public void SetOutputSizeEnumTest()
{
Substance.Game.Substance subs = SubstanceExtensionsTestData.Instance.TestSubstance;
SubstanceGraph graph = subs.graphs[0];
int cachedSize = graph.GetInputVector2Int(SubstanceGraphExtensions.OutputSizeParameter)[0];
SubstanceOutputSize newSize = cachedSize == 9 ? SubstanceOutputSize._1024 : SubstanceOutputSize._512;
Debug.Log(graph.GetGeneratedTextures()[0].width);
graph.SetOutputSize(newSize);
//NativeFunctions.cppProcessOutputQueue();
graph.QueueForRender();
Substance.Game.Substance.RenderSubstancesSync();
int width = graph.GetGeneratedTextures()[0].width;
Debug.Log(graph.GetGeneratedTextures()[0].width);
Assert.AreEqual(width, (newSize == SubstanceOutputSize._1024 ? 1024 : 512));
graph.SetOutputSize(cachedSize);
//NativeFunctions.cppProcessOutputQueue();
graph.QueueForRender();
Substance.Game.Substance.RenderSubstancesSync();
}
private void Update()
{
if (Input.GetKeyDown(randomizeKey))
{
graph.RandomizeSeed();
graph.QueueForRender();
}
if (Input.GetKeyDown(outputSizeKey))
{
graph.SetOutputSize(SubstanceOutputSize._1024);
graph.QueueForRender();
}
}
private void Update()
{
if (Input.GetKeyDown(randomizeKey))
{
graph.RandomizeSeed();
graph.QueueForRender();
}
if (Input.GetKeyDown(outputSizeKey))
{
graph.SetOutputSize(size);
graph.QueueForRender();
}
if (Input.GetKeyDown(renderKey))
{
Substance.Game.Substance.RenderSubstancesAsync();
}
}
public void AddScratches()
{
var scratches = graph.GetInputInt("Metal_Scratches_Amount");
scratches += (int)(scratchSpeed * Time.fixedDeltaTime);
graph.SetInputInt("Metal_Scratches_Amount", scratches);
graph.QueueForRender();
Substance.Game.Substance.RenderSubstancesAsync();
}
public void SetOutputSizeTest()
{
Substance.Game.Substance subs = SubstanceExtensionsTestData.Instance.TestSubstance;
SubstanceGraph graph = subs.graphs[0];
int cachedSize = graph.GetInputVector2Int(SubstanceGraphExtensions.OutputSizeParameter)[0];
int newSize = cachedSize == 9 ? 10 : 9;
graph.SetOutputSize(newSize);
graph.QueueForRender();
Substance.Game.Substance.RenderSubstancesSync();
int width = graph.GetGeneratedTextures()[0].width;
Debug.Log(string.Format("{0} | {1} | {2} - {3}", width, (newSize == 10 ? 1024 : 512), cachedSize, newSize));
Assert.AreEqual(width, (newSize == 10 ? 1024 : 512));
graph.SetOutputSize(cachedSize);
graph.QueueForRender();
Substance.Game.Substance.RenderSubstancesSync();
}
void Update()
{
if (substance == null)
{
GetMat();
Debug.LogWarning("No Graph");
return;
}
time += Time.smoothDeltaTime;
if (lava)
{
substance.SetInputFloat("flow_speed", flow);
}
substance.SetInputFloat("$time", time);
substance.QueueForRender();
}
public void generateNewCubemap()
{
//set the procedural material's properties if needed, before rendering
inputMaterial.SetInputFloat("$randomseed", Random.Range(0.0f, 10000.0f));
//have the procedural material render a new texture
inputMaterial.QueueForRender();
Substance.Game.Substance.RenderSubstancesAsync();
/* render the cubemap
* This takes the input material and renders it to a cubemap of the specified size.
*
* Remember, this is not increasing the resolution at which the procedural material is rendering the texture,
* that must be set in the procedural material itself. You will likely want the cubemap to be the same size
* or larger than the procedural material's size to retain all the quality.
*/
cubemap = CubemapGeneratorHelper.instance.generateCubemap(inputMaterial, CubemapGenerator.Sizes._512);
//set the skybox material to use the cubemap which was just rendered
skyboxMaterial.SetTexture("_Tex", cubemap);
}
private void Update()
{
if (!_right)
{
_value += Time.deltaTime / Velocity;
if (_value > 1)
{
_right = true;
}
}
else
{
_value -= Time.deltaTime / Velocity;
if (_value < 0)
{
_right = false;
}
}
WaterSubstance.SetInputFloat("disorder", _value);
WaterSubstance.QueueForRender();
}
private void OnRefreshClicked()
{
graph.QueueForRender();
Substance.Game.Substance.RenderSubstancesSync();
}