// Returns FOV data structure for specified lens kit and lens
public FOVData GetFOVData(int lensKitIndex, int lensIndex)
{
LensKitData lensKit = GetLensKitData(lensKitIndex);
if (lensKit != null && lensIndex >= 0 && lensIndex < lensKit._fovDataset.Count)
{
return(lensKit._fovDataset[lensIndex]);
}
return(null);
}
// Add focal length data for a particular lens kit and focal length
public void AddFocalLengthData(string lensKit, int focalLength, float nodalOffset, float realFOV, float unityFOV)
{
// Find the lens kit
LensKitData lensData = null;
int numLens = _lensKits.Count;
for (int i = 0; i < numLens; ++i)
{
if (_lensKits[i]._lensKit.Equals(lensKit))
{
lensData = _lensKits[i];
break;
}
}
if (lensData == null)
{
// Create new one if it doesn't exist
lensData = new LensKitData();
lensData._lensKit = lensKit;
_lensKits.Add(lensData);
}
// Add focal length data
lensData._fovDataset.Add(new FOVData(focalLength, nodalOffset, realFOV, unityFOV));
}
// Add focal length data for a particular lens kit and focal length
public void AddFocalLengthData(string lensKit, int focalLength, float nodalOffset, float realFOV, float unityFOV)
{
// Find the lens kit
LensKitData lensData = null;
int numLens = _lensKits.Count;
for(int i = 0; i < numLens; ++i)
{
if(_lensKits[i]._lensKit.Equals(lensKit))
{
lensData = _lensKits[i];
break;
}
}
if(lensData == null)
{
// Create new one if it doesn't exist
lensData = new LensKitData();
lensData._lensKit = lensKit;
_lensKits.Add(lensData);
}
// Add focal length data
lensData._fovDataset.Add(new FOVData(focalLength, nodalOffset, realFOV, unityFOV));
}
