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#version 420
in layout(location=0) vec3 Model_Position;
in layout(location=1) vec4 in_color;
in layout(location=2) vec2 Texture_UV;
in layout(location=3) vec3 Model_Normal;
uniform mat4 Matrix_totalTransform;
uniform mat4 Matrix_modelToWorld;
uniform vec3 lightPosition[4];
uniform vec3 World_eyePosition;
out vec2 Fragment_UV;
out vec3 World_Normal;
out vec4 Fragment_Color;
out vec3 toLightVector[4];
out vec3 toEyeVector;
void main()
{
vec3 World_Position = vec3(Matrix_modelToWorld * vec4(Model_Position, 1.0));
for(int i = 0; i < 4; i++)
{
/* vector que apunta hacia la luz*/
toLightVector[i] = lightPosition[i] - World_Position;
}
/* Vector hacia el ojo*/
toEyeVector = normalize(World_eyePosition - World_Position);
gl_Position = Matrix_totalTransform * vec4(Model_Position, 1.0);
/*We add a 0 on the vec4 so we can remove the translation from the matrix
(WE DONT WANT THE NORMAL TO BE TRANSLATED) */
World_Normal = vec3(Matrix_modelToWorld * vec4(Model_Normal, 0.0));
Fragment_UV = vec2(Texture_UV.x, 1 - Texture_UV.y); /*Invert y axis*/
Fragment_Color = in_color;
}
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