ZinoCore

Hello everyone, i'm Zino and i have a problem. I got this script from [DenR] (Thanks for that ) But here's the problem : It scrolls like a billboard, but it can only show one picture? Can someone please edit the script so i can make 2 pictures scroll over the billboard? Thanks already Client-side: local myShader local startTickCount addEventHandler( "onClientResourceStart", resourceRoot, function() myShader, tec = dxCreateShader ( "uv_scripted.fx" ) local myTexture = dxCreateTexture ( "images/env3.png" ) dxSetShaderValue ( myShader, "CUSTOMTEX0", myTexture ); if not myShader then outputChatBox( "Could not create shader. Please use debugscript 3" ) else engineApplyShaderToWorldTexture ( myShader, "bobo_2" ) startTickCount = getTickCount() addEventHandler( "onClientRender", root, updateUVs ) end end ) function updateUVs() if not isElement( myShader ) then return end local secondsElapsed = ( getTickCount() - startTickCount ) / 1000 local timeLooped = ( secondsElapsed / 2 ) % 6 local section = math.floor ( timeLooped ) local time = timeLooped % 1 + 3 local bScrollLeft = section == 0 or section == 3 or section == 4 or section == 6 local bWobbleRotate = section == 1 or section == 3 or section == 5 or section == 6 local bGoneAllZoomy = section == 2 or section == 4 or section == 5 or section == 6 local u,v = 0, 0 local angle = 0 local scale = 1 if bScrollLeft then u = time end if bWobbleRotate then end if bGoneAllZoomy then end dxSetShaderValue ( myShader, "gUVPosition", u,v ); dxSetShaderValue ( myShader, "gUVRotAngle", angle ); dxSetShaderValue ( myShader, "gUVScale", scale, scale ); end uv.scripted.fx: [lua]/ // Example shader - uv_scripted.fx // #include "include/tex_matrix.fx" /////////////////////////////////////////////////////////////////////////////// // Global variables /////////////////////////////////////////////////////////////////////////////// texture gOrigTexure0 : TEXTURE0; texture gCustomTex0 : CUSTOMTEX0; float2 gUVPrePosition = float2( 0, 0 ); float2 gUVScale = float( 1 ); // UV scale float2 gUVScaleCenter = float2( 0.5, 0.5 ); float gUVRotAngle = float( 0 ); // UV Rotation float2 gUVRotCenter = float2( 0.5, 0.5 ); float2 gUVPosition = float2( 0, 0 ); // UV position /////////////////////////////////////////////////////////////////////////////// // Functions /////////////////////////////////////////////////////////////////////////////// //------------------------------------------- // Returns UV transform using external settings //------------------------------------------- float3x3 getTextureTransform() { return makeTextureTransform( gUVPrePosition, gUVScale, gUVScaleCenter, gUVRotAngle, gUVRotCenter, gUVPosition ); } /////////////////////////////////////////////////////////////////////////////// // Techniques /////////////////////////////////////////////////////////////////////////////// technique hello { pass P0 { // Set the texture Texture[0] = gCustomTex0; // Use custom texture // Set the UV thingy TextureTransform[0] = getTextureTransform(); // Enable UV thingy TextureTransformFlags[0] = Count2; } } tex-matrix.fx: // // tex_matrix.fx // //------------------------------------------- // Returns a translation matrix //------------------------------------------- float3x3 makeTranslationMatrix ( float2 pos ) { return float3x3( 1, 0, 0, 0, 1, 0, pos.x, pos.y, 1 ); } //------------------------------------------- // Returns a rotation matrix //------------------------------------------- float3x3 makeRotationMatrix ( float angle ) { float s = sin(angle); float c = cos(angle); return float3x3( c, s, 0, -s, c, 0, 0, 0, 1 ); } //------------------------------------------- // Returns a scale matrix //------------------------------------------- float3x3 makeScaleMatrix ( float2 scale ) { return float3x3( scale.x, 0, 0, 0, scale.y, 0, 0, 0, 1 ); } //------------------------------------------- // Returns a combined matrix of doom //------------------------------------------- float3x3 makeTextureTransform ( float2 prePosition, float2 scale, float2 scaleCenter, float rotAngle, float2 rotCenter, float2 postPosition ) { float3x3 matPrePosition = makeTranslationMatrix( prePosition ); float3x3 matToScaleCen = makeTranslationMatrix( -scaleCenter ); float3x3 matScale = makeScaleMatrix( scale ); float3x3 matFromScaleCen = makeTranslationMatrix( scaleCenter ); float3x3 matToRotCen = makeTranslationMatrix( -rotCenter ); float3x3 matRot = makeRotationMatrix( rotAngle ); float3x3 matFromRotCen = makeTranslationMatrix( rotCenter ); float3x3 matPostPosition = makeTranslationMatrix( postPosition ); float3x3 result = mul( mul( mul( mul( mul( mul( mul( matPrePosition ,matToScaleCen) ,matScale) ,matFromScaleCen) ,matToRotCen) ,matRot) ,matFromRotCen) ,matPostPosition) ; return result; }