public UIAbilityIconProgram( ) : base("ui_abilityicon.vert", "ui_abilityicon.frag")
{
mvpMatrixHandle = new UniformMatrixHandle(glProgram, "u_mvpMatrix");
baseTextureCoordsHandle = new AttributeHandle(glProgram, "a_baseTexcoord");
ampTextureCoordsHandle = new AttributeHandle(glProgram, "a_ampTexcoord");
baseTextureHandle = new TextureHandle(glProgram, "u_baseTexture");
ampTextureHandle = new TextureHandle(glProgram, "u_ampTexture");
}
public string GetAttributeNameFromHandle(AttributeHandle hAttribute)
{
Attributes attr = GetAttributeIdFromHandle(hAttribute);
return GetAttributeNameFromId(attr);
}
public Attributes GetAttributeIdFromHandle(AttributeHandle hAttribute)
{
if(_idHandleIndex.ExistSecond(hAttribute))
{
return _idHandleIndex.GetBySecond(hAttribute);
}
return Attributes.Unknown;
}
public void Bind(AttributeHandle attribute)
{
Bind(attribute.Location);
}
protected override WISE_RESULT OnUpdateAttribute(DateTime timeStamp, DatabaseHandle hDatabase, ObjectHandle hObject,
ClassHandle hClass, AttributeHandle hAttribute, object value, AttributeQualityCode quality,
TransactionHandle hTransaction)
{
WISE_RESULT result = WISEError.WISE_OK;
// Call base class implementation
result = base.OnUpdateAttribute(timeStamp, hDatabase, hObject, hClass, hAttribute, value, quality, hTransaction);
WISEError.CheckCallFailedEx(result);
//string myValue = string.Empty;
//AttributeHandle myAttributeHandle = AttributeHandle.Invalid;
//this.WISE.GetAttributeHandle(hDatabase, hObject, "SomeAttribute", ref myAttributeHandle);
//this.WISE.GetAttributeValue(hDatabase, hObject, myAttributeHandle, ref myValue);
//global::CBRNSensors.EntityEquipmentSensorCBRNLCD stateObject = new global::CBRNSensors.EntityEquipmentSensorCBRNLCD();
//stateObject.CreateInstance(this.WISE, hDatabase);
//stateObject.SensorState =
//stateObject.AddToDatabase(hDatabase);
return result;
}
public ColorProgram( ) : base("color.vert", "color.frag")
{
mvpMatrixHandle = new UniformMatrixHandle(glProgram, "u_mvpmatrix");
colorHandle = new AttributeHandle(glProgram, "a_color");
}
public TextureProgram(string vertexShader, string fragmentShader) : base(vertexShader, fragmentShader)
{
textureCoordsHandle = new AttributeHandle(glProgram, "a_texcoord");
textureHandle = new TextureHandle(glProgram);
}
public ColorProgram( ) : base(Assets.GetVertexShader("color"), Assets.GetFragmentShader("color"))
{
mvpMatrixHandle = new UniformMatrixHandle(glProgram, "u_mvpmatrix");
colorHandle = new AttributeHandle(glProgram, "a_color");
}
public Program(string vertexShader, string fragmentShader)
{
glProgram = CompileProgram(vertexShader, fragmentShader);
positionHandle = new AttributeHandle(glProgram, "a_position");
}
public TextureProgram(int vertexBuffer, int fragmentBuffer) : base(vertexBuffer, fragmentBuffer)
{
textureCoordsHandle = new AttributeHandle(glProgram, "a_texcoord");
textureHandle = new TextureHandle(glProgram);
}
public Program(int vertexBuffer, int fragmentBuffer)
{
glProgram = CompileProgram(vertexBuffer, fragmentBuffer);
positionHandle = new AttributeHandle(glProgram, "a_position");
}
public ParticleProgram() : base(Assets.GetVertexShader("particle"), Assets.GetFragmentShader("particle"))
{
sizeHandle = new AttributeHandle(glProgram, "a_size");
colorHandle = new AttributeHandle(glProgram, "a_color");
matrixHandle = new UniformMatrixHandle(glProgram, "u_mvpmatrix");
}
