ACTION lightobject

{

	MY.passable=ON;

	MY.shadow=OFF;

	my.flare=off;

	my.transparent=off;

	my.invisible=on;

	my.enable_detect=on;

	my.event=light_data;



	my.skill100=lighttimer;

	lighttimer+=1;



   if my.skill4==6666 //is a projector

   {

   	wait(my.skill100);

   	

		light_view_matrix();



			while(1)

			{



				temp.pan = 360;

				temp.tilt = 360;

				temp.z = 220;	

				indicator=NULL;

				scan_entity(my.x,temp);

				wait(1);

			}

	}

	)

  

 var tempmatrix[16];



function light_view_matrix()

{



	//temporary matrix to store view matrix

	vec_set(camera.x,my.x);

	vec_set(camera.pan,my.pan);



	wait(1);



	mat_set(tempmatrix,matView);



	my.skill80=tempmatrix[0];

	my.skill81=tempmatrix[1];

	my.skill82=tempmatrix[2];

	my.skill83=tempmatrix[3];

	

	my.skill84=tempmatrix[4];

	my.skill85=tempmatrix[5];

	my.skill86=tempmatrix[6];

	my.skill87=tempmatrix[7];

	

	my.skill88=tempmatrix[8];

	my.skill89=tempmatrix[9];

	my.skill90=tempmatrix[10];

	my.skill91=tempmatrix[11];

	

	my.skill92=tempmatrix[12];

	my.skill93=tempmatrix[13];

	my.skill94=tempmatrix[14];

	my.skill95=tempmatrix[15];



} 

 function light_data()

{



if event_type==event_detect && my.skill4 == 6666 //projector

{

	

		your.material=mat_projection;

		//you.skill100=6666;

		//texture projection matrix

		you.skill80=my.skill80; 

		you.skill81=my.skill81;

		you.skill82=my.skill82;

		you.skill83=my.skill83;

		

		you.skill84=my.skill84;

		you.skill85=my.skill85;

		you.skill86=my.skill86;

		you.skill87=my.skill87;

		

		you.skill88=my.skill88;

		you.skill89=my.skill89;

		you.skill90=my.skill90;

		you.skill91=my.skill91;

		

		you.skill92=my.skill92;

		you.skill93=my.skill93;

		you.skill94=my.skill94;

		you.skill95=my.skill95;



	//	return;

}	

	

} 

var matTexProj[16];



function mat_projection_init()

{



	mtl.enable_render=on;

 	

 	//set up the texture projection matrix	

 	

 	matTexProj[0]=my.skill80;

 	matTexProj[1]=my.skill81;

 	matTexProj[2]=my.skill82;

 	matTexProj[3]=my.skill83;

 	

 	matTexProj[4]=my.skill84;

 	matTexProj[5]=my.skill85;

 	matTexProj[6]=my.skill86;

 	matTexProj[7]=my.skill87;

 	

 	matTexProj[8]=my.skill88;

 	matTexProj[9]=my.skill89;

 	matTexProj[10]=my.skill90;

 	matTexProj[11]=my.skill91;

 	

 	matTexProj[12]=my.skill92;

 	matTexProj[13]=my.skill93;

 	matTexProj[14]=my.skill94;

 	matTexProj[15]=my.skill95;

 

	mat_set(mtl.matrix,matWorld);

	mat_multiply(mtl.matrix,matTexProj);

	

}  

 

material mat_projection

{



	skin1 = projectiontex;



	event = mat_projection_init; 



	flags = tangent;

	effect =

	"



		texture mtlSkin1;		//projector

		texture entSkin1;    //colormap 

                matrix matWorldViewProj; 

		//matrix matWorld;

		matrix matMtl;



		technique projector

		{

			

				pass p0 //projector

		{

			

			//load matrices

			VertexShaderConstant[0] = <matWorld>; 	//World Matrix

			VertexShaderConstant[8] = <matWorldViewProj>;	//World*View*Proj Matrix

			VertexShaderConstant[95] = <matMtl>;	



			

			//range constant

			VertexShaderConstant[33] = (0.01f, 0.5f, 0.05f, 0.0f);

			

			Texture[0]  = <mtlSkin1>; //projection tex

		        Texture[1]  = <entSkin1>; //projection tex

			

			AddressU[0] = Clamp;  // don't wrap around edges

			AddressV[0] = Clamp;

			AddressU[1] = Clamp;  // don't wrap around edges

			AddressV[1] = Clamp;

			

			zWriteEnable=true; // enables writing to the z-buffer

			//AlphaBlendEnable=true; // disables alpha blending 

			//srcblend=destcolor;

			//destblend=one;

	

			

			VertexShader=

			decl

			{

				stream 0;

				float v0[3]; //position		

				float v3[3]; //normal

				float v7[3]; //uv

				float v8[3]; //tangent

			}

			asm

			{

				vs.1.1

				

				; position in clip space

				m4x4 oPos, v0, c8

				

				; position in texture projection space

				m4x4 r10,v0,c95

	

				; Divide each component by the range value

				mul r10, r10, c33.x

					

				; multiply with 0.5 and add 0.5

				mad r10, r10, c33.yyyy, c33.yyyy

					

				; map the x and y components into the first texture

				mov oT0.xy, r10.xy

					

				mov oT1.xy, v7.xy;  color 

				

			};

			

			PixelShader= 

			asm

			{

				

				ps.1.1



				tex t0 

                                tex t1



				mov r0,t0 

				mul r0,r0,t1



			};

		}



		}

	";

} 

Quote:

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can someone explain me what a texture projector is? i have no clue

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Quote:

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Does this work with dynamic lights(according to the link it can only be used with them..at least in that engine)? Can the projected texture move around? Say I have a grate and a torch is on one side and projecting a grate shadow texture on the wall. Can I make the projector texture flicker/strobe like it's being affected by the torch?

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