bool VolumeSizeWizardPage::IsValid ()
{
if (!VolumeSizeTextCtrl->GetValue().empty() && Validate())
{
try
{
if (GetVolumeSize() >= MinVolumeSize && (!MaxVolumeSizeValid || GetVolumeSize() <= MaxVolumeSize))
return true;
}
catch (...) { }
}
return false;
}
fp_RenderRaytrace::fp_RenderRaytrace(
fp_Fluid* Fluid,
float VoxelSize,
float IsoLevel,
float StepScale,
const fp_VolumeIndex& VolumeDimensions) :
m_VoxelSize(VoxelSize),
m_IsoLevel(IsoLevel),
m_VolumeDimensions(VolumeDimensions),
m_StepScale(StepScale),
m_VolumeTexture(NULL),
m_VolumeRTV(NULL),
m_VolumeSRV(NULL),
m_ExitPoint(NULL),
m_WValsMulParticleMassTexture(NULL),
m_WValsMulParticleMassSRV(NULL),
m_SplatParticleVertexLayout(NULL),
m_SplatParticleVertexBuffer(NULL),
m_Effect(NULL),
m_TechRenderRaytrace(NULL),
m_EffectVarCornersPos(NULL),
m_EffectVarHalfParticleVoxelDiameter(NULL),
m_EffectVarParticleVoxelRadius(NULL),
m_EffectVarVolumeDimensions(NULL),
m_EffectVarWorldToNDS(NULL),
m_EffectVarWValsMulParticleMass(NULL),
m_EffectVarExitPoint(NULL),
m_EffectVarStepSize(NULL),
m_EffectVarVolumeSizeRatio(NULL),
m_EffectVarWorld(NULL),
m_EffectVarWorldView(NULL),
m_EffectVarWorldViewProjection(NULL),
m_EffectVarInvView(NULL),
m_EffectVarDensityGrid(NULL),
m_EffectVarBBoxStart(NULL),
m_EffectVarBBoxSize(NULL),
m_EffectVarIsoLevel(NULL),
m_EffectVarTexDelta(NULL),
m_EnvironmentMapSRV(NULL),
m_EffectVarRefractionRatio(NULL),
m_EffectVarRefractionRatioSq(NULL),
m_EffectVarR0(NULL),
m_EffectVarOneMinusR0(NULL),
m_EffectVarRefractionRatio_2(NULL),
m_EffectVarRefractionRatioSq_2(NULL),
m_EffectVarR0_2(NULL),
m_EffectVarOneMinusR0_2(NULL),
m_CurrentCubeMap(0) {
SetFluid(Fluid);
D3DXVECTOR3 volumeSize = GetVolumeSize();
m_BBox.SetSize(&volumeSize);
D3DXVECTOR3 v = D3DXVECTOR3(20, 20, 20);
m_EnvironmentBox.SetSize(&v);
v = D3DXVECTOR3(-10, -10, -10);
m_EnvironmentBox.SetStart(&v);
}
