/// <summary>
/// Instantiates an abstract IML base data into a specific one
/// </summary>
/// <param name="dataToInstantiate"></param>
/// <param name="dataToReadFrom"></param>
/// <param name="IMLType"></param>
public static void InstantiateIMLData(ref IMLBaseDataType dataToInstantiate, IMLSpecifications.DataTypes IMLType)
{
switch (IMLType)
{
case IMLSpecifications.DataTypes.Float:
dataToInstantiate = new IMLFloat();
break;
case IMLSpecifications.DataTypes.Integer:
dataToInstantiate = new IMLInteger();
break;
case IMLSpecifications.DataTypes.Vector2:
dataToInstantiate = new IMLVector2();
break;
case IMLSpecifications.DataTypes.Vector3:
dataToInstantiate = new IMLVector3();
break;
case IMLSpecifications.DataTypes.Vector4:
dataToInstantiate = new IMLVector4();
break;
case IMLSpecifications.DataTypes.SerialVector:
dataToInstantiate = new IMLSerialVector();
break;
default:
break;
}
}
/// <summary>
/// Makes sure the list of outputs is properly configured
/// </summary>
private void UpdateOutputsList()
{
// Check if we actually need to rebuild the desired output features
// If we have no record of the structure OR current and last known structures doesn't match
if (m_LastKnownDesireOutputsConfig == null || !m_LastKnownDesireOutputsConfig.SequenceEqual(m_DesiredOutputsConfig))
{
//Debug.Log("[UPDATE] REBUILDING OUTPUT LIST");
// Build Output List
BuildOutputFeaturesFromOutputConfig();
m_LastKnownDesireOutputsConfig = m_DesiredOutputsConfig;
}
// If the size of the output configuration doesn't match the output features size, something is wrong
if (m_DesiredOutputsConfig.Count != m_DesiredOutputFeatures.Count)
{
// Re-Build Output List
BuildOutputFeaturesFromOutputConfig();
}
// If both lists are the same size...
else
{
// Double making sure that each of the outputs specified in the configuration matches the required type
for (int i = 0; i < m_DesiredOutputFeatures.Count; i++)
{
// If the data type doesn't match the one specified in the configuration...
if (m_DesiredOutputFeatures[i].DataType != (IMLSpecifications.DataTypes)m_DesiredOutputsConfig[i])
{
//Debug.LogError("DataType not equal!");
// Correct that output feature with the right type
switch (m_DesiredOutputsConfig[i])
{
case IMLSpecifications.OutputsEnum.Float:
m_DesiredOutputFeatures[i] = new IMLFloat();
break;
case IMLSpecifications.OutputsEnum.Integer:
m_DesiredOutputFeatures[i] = new IMLInteger();
break;
case IMLSpecifications.OutputsEnum.Vector2:
m_DesiredOutputFeatures[i] = new IMLVector2();
break;
case IMLSpecifications.OutputsEnum.Vector3:
m_DesiredOutputFeatures[i] = new IMLVector3();
break;
case IMLSpecifications.OutputsEnum.Vector4:
m_DesiredOutputFeatures[i] = new IMLVector4();
break;
default:
break;
}
}
}
}
}
/// <summary>
/// Instantiates an abstract IML base data into a specific one
/// </summary>
/// <param name="dataToInstantiate"></param>
/// <param name="dataToReadFrom"></param>
/// <param name="IMLType"></param>
public static void InstantiateIMLData(ref IMLBaseDataType dataToInstantiate, IMLBaseDataType dataToReadFrom)
{
if (dataToReadFrom == null)
{
Debug.LogError("Can't instantiate a null IML data type!");
return;
}
switch (dataToReadFrom.DataType)
{
case IMLSpecifications.DataTypes.Float:
dataToInstantiate = new IMLFloat(dataToReadFrom);
break;
case IMLSpecifications.DataTypes.Integer:
dataToInstantiate = new IMLInteger(dataToReadFrom);
break;
case IMLSpecifications.DataTypes.Vector2:
dataToInstantiate = new IMLVector2(dataToReadFrom);
break;
case IMLSpecifications.DataTypes.Vector3:
dataToInstantiate = new IMLVector3(dataToReadFrom);
break;
case IMLSpecifications.DataTypes.Vector4:
dataToInstantiate = new IMLVector4(dataToReadFrom);
break;
case IMLSpecifications.DataTypes.SerialVector:
dataToInstantiate = new IMLSerialVector(dataToReadFrom);
break;
default:
break;
}
}