public void OnEnable()
{
//Debug.LogWarning("SkyEditor refreshed " + DateTime.Now);
//Debug.LogWarning("Version of the runtime: " + Application.unityVersion);
marmosetLogo = Resources.Load("marmosetLogo") as Texture2D;
skyshopLogo = Resources.Load("skyshopLogo") as Texture2D;
if (inSKY == null)
{
inSKY = mset.CubemapGUI.create(mset.CubemapGUI.Type.INPUT, false);
}
if (outSIM == null)
{
outSIM = mset.CubemapGUI.create(mset.CubemapGUI.Type.SIM, false);
}
if (outSKY == null)
{
outSKY = mset.CubemapGUI.create(mset.CubemapGUI.Type.SKY, false);
}
//link to input GUI (mostly for probe to send itself to input)
outSKY.inputGUI = inSKY;
outSIM.inputGUI = inSKY;
ps.init();
}
private static bool skyToGUI(ref Cubemap skyCube, ref bool skyHDR, mset.CubemapGUI cubeGUI, bool updatePreview)
{
bool dirty = false;
bool dirtyGUI = false;
//sky -> cubeGUI
dirtyGUI |= cubeGUI.HDR != skyHDR;
cubeGUI.HDR = skyHDR;
if (cubeGUI.cube != skyCube)
{
if (skyCube)
{
string path = AssetDatabase.GetAssetPath(skyCube);
cubeGUI.setReference(path, cubeGUI.mipmapped);
}
else
{
cubeGUI.clear();
}
//dirty = true;
}
if (dirtyGUI && updatePreview)
{
cubeGUI.updatePreview();
}
return(dirty);
}
private bool needsLinearSampling(mset.CubemapGUI cubegui)
{
if (cubegui.HDR)
{
return(!ps.gammaCompress); //non-gamma compression requires sRGB sampling bypassed
}
return(false);
}
//returns whether or not an output cubemap should be generated/encoded with a gamma-curve
private bool needsGamma(mset.CubemapGUI cubegui)
{
if (cubegui.HDR)
{
return(ps.gammaCompress); //toggle gamma curve by whether we want RGBM gamma compression on or off
}
return(true); //LDR data should always be saved as sRGB
}
private static bool GUIToSky(ref Cubemap skyCube, ref bool skyHDR, mset.CubemapGUI cubeGUI)
{
//cubeGUI -> sky
bool prevHDR = cubeGUI.HDR;
Cubemap prevCube = cubeGUI.cube;
cubeGUI.drawGUI();
skyCube = cubeGUI.cube;
skyHDR = cubeGUI.HDR;
bool dirty = false;
//return true if the cubeGUI gui changed any parameters
dirty |= prevHDR != cubeGUI.HDR;
dirty |= prevCube != cubeGUI.cube;
return(dirty);
}
private static bool GUIToSky(ref Texture skyCube, ref bool skyHDR, mset.SHEncoding skySH, mset.CubemapGUI cubeGUI)
{
//cubeGUI -> sky
bool prevHDR = cubeGUI.HDR;
Texture prevInput = cubeGUI.input;
cubeGUI.drawGUI();
skyCube = cubeGUI.input;
skyHDR = cubeGUI.HDR;
bool dirty = false;
//copy spherical harmonics if they've changed
if (cubeGUI.computeSH)
{
if (skySH != null)
{
if (cubeGUI.SH == null)
{
skySH.clearToBlack();
dirty = true;
}
else if (!skySH.equals(cubeGUI.SH))
{
skySH.copyFrom(cubeGUI.SH);
dirty = true;
}
skySH.copyToBuffer();
}
}
//return true if the cubeGUI gui changed any parameters
dirty |= prevHDR != cubeGUI.HDR;
dirty |= prevInput != cubeGUI.input;
return(dirty);
}
private static bool skyToGUI(Texture skyCube, bool skyHDR, mset.SHEncoding skySH, mset.CubemapGUI cubeGUI, string skyName, bool updatePreview)
{
bool dirty = false;
bool dirtyGUI = false;
//sky -> cubeGUI
dirtyGUI |= cubeGUI.HDR != skyHDR;
cubeGUI.HDR = skyHDR;
cubeGUI.skyName = skyName;
RenderTexture RT = skyCube as RenderTexture;
if (cubeGUI.input != skyCube)
{
if (RT)
{
cubeGUI.setReference(RT, RT.useMipMap);
}
else if (skyCube)
{
string path = AssetDatabase.GetAssetPath(skyCube);
cubeGUI.setReference(path, cubeGUI.mipmapped);
}
else
{
cubeGUI.clear();
}
//dirty = true;
}
if (RT && skySH != null)
{
if (cubeGUI.SH != null && !skySH.equals(cubeGUI.SH))
{
cubeGUI.SH.copyFrom(skySH);
cubeGUI.SH.copyToBuffer();
//dirty = true;
}
}
if (dirtyGUI && updatePreview)
{
cubeGUI.updatePreview();
}
return(dirty);
}
public void OnEnable()
{
//Debug.LogWarning("SkyEditor refreshed " + DateTime.Now);
//Debug.LogWarning("Version of the runtime: " + Application.unityVersion);
marmosetLogo = Resources.Load("marmosetLogo") as Texture2D;
skyshopLogo = Resources.Load("skyshopLogo") as Texture2D;
if (inSKY == null) inSKY = mset.CubemapGUI.create(mset.CubemapGUI.Type.INPUT, false);
if (outSIM == null) outSIM = mset.CubemapGUI.create(mset.CubemapGUI.Type.SIM, false);
if (outDIM == null) outDIM = mset.CubemapGUI.create(mset.CubemapGUI.Type.DIM, false);
if (outSKY == null) outSKY = mset.CubemapGUI.create(mset.CubemapGUI.Type.SKY, false);
//link to input GUI (mostly for probe to send itself to input)
outSKY.inputGUI = inSKY;
outDIM.inputGUI = inSKY;
outSIM.inputGUI = inSKY;
outSKY.reloadReference();
outDIM.reloadReference();
outSIM.reloadReference();
inSKY.updateBuffers();
inSKY.updatePreview();
/*
outSKY.updateBuffers();
outDIM.updateBuffers();
outSIM.updateBuffers();
outSKY.updatePreview();
outDIM.updatePreview();
outSIM.updatePreview();
*/
ps.init();
}
public void OnEnable()
{
//Debug.LogWarning("SkyEditor refreshed " + DateTime.Now);
//Debug.LogWarning("Version of the runtime: " + Application.unityVersion);
marmosetLogo = Resources.Load("marmosetLogo") as Texture2D;
skyshopLogo = Resources.Load("skyshopLogo") as Texture2D;
inSKY = new mset.CubemapGUI(mset.CubemapGUI.Type.INPUT,false);
outSKY = new mset.CubemapGUI(mset.CubemapGUI.Type.SKY,false);
outDIM = new mset.CubemapGUI(mset.CubemapGUI.Type.DIM,false);
outSIM = new mset.CubemapGUI(mset.CubemapGUI.Type.SIM,false);
//link to input GUI (mostly for probe to send itself to input)
outSKY.inputGUI = inSKY;
outDIM.inputGUI = inSKY;
outSIM.inputGUI = inSKY;
inSKY.allowTexture = true;
ps.init();
}
private bool updateCube(ref Cubemap skyCube, ref bool skyHDR, CubemapGUI cubeGUI)
{
bool dirty = false;
bool dirtyGUI = false;
//sky -> cubeGUI
dirtyGUI |= cubeGUI.HDR != skyHDR;
cubeGUI.HDR = skyHDR;
if(cubeGUI.cube != skyCube) {
if(skyCube) {
string path = AssetDatabase.GetAssetPath(skyCube);
cubeGUI.setReference(path, cubeGUI.mipmapped);
} else {
cubeGUI.clear();
}
//dirty = true;
}
if( dirtyGUI ) {
cubeGUI.updatePreview();
}
//cubeGUI -> sky
bool prevHDR = cubeGUI.HDR;
Cubemap prevCube = cubeGUI.cube;
cubeGUI.drawGUI();
skyCube = cubeGUI.cube;
skyHDR = cubeGUI.HDR;
//return true if the cubeGUI gui changed any parameters
dirty |= prevHDR != cubeGUI.HDR;
dirty |= prevCube != cubeGUI.cube;
return dirty;
}
