SceneData::SceneData() :
fog(nullptr),
rainbow(nullptr),
skysphere(nullptr),
functionContextFactory()
{
atmosphereIOR = 1.0;
atmosphereDispersion = 0.0;
backgroundColour = ToTransColour(RGBFTColour(0.0, 0.0, 0.0, 0.0, 1.0));
ambientLight = MathColour(1.0);
iridWavelengths = MathColour::DefaultWavelengths();
languageVersion = POV_RAY_VERSION_INT;
languageVersionSet = false;
languageVersionLate = false;
warningLevel = 10; // all warnings
legacyCharset = LegacyCharset::kUnspecified;
noiseGenerator = kNoiseGen_RangeCorrected;
explicitNoiseGenerator = false; // scene has not set the noise generator explicitly
boundingMethod = 0;
numberOfWaves = 10;
parsedMaxTraceLevel = MAX_TRACE_LEVEL_DEFAULT;
parsedAdcBailout = 1.0 / 255.0; // adc bailout sufficient for displays
workingGamma.reset();
workingGammaToSRGB.reset();
inputFileGamma = SRGBGammaCurve::Get();
gammaMode = kPOVList_GammaMode_None; // default setting for v3.6.2, which in turn is the default for the language
mmPerUnit = 10;
useSubsurface = false;
subsurfaceSamplesDiffuse = 50;
subsurfaceSamplesSingle = 50;
subsurfaceUseRadiosity = false;
bspMaxDepth = 0;
bspObjectIsectCost = bspBaseAccessCost = bspChildAccessCost = bspMissChance = 0.0f;
Fractal_Iteration_Stack_Length = 0;
Max_Blob_Components = 1000; // TODO FIXME - this gets set in the parser but allocated *before* that in the scene data, and if it is 0 here, a malloc may fail there because the memory requested is zero [trf]
Max_Bounding_Cylinders = 100; // TODO FIXME - see note for Max_Blob_Components
boundingSlabs = nullptr;
splitUnions = false;
removeBounds = true;
tree = nullptr;
}
SceneData::SceneData() :
fog(NULL),
rainbow(NULL),
skysphere(NULL),
functionContextFactory(new FunctionVM())
{
atmosphereIOR = 1.0;
atmosphereDispersion = 0.0;
backgroundColour = ToTransColour(RGBFTColour(0.0, 0.0, 0.0, 0.0, 1.0));
ambientLight = MathColour(1.0);
iridWavelengths = MathColour::DefaultWavelengths();
languageVersion = OFFICIAL_VERSION_NUMBER;
languageVersionSet = false;
languageVersionLate = false;
warningLevel = 10; // all warnings
stringEncoding = kStringEncoding_ASCII;
noiseGenerator = kNoiseGen_RangeCorrected;
explicitNoiseGenerator = false; // scene has not set the noise generator explicitly
numberOfWaves = 10;
parsedMaxTraceLevel = MAX_TRACE_LEVEL_DEFAULT;
parsedAdcBailout = 1.0 / 255.0; // adc bailout sufficient for displays
workingGamma.reset();
workingGammaToSRGB.reset();
inputFileGammaSet = false; // TODO remove for 3.7x
inputFileGamma = SRGBGammaCurve::Get();
mmPerUnit = 10;
useSubsurface = false;
subsurfaceSamplesDiffuse = 50;
subsurfaceSamplesSingle = 50;
subsurfaceUseRadiosity = false;
bspMaxDepth = 0;
bspObjectIsectCost = bspBaseAccessCost = bspChildAccessCost = bspMissChance = 0.0f;
Fractal_Iteration_Stack_Length = 0;
Max_Blob_Components = 1000; // TODO FIXME - this gets set in the parser but allocated *before* that in the scene data, and if it is 0 here, a malloc may fail there because the memory requested is zero [trf]
Max_Bounding_Cylinders = 100; // TODO FIXME - see note for Max_Blob_Components
boundingSlabs = NULL;
splitUnions = false;
removeBounds = true;
tree = NULL;
}
namespace pov_base
{
#if (NUM_COLOUR_CHANNELS == 3)
// Approximate dominant wavelengths of primary hues.
// Source: 3D Computer Graphics by John Vince (Addison Wesely)
// These are user-adjustable with the irid_wavelength keyword.
// Red = 700 nm Grn = 520 nm Blu = 480 nm
// Divided by 1000 gives: rwl = 0.70; gwl = 0.52; bwl = 0.48;
template<> const MathColour MathColour::mkDefaultWavelengths = MathColour(RGBColour(0.70, 0.52, 0.48));
template<> const PreciseMathColour PreciseMathColour::mkDefaultWavelengths = PreciseMathColour(PreciseRGBColour(0.70, 0.52, 0.48));
#else
#error TODO!
#endif
}
LightSource::LightSource() : CompoundObject(LIGHT_OBJECT)
{
Set_Flag(this, NO_SHADOW_FLAG);
colour = MathColour(1.0);
Direction = Vector3d(0.0, 0.0, 0.0);
Center = Vector3d(0.0, 0.0, 0.0);
Points_At = Vector3d(0.0, 0.0, 1.0);
Axis1 = Vector3d(0.0, 0.0, 1.0);
Axis2 = Vector3d(0.0, 1.0, 0.0);
Coeff = 0.0;
Radius = 0.0;
Falloff = 0.0;
Fade_Distance = 0.0;
Fade_Power = 0.0;
Projected_Through_Object= NULL;
Light_Type = POINT_SOURCE;
Area_Light = false;
Use_Full_Area_Lighting = false; // JN2007: Full area lighting
Jitter = false;
Orient = false;
Circular = false;
Parallel = false;
Photon_Area_Light = false;
Area_Size1 = 0;
Area_Size2 = 0;
Adaptive_Level = 100;
Media_Attenuation = false;
Media_Interaction = true;
}
