CurveWrapper CreateCurveWrapper(SerializedProperty curve, int id, int regionId, Color color, bool signedRange,
CurveWrapper.GetAxisScalarsCallback getAxisScalarsCallback, CurveWrapper.SetAxisScalarsCallback setAxisScalarsCallback)
{
CurveWrapper cw = new CurveWrapper();
cw.id = id;
cw.regionId = regionId;
cw.color = color;
cw.renderer = new NormalCurveRenderer(curve.animationCurveValue);
cw.renderer.SetWrap(curve.animationCurveValue.preWrapMode, curve.animationCurveValue.postWrapMode);
if (cw.curve.keys.Length == 1)
{
cw.renderer.SetCustomRange(0.0f, 1.0f);
cw.wrapColorMultiplier = Color.clear; // Hide wrapping when we only have 1 key
}
else
{
cw.renderer.SetCustomRange(0.0f, 0.0f);
cw.wrapColorMultiplier = color;
}
cw.vRangeMin = signedRange ? -1.0F : 0.0F;
cw.getAxisUiScalarsCallback = getAxisScalarsCallback;
cw.setAxisUiScalarsCallback = setAxisScalarsCallback;
return(cw);
}
public CurveData(string name, GUIContent displayName, SerializedProperty min, SerializedProperty max, Color color, bool signedRange, CurveWrapper.GetAxisScalarsCallback getAxisScalars, CurveWrapper.SetAxisScalarsCallback setAxisScalars, bool visible)
{
this.m_UniqueName = name;
this.m_DisplayName = displayName;
this.m_SignedRange = signedRange;
this.m_Min = min;
this.m_Max = max;
if (this.m_Min != null)
{
this.m_MinId = ++ParticleSystemCurveEditor.CurveData.s_IdCounter;
}
if (this.m_Max != null)
{
this.m_MaxId = ++ParticleSystemCurveEditor.CurveData.s_IdCounter;
}
this.m_Color = color;
this.m_GetAxisScalarsCallback = getAxisScalars;
this.m_SetAxisScalarsCallback = setAxisScalars;
this.m_Visible = visible;
if (this.m_Max != null && this.m_MaxId != 0)
{
return;
}
Debug.LogError((object)"Max curve should always be valid! (Min curve can be null)");
}
// Region if min and max is valid, Curve if min is null
public CurveData(string name, GUIContent displayName, SerializedProperty min, SerializedProperty max, Color color, bool signedRange,
CurveWrapper.GetAxisScalarsCallback getAxisScalars, CurveWrapper.SetAxisScalarsCallback setAxisScalars, bool visible)
{
m_UniqueName = name;
m_DisplayName = displayName;
m_SignedRange = signedRange;
m_Min = min;
m_Max = max;
if (m_Min != null)
{
m_MinId = ++s_IdCounter;
}
if (m_Max != null)
{
m_MaxId = ++s_IdCounter;
}
m_Color = color;
m_GetAxisScalarsCallback = getAxisScalars;
m_SetAxisScalarsCallback = setAxisScalars;
m_Visible = visible;
if (m_Max == null || m_MaxId == 0)
{
Debug.LogError("Max curve should always be valid! (Min curve can be null)");
}
}
public CurveWrapper()
{
this.id = 0;
this.groupId = -1;
this.regionId = -1;
this.hidden = false;
this.readOnly = false;
this.listIndex = -1;
this.getAxisUiScalarsCallback = null;
this.setAxisUiScalarsCallback = null;
}
public CurveWrapper()
{
this.id = 0;
this.groupId = -1;
this.regionId = -1;
this.hidden = false;
this.readOnly = false;
this.listIndex = -1;
this.getAxisUiScalarsCallback = null;
this.setAxisUiScalarsCallback = null;
}
public CurveData(string name, GUIContent displayName, SerializedProperty min, SerializedProperty max, Color color, bool signedRange, CurveWrapper.GetAxisScalarsCallback getAxisScalars, CurveWrapper.SetAxisScalarsCallback setAxisScalars, bool visible)
{
this.m_UniqueName = name;
this.m_DisplayName = displayName;
this.m_SignedRange = signedRange;
this.m_Min = min;
this.m_Max = max;
if (this.m_Min != null)
{
this.m_MinId = ++ParticleSystemCurveEditor.CurveData.s_IdCounter;
}
if (this.m_Max != null)
{
this.m_MaxId = ++ParticleSystemCurveEditor.CurveData.s_IdCounter;
}
this.m_Color = color;
this.m_GetAxisScalarsCallback = getAxisScalars;
this.m_SetAxisScalarsCallback = setAxisScalars;
this.m_Visible = visible;
if (this.m_Max == null || this.m_MaxId == 0)
{
Debug.LogError("Max curve should always be valid! (Min curve can be null)");
}
}
private CurveWrapper CreateCurveWrapper(SerializedProperty curve, int id, int regionId, Color color, bool signedRange, CurveWrapper.GetAxisScalarsCallback getAxisScalarsCallback, CurveWrapper.SetAxisScalarsCallback setAxisScalarsCallback)
{
CurveWrapper curveWrapper = new CurveWrapper();
curveWrapper.id = id;
curveWrapper.regionId = regionId;
curveWrapper.color = color;
curveWrapper.renderer = new NormalCurveRenderer(curve.animationCurveValue);
curveWrapper.renderer.SetWrap(curve.animationCurveValue.preWrapMode, curve.animationCurveValue.postWrapMode);
if (curveWrapper.curve.keys.Length == 1)
{
curveWrapper.renderer.SetCustomRange(0f, 1f);
curveWrapper.wrapColorMultiplier = Color.clear;
}
else
{
curveWrapper.renderer.SetCustomRange(0f, 0f);
curveWrapper.wrapColorMultiplier = color;
}
curveWrapper.vRangeMin = ((!signedRange) ? 0f : -1f);
curveWrapper.getAxisUiScalarsCallback = getAxisScalarsCallback;
curveWrapper.setAxisUiScalarsCallback = setAxisScalarsCallback;
return(curveWrapper);
}
private CurveWrapper CreateCurveWrapper(SerializedProperty curve, int id, int regionId, Color color, bool signedRange, CurveWrapper.GetAxisScalarsCallback getAxisScalarsCallback, CurveWrapper.SetAxisScalarsCallback setAxisScalarsCallback)
{
float end = 1f;
CurveWrapper curveWrapper = new CurveWrapper();
curveWrapper.id = id;
curveWrapper.regionId = regionId;
curveWrapper.color = color;
curveWrapper.renderer = (CurveRenderer) new NormalCurveRenderer(curve.animationCurveValue);
curveWrapper.renderer.SetCustomRange(0.0f, end);
curveWrapper.vRangeMin = !signedRange ? 0.0f : -1f;
curveWrapper.getAxisUiScalarsCallback = getAxisScalarsCallback;
curveWrapper.setAxisUiScalarsCallback = setAxisScalarsCallback;
return(curveWrapper);
}
