CWE-ou-minkata/Sources/Plasma/PubUtilLib/plDrawable/plFixedWaterState7.cpp

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*==LICENSE==*/

#include "hsTypes.h"
#include "plFixedWaterState7.h"

#include "hsStream.h"

void plFixedWaterState7::WaveState::Set(const plFixedWaterState7::WaveState& w, hsScalar secs)
{
	fMaxLength.Set(w.fMaxLength, secs);
	fMinLength.Set(w.fMinLength, secs);
	fAmpOverLen.Set(w.fAmpOverLen, secs);
	fChop.Set(w.fChop, secs);
	fAngleDev.Set(w.fAngleDev, secs);
}

void plFixedWaterState7::Set(const plFixedWaterState7& t, hsScalar secs)
{
	fWindDir.Set(t.fWindDir, secs);

	fGeoState.Set(t.fGeoState, secs);

	fTexState.Set(t.fTexState, secs);
	fRippleScale.Set(t.fRippleScale, secs);

	fSpecVec.Set(t.fSpecVec, secs);

	fWaterHeight.Set(t.fWaterHeight, secs);
	fWaterOffset.Set(t.fWaterOffset, secs);
	fMaxAtten.Set(t.fMaxAtten, secs);
	fMinAtten.Set(t.fMinAtten, secs);
	fDepthFalloff.Set(t.fDepthFalloff, secs);

	fWispiness.Set(t.fWispiness, secs);
	fShoreTint.Set(t.fShoreTint, secs);
	fMaxColor.Set(t.fMaxColor, secs);
	fMinColor.Set(t.fMinColor, secs);
	fEdgeOpac.Set(t.fEdgeOpac, secs);
	fEdgeRadius.Set(t.fEdgeRadius, secs);

	fPeriod.Set(t.fPeriod, secs);
	fFingerLength.Set(t.fFingerLength, secs);


	fWaterTint.Set(t.fWaterTint, secs);
	fSpecularTint.Set(t.fSpecularTint, secs);

	fEnvCenter.Set(t.fEnvCenter, secs);
	fEnvRefresh.Set(t.fEnvRefresh, secs);
	fEnvRadius.Set(t.fEnvRadius, secs);

	
}

void plFixedWaterState7::WaveState::Read(hsStream* s)
{
	fMaxLength.Read(s);
	fMinLength.Read(s);
	fAmpOverLen.Read(s);
	fChop.Read(s);
	fAngleDev.Read(s);
}

void plFixedWaterState7::WaveState::Write(hsStream* s) const
{
	fMaxLength.Write(s);
	fMinLength.Write(s);
	fAmpOverLen.Write(s);
	fChop.Write(s);
	fAngleDev.Write(s);
}

void plFixedWaterState7::Read(hsStream* s)
{
	// Geometric waves
	fGeoState.Read(s);

	// Texture waves
	fTexState.Read(s);
	fRippleScale.Read(s);

	// Geometric and Texture share wind direction
	fWindDir.Read(s);

	// Level of noise added during summation of texture waves
	fSpecVec.Read(s);

	// Depth parameters. Affect how the depth of
	// the water vertex is interpreted into water
	// surface properties.
	fWaterHeight.Read(s);
	fWaterOffset.Read(s);
	fMaxAtten.Read(s);
	fMinAtten.Read(s);
	fDepthFalloff.Read(s);

	// Shore parameters

	// Appearance
	fWispiness.Read(s);
	fShoreTint.Read(s);
	// Next two only used in generation of bubble layer
	fMaxColor.Read(s);
	fMinColor.Read(s);
	fEdgeOpac.Read(s);
	fEdgeRadius.Read(s);

	// Simulation
	fPeriod.Read(s);
	fFingerLength.Read(s);


	// Water appearance.
	fWaterTint.Read(s);
	fSpecularTint.Read(s);

	fEnvCenter.Read(s);
	fEnvRefresh.Read(s);
	fEnvRadius.Read(s);
}

void plFixedWaterState7::Write(hsStream* s) const
{
	// Geometric waves
	fGeoState.Write(s);

	// Texture waves
	fTexState.Write(s);
	fRippleScale.Write(s);

	// Geometric and Texture share wind direction
	fWindDir.Write(s);

	// Level of noise added during summation of texture waves
	fSpecVec.Write(s);

	// Depth parameters. Affect how the depth of
	// the water vertex is interpreted into water
	// surface properties.
	fWaterHeight.Write(s);
	fWaterOffset.Write(s);
	fMaxAtten.Write(s);
	fMinAtten.Write(s);
	fDepthFalloff.Write(s);

	// Shore parameters

	// Appearance
	fWispiness.Write(s);
	fShoreTint.Write(s);
	// Next two only used in generation of bubble layer
	fMaxColor.Write(s);
	fMinColor.Write(s);
	fEdgeOpac.Write(s);
	fEdgeRadius.Write(s);

	// Simulation
	fPeriod.Write(s);
	fFingerLength.Write(s);


	// Water appearance.
	fWaterTint.Write(s);
	fSpecularTint.Write(s);

	fEnvCenter.Write(s);
	fEnvRefresh.Write(s);
	fEnvRadius.Write(s);
}