//------------------------------------------------------------------------------
//
gosFX::Card__Specification::Card__Specification(
Stuff::MemoryStream *stream,
int gfx_version
):
Singleton__Specification(gosFX::CardClassID, stream, gfx_version)
{
Check_Pointer(this);
Verify(m_class == CardClassID);
Verify(gos_GetCurrentHeap() == Heap);
m_halfHeight.Load(stream, gfx_version);
m_aspectRatio.Load(stream, gfx_version);
//
//-------------------------------------------------------------------
// If we are reading an old version of the card cloud, ignore all the
// animation on the UV channels
//-------------------------------------------------------------------
//
if (gfx_version < 10)
{
m_index.m_ageCurve.SetCurve(0.0f);
m_index.m_seedCurve.SetCurve(1.0f);
m_index.m_seeded = false;
SeededCurveOf<ComplexCurve, LinearCurve,Curve::e_ComplexLinearType> temp;
temp.Load(stream, gfx_version);
Stuff::Scalar v = temp.ComputeValue(0.0f, 0.0f);
m_UOffset.SetCurve(v);
temp.Load(stream, gfx_version);
v = temp.ComputeValue(0.0f, 0.0f);
m_VOffset.SetCurve(v);
m_USize.Load(stream, gfx_version);
m_VSize.Load(stream, gfx_version);
m_animated = false;
}
//
//------------------------------
// Otherwise, read in the curves
//------------------------------
//
else
{
m_index.Load(stream, gfx_version);
m_UOffset.Load(stream, gfx_version);
m_VOffset.Load(stream, gfx_version);
m_USize.Load(stream, gfx_version);
m_VSize.Load(stream, gfx_version);
*stream >> m_animated;
}
SetWidth();
}
//------------------------------------------------------------------------------
//
gosFX::CardCloud__Specification::CardCloud__Specification(
std::iostream stream, uint32_t gfx_version)
: SpinningCloud__Specification(gosFX::CardCloudClassID, stream, gfx_version)
{
// Check_Pointer(this);
Check_Object(stream);
_ASSERT(m_class == CardCloudClassID);
// _ASSERT(gos_GetCurrentHeap() == Heap);
m_halfHeight.Load(stream, gfx_version);
m_aspectRatio.Load(stream, gfx_version);
//
//-------------------------------------------------------------------
// If we are reading an old version of the card cloud, ignore all the
// animation on the UV channels
//-------------------------------------------------------------------
//
if (gfx_version < 10)
{
m_pIndex.m_ageCurve.SetCurve(0.0f);
m_pIndex.m_seedCurve.SetCurve(1.0f);
m_pIndex.m_seeded = false;
SeededCurveOf<ComplexCurve, LinearCurve, Curve::e_ComplexLinearType> temp;
temp.Load(stream, gfx_version);
float v = temp.ComputeValue(0.0f, 0.0f);
m_UOffset.SetCurve(v);
temp.Load(stream, gfx_version);
v = temp.ComputeValue(0.0f, 0.0f);
m_VOffset.SetCurve(v);
m_USize.Load(stream, gfx_version);
m_VSize.Load(stream, gfx_version);
m_animated = false;
}
//
//------------------------------
// Otherwise, read in the curves
//------------------------------
//
else
{
m_pIndex.Load(stream, gfx_version);
m_UOffset.Load(stream, gfx_version);
m_VOffset.Load(stream, gfx_version);
m_USize.Load(stream, gfx_version);
m_VSize.Load(stream, gfx_version);
*stream >> m_animated;
}
SetWidth();
m_totalParticleSize = gosFX::CardCloud::ParticleSize;
m_particleClassSize = sizeof(gosFX::CardCloud::Particle);
}
void
gosFX::Curve::Load(
Stuff::MemoryStream* stream,
int32_t gfx_version
)
{
Check_Object(this);
switch(m_type)
{
case e_ComplexLinearType:
{
SeededCurveOf<ComplexCurve, LinearCurve, Curve::e_ComplexLinearType>* SCurve = (SeededCurveOf<ComplexCurve, LinearCurve, Curve::e_ComplexLinearType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
case e_ComplexComplexType:
{
SeededCurveOf<ComplexCurve, ComplexCurve, e_ComplexComplexType>* SCurve = (SeededCurveOf<ComplexCurve, ComplexCurve, e_ComplexComplexType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
case e_ComplexSplineType:
{
SeededCurveOf<ComplexCurve, SplineCurve, e_ComplexSplineType>* SCurve = (SeededCurveOf<ComplexCurve, SplineCurve, e_ComplexSplineType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
case e_ConstantComplexType:
{
SeededCurveOf<ConstantCurve, ComplexCurve, e_ConstantComplexType>* SCurve = (SeededCurveOf<ConstantCurve, ComplexCurve, e_ConstantComplexType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
case e_ConstantLinearType:
{
SeededCurveOf<ConstantCurve, LinearCurve, e_ConstantLinearType>* SCurve = (SeededCurveOf<ConstantCurve, LinearCurve, e_ConstantLinearType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
case e_ConstantSplineType:
{
SeededCurveOf<ConstantCurve, SplineCurve, e_ConstantSplineType>* SCurve = (SeededCurveOf<ConstantCurve, SplineCurve, e_ConstantSplineType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
case e_SplineLinearType:
{
SeededCurveOf<SplineCurve, LinearCurve, e_SplineLinearType>* SCurve = (SeededCurveOf<SplineCurve, LinearCurve, e_SplineLinearType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
case e_SplineSplineType:
{
SeededCurveOf<SplineCurve, SplineCurve, e_SplineSplineType>* SCurve = (SeededCurveOf<SplineCurve, SplineCurve, e_SplineSplineType>*)this;
SCurve->Load(stream, gfx_version);
}
break;
default:
break;
}
}
void
gosFX::Curve::ExpensiveComputeRange(
float* low,
float* hi
)
{
Check_Object(this);
Check_Pointer(low);
Check_Pointer(hi);
switch(m_type)
{
case e_ConstantType:
{
ConstantCurve* SCurve = (ConstantCurve*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_LinearType:
{
LinearCurve* SCurve = (LinearCurve*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_SplineType:
{
SplineCurve* SCurve = (SplineCurve*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_ComplexType:
{
ComplexCurve* SCurve = (ComplexCurve*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_ComplexLinearType:
{
SeededCurveOf<ComplexCurve, LinearCurve, Curve::e_ComplexLinearType>* SCurve = (SeededCurveOf<ComplexCurve, LinearCurve, Curve::e_ComplexLinearType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_ComplexComplexType:
{
SeededCurveOf<ComplexCurve, ComplexCurve, e_ComplexComplexType>* SCurve = (SeededCurveOf<ComplexCurve, ComplexCurve, e_ComplexComplexType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_ComplexSplineType:
{
SeededCurveOf<ComplexCurve, SplineCurve, e_ComplexSplineType>* SCurve = (SeededCurveOf<ComplexCurve, SplineCurve, e_ComplexSplineType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_ConstantComplexType:
{
SeededCurveOf<ConstantCurve, ComplexCurve, e_ConstantComplexType>* SCurve = (SeededCurveOf<ConstantCurve, ComplexCurve, e_ConstantComplexType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_ConstantLinearType:
{
SeededCurveOf<ConstantCurve, LinearCurve, e_ConstantLinearType>* SCurve = (SeededCurveOf<ConstantCurve, LinearCurve, e_ConstantLinearType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_ConstantSplineType:
{
SeededCurveOf<ConstantCurve, SplineCurve, e_ConstantSplineType>* SCurve = (SeededCurveOf<ConstantCurve, SplineCurve, e_ConstantSplineType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_SplineLinearType:
{
SeededCurveOf<SplineCurve, LinearCurve, e_SplineLinearType>* SCurve = (SeededCurveOf<SplineCurve, LinearCurve, e_SplineLinearType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
case e_SplineSplineType:
{
SeededCurveOf<SplineCurve, SplineCurve, e_SplineSplineType>* SCurve = (SeededCurveOf<SplineCurve, SplineCurve, e_SplineSplineType>*)this;
SCurve->ComputeRange(low, hi);
}
break;
default:
break;
}
}
