2D(Colormap, FragmentUV);
if(PixelColor.a < 0.1)
discard;
Result:
With the help of Bálint, I successfully got the issue fixed.
Bálint suggested using the discard keyword in GLSL to discard pixels that are not visible (i.e, transparent).
So inside my fragment shader, I'm checking the pixel's alpha value and if it's below a certain threshold, the pixel is discarded and therefore not rendered.
vec4 PixelColor = texture2D(Colormap, FragmentUV);
if(PixelColor.a < 0.1)
discard;
Result:
With the help of Bálint, I successfully got the issue fixed.
Bálint suggested using the discard keyword in GLSL to discard pixels that are not visible (i.e, transparent).
So inside my fragment shader, I'm checking the pixel's alpha value and if it's below a certain threshold, the pixel is discarded and therefore not rendered.
vec4 PixelColor = texture2D(Colormap, FragmentUV);
if(PixelColor.a < 0.1)
discard;
Result:
With the help of Bálint, I successfully got the issue fixed.
Bálint suggested using the discard keyword in GLSL to discard pixels that are not visible (i.e, transparent).
So inside my fragment shader, I'm checking the pixel's alpha value and if it's below a certain threshold, the pixel is discarded and therefore not rendered.
vec4 PixelColor = texture2D(Colormap, FragmentUV);
if(PixelColor.a < 0.1)
discard;
Result: