Pass

Type	Name	Interface Description
Variables	depthTest: boolean	Depth Test Switch

Example

mainPass.depthTest = false;

Use Case

@customNode()
export class Use Case_Pass_depthTest extends BasicScriptNode{
  
  @input()
  sceneObject: APJS.SceneObject;

  @input()
  depthTest: boolean = false;

  execute() {

    const renderer = this.sceneObject.getComponent('MeshRenderer') as APJS.MeshRenderer;
    if (!renderer)
      return;
    const material = renderer.mainMaterial;
    if (!material)
      return;
    const mainPass = material.mainPass
    mainPass.depthTest = this.depthTest;
  }
}

Type	Name	Interface Description
Variables	depthWrite: boolean	Depth Write Switch

Example

mainPass.depthWrite = false;

Use Case

@customNode()
export class Use Case_Pass_depthWrite extends BasicScriptNode{
  
  @input()
  sceneObject: APJS.SceneObject;

  @input()
  depthWrite: boolean = false;

  execute() {

    const renderer = this.sceneObject.getComponent('MeshRenderer') as APJS.MeshRenderer;
    if (!renderer)
      return;
    const material = renderer.mainMaterial;
    if (!material)
      return;
    const mainPass = material.mainPass
    mainPass.depthWrite = this.depthWrite;
  }
}

Type	Name	Interface Description
Variables	depthFunction: DepthFunction	Depth Test Function

Example

mainPass.depthFunction = APJS.DepthFunction.Greater;

Use Case

@customNode()
export class Use Case_Pass_depthTest extends BasicScriptNode{
  
  @input()
  sceneObject: APJS.SceneObject;

  execute() {

    const renderer = this.sceneObject.getComponent('MeshRenderer') as APJS.MeshRenderer;
    if (!renderer)
      return;
    const material = renderer.mainMaterial;
    if (!material)
      return;
    const mainPass = material.mainPass
    mainPass.depthFunction = APJS.DepthFunction.Greater;
  }
}

Type	Name	Interface Description
Variables	colorMask: ColorMask	Color Mask

Example

let mask = 0;
mask |= APJS.ColorMask.R;
mask |= APJS.ColorMask.G;
mask |= APJS.ColorMask.B;
mask |= APJS.ColorMask.A;
mainPass.colorMask = mask;

Use Case

@customNode()
export class Use Case_Pass_colorMask extends BasicScriptNode{
  
  @input()
  sceneObject: APJS.SceneObject;

  @input()
  R: boolean = true;

  @input()
  G: boolean = true;

  @input()
  B: boolean = true;

  @input()
  A: boolean = true;

  execute() {

    const renderer = this.sceneObject.getComponent('MeshRenderer') as APJS.MeshRenderer;
    if (!renderer)
      return;
    const material = renderer.mainMaterial;
    if (!material)
      return;
    const mainPass = material.mainPass
    
    let mask = 0;
    if (this.R)
      mask |= APJS.ColorMask.R;
    if (this.G)
      mask |= APJS.ColorMask.G;
    if (this.B)
      mask |= APJS.ColorMask.B;
    if (this.A)
      mask |= APJS.ColorMask.A;
    mainPass.colorMask = mask;
  }
}

Type	Name	Interface Description
Variables	cullMode: CullMode	Face Culling Mode

Example

mainPass.cullMode = APJS.CullMode.Back;

Use Case

@customNode()
export class Use Case_Pass_cullMode extends BasicScriptNode{
  
  @input()
  sceneObject: APJS.SceneObject;

  @input()
  back: boolean = true;

  execute() {

    const renderer = this.sceneObject.getComponent('MeshRenderer') as APJS.MeshRenderer;
    if (!renderer)
      return;
    const material = renderer.mainMaterial;
    if (!material)
      return;
    const mainPass = material.mainPass

    if (this.back)
      mainPass.cullMode = APJS.CullMode.Back;
    else
      mainPass.cullMode = APJS.CullMode.Front;
  }
}

Type	Name	Interface Description
Variables	stencilState: StencilState	Template Test

Example

mainPass.stencilState.enable = true;
mainPass.stencilState.failOperation = APJS.StencilOperation.Keep;  mainPass.stencilState.passOperation = APJS.StencilOperation.Replace;
mainPass.stencilState.compareFunction = APJS.StencilFunction.Always;
mainPass.stencilState.writeMask = 42;
mainPass.stencilState.referenceValue = 42;

Use Case

@customNode()
export class Use Case_Pass_stencilSetup extends BasicScriptNode{
  
  @input()
  window: APJS.SceneObject;

  @input()
  objects: APJS.SceneObject[];

  execute() {
    this.setup1();
    this.setup2();
  }
  
  setup1() {
    const renderer = this.window.getComponent('MeshRenderer') as APJS.MeshRenderer;
    if (!renderer)
      return;
    const material = renderer.mainMaterial;
    if (!material)
      return;
    const mainPass = material.mainPass

    material.renderQueue = 1;
    mainPass.stencilState.enable = true;
    mainPass.stencilState.failOperation = APJS.StencilOperation.Keep;
    mainPass.stencilState.passOperation = APJS.StencilOperation.Replace;
    mainPass.stencilState.compareFunction = APJS.StencilFunction.Always;
    mainPass.stencilState.writeMask = 42;
    mainPass.stencilState.referenceValue = 42;
  }

  setup2() {
    for(let i = 0; i < this.objects.length; i++) {
      const obj = this.objects[i];
      const renderer = obj.getComponent('MeshRenderer') as APJS.MeshRenderer;
      if (!renderer)
        return;
      const material = renderer.mainMaterial;
      if (!material)
        return;
      const mainPass = material.mainPass

      mainPass.stencilState.enable = true;
      mainPass.stencilState.failOperation = APJS.StencilOperation.Keep;
      mainPass.stencilState.passOperation = APJS.StencilOperation.Keep;
      mainPass.stencilState.compareFunction = APJS.StencilFunction.Equal;
      mainPass.stencilState.referenceValue = 42;
    }
  }
}