public CheckboxComponent() : base(typeof(CheckboxComponent))
{
//Material = defaultMaterial;
shaderUniform = Material.UniformManager.GetUniform("model");
colorMask = Material.UniformManager.GetUniform("color_mask");
color = Vector4.One;
}
public RawImage() : base(typeof(RawImage))
{
//Material = defaultMaterial;
shaderUniform = Material.UniformManager.GetUniform("model");
colorMask = Material.UniformManager.GetUniform("color_mask");
color = Vector4.One;
Material.ApplyMaterial();
colorMask.SetValue(color);
}
public ScrollBoxComponent() : base(typeof(ScrollBoxComponent))
{
//Material = defaultMaterial;
shaderUniform = Material.UniformManager.GetUniform("model");
colorMask = Material.UniformManager.GetUniform("color_mask");
color = Vector4.One;
ScrollDirection = ScrollMode.Vertical;
base.IsAllowDrag = true;
}
public ButtonComponent() : base(typeof(ButtonComponent))
{
//Material = defaultMaterial;
shaderUniform = Material.UniformManager.GetUniform("model");
colorMask = Material.UniformManager.GetUniform("color_mask");
color = Vector4.One;
Texture = defaultTexture;
base.IsAllowDrag = false;
}
public UIMaskComponent() : base(typeof(UIMaskComponent))
{
//Material = defaultMaterial;
shaderUniform = Material.UniformManager.GetUniform("model");
colorMask = Material.UniformManager.GetUniform("color_mask");
//color = Vector4.One * 0.1f;
color = Vector4.Zero;
AllowMultiple = false;
}
public TextInputComponent() : base(typeof(CheckboxComponent))
{
shaderUniform = Material.UniformManager.GetUniform("model");
colorMask = Material.UniformManager.GetUniform("color_mask");
color = Vector4.One;
Text.textCanvas.colour = Vector3.Zero;
Text.textCanvas.alignHorizontal = TextAlignHorizontal.Left;
Text.textCanvas.alignVertical = TextAlignVertical.Bottom;
Texture = null;
}
public ShaderUniform[] CopyUniforms()
{
ShaderUniform[] unis = new ShaderUniform[uniforms.Length];
for (int i = 0; i < uniforms.Length; i++)
{
unis[i] = uniforms[i].Clone();
}
return(unis);
}
public SliderCompoent() : base(typeof(SliderCompoent))
{
//Material = defaultMaterial;
shaderUniform = Material.UniformManager.GetUniform("model");
colorMask = Material.UniformManager.GetUniform("color_mask");
color = Vector4.One;
bgTexture = null;
fillTexture = null;
base.IsAllowDrag = true;
}
//for deletion
void VisibilityCheck(string name, ShaderUniform uniformVariable)
{
if (name == "diffuse_color")
{
if (((Vector4)uniformVariable.GetValue()).W < 0.01f)
{
material.RenderDirrectives.IsRendered = false;
}
else
{
material.RenderDirrectives.IsRendered = true;
}
}
}
public PrimitiveMeshProcessor(DynamicsWorld world)
{
World = world;
ShaderManager.GetInstance.LoadShader("phys");
shaderProgram = ShaderManager.GetInstance.GetShader("phys");
//setting shader uniform references
foreach (var uni in shaderProgram.GetUniforms)
{
if (uni.Name == "world")
{
worldS = uni;
}
else if (uni.Name == "color")
{
color = uni;
}
}
CreateTri();
}
internal TextRenderer()
{
lib = new Library();
try
{
using (Stream file = File.OpenRead(font))
{
face = new Face(lib, ReadFont(file), 0);
}
}
catch (Exception)
{
string defPath = "Toys.Resourses.Fonts.reddelicious.ttf";
var assembly = IntrospectionExtensions.GetTypeInfo(typeof(ShaderManager)).Assembly;
face = new Face(lib, ReadFont(assembly.GetManifestResourceStream(defPath)), 0);
}
face.SetPixelSizes(0, (uint)size);
//projection = Matrix4.CreateOrthographicOffCenter(0, 800, 0, 600, 0f, -0.01f);
ShaderManager shdmMgmt = ShaderManager.GetInstance;
shdmMgmt.LoadShader("text");
shdr = shdmMgmt.GetShader("text");
shdr.ApplyShader();
shdr.SetUniform((int)TextureType.Diffuse, "text");
foreach (var uniform in shdr.GetUniforms)
{
if (uniform.Name == "projection")
{
projUniform = uniform;
}
else if (uniform.Name == "textColor")
{
colorUniform = uniform;
}
}
charmap = Texture2D.CreateCharMap(mapSize, mapSize);
}
