public ThermalRenderingData <C> GetThermalData <T, C>(uint level, int time)
where T : ThermalDataT <C>, new()
where C : struct
{
ThermalDataBase levelData = thermalData[level];
if (levelData == null || !(levelData is T) ||
time < levelData.startTime ||
time >= levelData.endTime)
{
LoadThermalData <T, C>(level, time);
levelData = (ThermalDataT <C>)thermalData[level];
if (levelData == null || levelData.Cells <C>() == null)
{
Debug.LogWarning("No thermal data found for level " + level);
return(null);
}
}
int sampleIndex = (time % fileTimeInterval) / sampleInterval;
ThermalFrame frame = levelData.frames[sampleIndex + 1];
ThermalRenderingData <C> renderData = new ThermalRenderingData <C>();
renderData.cells = levelData.Cells <C>();
renderData.cellType = level < maxLevel ? CellType.GroundQuad : CellType.Billboard;
renderData.startIndex = levelData.frames[sampleIndex].offset;
renderData.endIndex = frame.offset;
renderData.minTemperature = frame.minTemperature;
renderData.maxTemperature = frame.minTemperature + frame.temperatureRange;
renderData.resolution = (uint)Math.Pow(2, level);
return(renderData);
}
public override void LoadThermalData <T, C>()
{
if (thermalData == null || !(thermalData is T))
{
thermalData = new T();
}
VisionDataIO.LoadFromBinary(visionFile, thermalData as T, ref dataHeader);
}
private void Init()
{
// Reset thermal data
thermalData = null;
}
