User:Chilokver

Chilo // Chil

#aThis user is an Atlasian

HCdis uesr speaks fluent huekode

dis uesr haz an pepprd ani.

dis uesr is a fan of dei kaen fluet man

This user is loyal to His Excellency, Idi Amin Dada!

Includes = { "constants.fxh" "terra_incognita.fxh" }

PixelShader = { Samplers = { Diffuse = { Index = 0; MagFilter = "Linear"; MinFilter = "Linear"; AddressU = "Wrap"; AddressV = "Wrap"; } BorderID = { Index = 1; MagFilter = "point"; MinFilter = "point"; MipFilter = "none"; AddressU = "Clamp"; AddressV = "Clamp"; } BorderSDF = { Index = 2 MagFilter = "linear" MinFilter = "linear" AddressU = "Clamp" AddressV = "Clamp" } TerraIncognitaTexture = { Index = 3; MagFilter = "Linear"; MinFilter = "Linear"; AddressU = "Clamp" AddressV = "Clamp" } } }

VertexStruct VS_INPUT { float2 vPosition : POSITION; float2 vUV : TEXCOORD0; };

VertexStruct VS_INPUT_STAR_PIN { float2 vOffset : POSITION; float vGroundStarBlend : TEXCOORD0; };

VertexStruct VS_OUTPUT_STAR_PIN { float4 vPosition : PDX_POSITION; float3 vPos : TEXCOORD0; };

VertexStruct VS_OUTPUT {

   float4 vPosition 	: PDX_POSITION;

float2 vUV : TEXCOORD0; float2 vPos : TEXCOORD2; };

VertexStruct VS_INPUT_SECTOR { float2 vPosition : POSITION; float vDistance : TEXCOORD0; };

VertexStruct VS_OUTPUT_SECTOR { float4 vPosition : PDX_POSITION; float2 vUV : TEXCOORD0; float vDistance : TEXCOORD1; };

ConstantBuffer( CountryBorders, 0, 0 ) #Country borders { float4x4 ViewProjectionMatrix; float3 vCamPos; float3 vCamLookAtDir; float3 vCamUpDir; float3 vCamRightDir; float2 vCamFOV; float vFade; float vTextureSize; };

ConstantBuffer( StarPins, 0, 0 ) #Star pins { float4x4 ViewProjectionMatrix; float3 StarPos; float3 GroundPos; float4 vStarPinColor; };

ConstantBuffer( SectorBorders, 0, 0 ) #Sector borders { float4x4 ViewProjectionMatrix; float3 vCamPos; float vCamZoom; float2 vBoundsMin; float2 vBoundsMax; }

ConstantBuffer( CountrySdfBorders, 0, 0 ) #SDF borders { float4x4 ViewProjectionMatrix; float3 vCamPos; float4 PrimaryColor; float4 SecondaryColor; float vSdfTime; float vBorderHighLight; }

VertexShader = { MainCode VertexShader ConstantBuffers = { CountryBorders } [[ VS_OUTPUT main(const VS_INPUT v ) { VS_OUTPUT Out; Out.vPosition = mul( ViewProjectionMatrix, float4( v.vPosition.x, 1.0f, v.vPosition.y, 1.0f ) ); // MOD 1.0f raises the borders Out.vUV = v.vUV; Out.vPos = v.vPosition.xy; return Out; }

]] MainCode VertexShaderStarPin ConstantBuffers = { StarPins } [[ VS_OUTPUT_STAR_PIN main( const VS_INPUT_STAR_PIN v ) { VS_OUTPUT_STAR_PIN Out; float3 vPos = lerp( GroundPos, StarPos, v.vGroundStarBlend ); vPos.xz += v.vOffset;

//float3 vPos = float3( v.vOffset.x, v.vGroundStarBlend * 100.f, v.vOffset.y ); //vPos += StarPos; Out.vPosition = mul( ViewProjectionMatrix, float4( vPos, 1.0f ) ); Out.vPos = vPos; return Out; } ]] MainCode VertexShaderSectorSdf ConstantBuffers = { SectorBorders } [[ VS_OUTPUT_SECTOR main(const VS_INPUT_SECTOR v ) { VS_OUTPUT_SECTOR Out; Out.vPosition = mul( ViewProjectionMatrix, float4( v.vPosition.x, 0.0f, v.vPosition.y, 1.0f ) ); Out.vUV = ( v.vPosition - vBoundsMin ) / ( vBoundsMax - vBoundsMin ); Out.vDistance = v.vDistance; return Out; }

]] }

PixelShader = { MainCode PixelShaderSDF ConstantBuffers = { CountrySdfBorders } [[ float4 main( VS_OUTPUT v ) : PDX_COLOR { float vDist = tex2D( BorderSDF, v.vUV ).a;

const float vMaxMidDistance = 0.53f; const float vMinMidDistance = 0.47f; clip( vMaxMidDistance - vDist );

float vCameraDistance = length( vCamPos - float3(v.vPos.x, 0.f, v.vPos.y ) ); float vCamDistFactor = saturate( vCameraDistance / 1600.0f );

float vMid = lerp( vMinMidDistance, vMaxMidDistance, vCamDistFactor );

float vEpsilon = 0.005f + vCamDistFactor * 0.005f; float vOffset = -0.000f; float vAlpha = smoothstep( vMid + vEpsilon, vMid - vEpsilon, vDist + vOffset );

float vAlphaMin = 0.1f + 0.5f * vCamDistFactor;

float vEdgeWidth = 0.025f + 0.35f * vCamDistFactor / 3.5; const float vEdgeSharpness = 100.0f; float vBlackBorderWidth = vEdgeWidth * 0.25f; const float vBlackBorderSharpness = 25.0f;

//vAlphaOuterEdge makes the outermost edge smoother float vAlphaOuterEdge = smoothstep( vMid + vEpsilon, vMid - vEpsilon, vDist + vOffset ); //vAlphaEdge is the saturated part at the outer edge float vAlphaEdge = saturate( (vDist-vMid + vEdgeWidth)*vEdgeSharpness ); //vAlphaFill is the soft gradient inside the blobs float vAlphaFill = max( vAlphaMin, saturate( vMid + (vDist-0.8f + vEdgeWidth*8.0f)*2.0f ) * 0.6f );

float4 vColor = vAlphaEdge * clamp( PrimaryColor, float4(0.2, 0.2, 0.2, 1.0), float4(0.9, 0.9, 0.9, 1.0)) * 1.9f + ( 1 - vAlphaEdge ) * SecondaryColor;

//Add a black edge that becomes more visible the further away from the camera it is vColor *= 1.0f - ( 0.25f * saturate( (vDist-vMid + vBlackBorderWidth)*vBlackBorderSharpness ) ); vColor[3] = saturate(vAlphaEdge + vAlphaFill) * vAlphaOuterEdge;

// Fade out based on Terra Incognita float2 vTIUV = ( v.vPos.xy + GALAXY_SIZE * 0.5f ) / GALAXY_SIZE; vColor.a *= tex2D( TerraIncognitaTexture, vTIUV ).a;

return vColor; }

]]

MainCode PixelShaderCentroid ConstantBuffers = { CountryBorders } [[ float4 main( VS_OUTPUT v ) : PDX_COLOR { float4 vColor = tex2D( Diffuse, float2( -v.vUV.x, v.vUV.y ) ); vColor.a *= vFade * 0.65f;

return vColor; }

]] MainCode PixelShaderStarPin ConstantBuffers = { StarPins } [[ float4 main( VS_OUTPUT_STAR_PIN v ) : PDX_COLOR { float4 vColor = vStarPinColor; vColor.a *= 0.2f;

vColor = ApplyTerraIncognita( vColor, v.vPos.xz, 4.f, TerraIncognitaTexture );

return saturate( vColor ); } ]] MainCode PixelShaderSectorSdf ConstantBuffers = { SectorBorders } [[ float4 main( VS_OUTPUT_SECTOR v ) : PDX_COLOR { float vDist = tex2D( BorderSDF, v.vUV ).a; float vDistance = min( v.vDistance/64.0f, 0.5f - vDist ); clip( vDistance - 0.0001f );

float vThickness = 0.005f + ( vCamZoom / 70000.f ) / 3.0f; float vInvThickness = 1.f / vThickness;

//1 - ( (x - 0.25) * 4 ) ^ 2 float vValue = 1.f - pow( ( vDistance - vThickness ) * vInvThickness, 2.f );

if( v.vDistance > vThickness ) { vValue = max( vValue, 0.1f ); } vValue = saturate( vValue );

float3 vColor = float3( 1.f, 1.f, 1.f ); return float4( vColor * vValue, vValue * 0.75f + 0.3f); } ]] }

BlendState BlendState { BlendEnable = yes AlphaTest = no SourceBlend = "SRC_ALPHA" DestBlend = "INV_SRC_ALPHA" WriteMask = "RED|GREEN|BLUE|ALPHA" }

BlendState BlendStateAdditiveBlend { BlendEnable = yes SourceBlend = "SRC_ALPHA" DestBlend = "ONE" WriteMask = "RED|GREEN|BLUE|ALPHA" }

DepthStencilState DepthStencilState { DepthEnable = no DepthWriteMask = "depth_write_zero" }

RasterizerState RasterizerState { FillMode = "FILL_SOLID" CullMode = "CULL_NONE" FrontCCW = no

#FillMode = "fill_wireframe" }

Effect BorderSDF { VertexShader = "VertexShader" PixelShader = "PixelShaderSDF" }

Effect BorderCentroid { VertexShader = "VertexShader" PixelShader = "PixelShaderCentroid" }

Effect StarPin { VertexShader = "VertexShaderStarPin" PixelShader = "PixelShaderStarPin"

BlendState = "BlendStateAdditiveBlend" }

Effect SectorSdf { VertexShader = "VertexShaderSectorSdf" PixelShader = "PixelShaderSectorSdf"

BlendState = "BlendStateAdditiveBlend" }