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GNU GENERAL PUBLIC LICENSE
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README.md Normal file
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![logo](Logo_Small.png)
Various fancy shaders for GZDoom.
Included:
- Film Grain.
- Screen Dirt.
- Color Grading suite.
- BlurSharpShift.
- Vignette.
- Color Matrix.
- Hue-Saturation.

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cvarinfo.txt Normal file
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user bool mfx_ne = true;
user float mfx_ni = 0.05;
user bool mfx_dirtenable = false;
user float mfx_dirtcfactor = 0.1;
user float mfx_dirtmc = 3.0;
user bool mfx_gradeenable = true;
user float mfx_grademul_r = 1.0;
user float mfx_grademul_g = 1.0;
user float mfx_grademul_b = 1.0;
user float mfx_gradepow_r = 1.0;
user float mfx_gradepow_g = 1.0;
user float mfx_gradepow_b = 1.0;
user float mfx_gradecol_r = 1.0;
user float mfx_gradecol_g = 1.0;
user float mfx_gradecol_b = 1.0;
user float mfx_gradecolfact = 0.0;
user float mfx_gradesatmul = 1.0;
user float mfx_gradesatpow = 1.0;
user float mfx_gradevalmul = 1.0;
user float mfx_gradevalpow = 1.0;
user bool mfx_cmatenable = false;
user float mfx_cmat_rr = 1.0;
user float mfx_cmat_rg = 0.0;
user float mfx_cmat_rb = 0.0;
user float mfx_cmat_gr = 0.0;
user float mfx_cmat_gg = 1.0;
user float mfx_cmat_gb = 0.0;
user float mfx_cmat_br = 0.0;
user float mfx_cmat_bg = 0.0;
user float mfx_cmat_bb = 1.0;
user bool mfx_hsenable = false;
user float mfx_hsover = 0.0;
user float mfx_hshue_a = 0.0;
user float mfx_hssat_a = 0.0;
user float mfx_hsval_a = 0.0;
user float mfx_hshue_r = 0.0;
user float mfx_hssat_r = 0.0;
user float mfx_hsval_r = 0.0;
user float mfx_hshue_y = 0.0;
user float mfx_hssat_y = 0.0;
user float mfx_hsval_y = 0.0;
user float mfx_hshue_g = 0.0;
user float mfx_hssat_g = 0.0;
user float mfx_hsval_g = 0.0;
user float mfx_hshue_c = 0.0;
user float mfx_hssat_c = 0.0;
user float mfx_hsval_c = 0.0;
user float mfx_hshue_b = 0.0;
user float mfx_hssat_b = 0.0;
user float mfx_hsval_b = 0.0;
user float mfx_hshue_m = 0.0;
user float mfx_hssat_m = 0.0;
user float mfx_hsval_m = 0.0;
user bool mfx_bssblurenable = false;
user float mfx_bssblurradius = 0.25;
user bool mfx_bsssharpenable = false;
user float mfx_bsssharpradius = 1.0;
user float mfx_bsssharpamount = 3.0;
user bool mfx_bssshiftenable = false;
user float mfx_bssshiftradius = 0.75;
user bool mfx_bblurenable = false;
user float mfx_bblurpow = 1.0;
user float mfx_bblurmul = 1.0;
user float mfx_bblurbump = 0.0;
user float mfx_bblurradius = 1.0;
user bool mfx_vigenable = false;
user float mfx_vigcolor_r = -1.0;
user float mfx_vigcolor_g = -1.0;
user float mfx_vigcolor_b = -1.0;
user float mfx_vigpow = 1.0;
user float mfx_vigmul = 1.0;
user float mfx_vigbump = 0.0;

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gldefs.txt Normal file
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HardwareShader postprocess scene
{
Name "mfx_grading"
Shader "shaders/glsl/mfx_grading.fp" 330
Uniform vec3 grademul
Uniform vec3 gradepow
Uniform vec3 gradecol
Uniform float gradecolfact
Uniform float gradesatmul
Uniform float gradesatpow
Uniform float gradevalmul
Uniform float gradevalpow
}
HardwareShader postprocess scene
{
Name "mfx_colormatrix"
Shader "shaders/glsl/mfx_colormatrix.fp" 330
Uniform vec3 redrow
Uniform vec3 greenrow
Uniform vec3 bluerow
}
HardwareShader postprocess scene
{
Name "mfx_huesaturation"
Shader "shaders/glsl/mfx_huesaturation.fp" 330
Uniform float hsover
Uniform float hshue_a
Uniform float hssat_a
Uniform float hsval_a
Uniform float hshue_r
Uniform float hssat_r
Uniform float hsval_r
Uniform float hshue_y
Uniform float hssat_y
Uniform float hsval_y
Uniform float hshue_g
Uniform float hssat_g
Uniform float hsval_g
Uniform float hshue_c
Uniform float hssat_c
Uniform float hsval_c
Uniform float hshue_b
Uniform float hssat_b
Uniform float hsval_b
Uniform float hshue_m
Uniform float hssat_m
Uniform float hsval_m
}
HardwareShader postprocess scene
{
Name "mfx_borderblur"
Shader "shaders/glsl/mfx_borderblur.fp" 330
Uniform float bblurpow
Uniform float bblurmul
Uniform float bblurbump
Uniform float bblurradius
}
HardwareShader postprocess scene
{
Name "mfx_grain"
Shader "shaders/glsl/mfx_grain.fp" 330
Uniform float Timer
Uniform float ni
Texture NoiseTexture "textures/mfxnoise.png"
}
HardwareShader postprocess scene
{
Name "mfx_dirt"
Shader "shaders/glsl/mfx_dirt.fp" 330
Uniform float dirtcfactor
Uniform float dirtmc
Texture NoiseTexture "textures/mfxnoise.png"
}
HardwareShader postprocess scene
{
Name "mfx_bss_blur"
Shader "shaders/glsl/mfx_bss_blur.fp" 330
Uniform float bssblurradius
}
HardwareShader postprocess scene
{
Name "mfx_bss_sharp"
Shader "shaders/glsl/mfx_bss_sharp.fp" 330
Uniform float bsssharpradius
Uniform float bsssharpamount
}
HardwareShader postprocess scene
{
Name "mfx_bss_shift"
Shader "shaders/glsl/mfx_bss_shift.fp" 330
Uniform float bssshiftradius
}
HardwareShader postprocess scene
{
Name "mfx_vignette"
Shader "shaders/glsl/mfx_vignette.fp" 330
Uniform vec3 vigcolor
Uniform float vigpow
Uniform float vigmul
Uniform float vigbump
}

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menudef.txt Normal file
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AddOptionMenu "OptionsMenu"
{
StaticText " "
SubMenu "MariFX Options", "MFXOptionsMenu"
}
OptionMenu "MFXOptionsMenu"
{
Title "MariFX Options"
StaticText " "
StaticText "Film Grain", "Gold"
StaticText " "
Option "Enable", "mfx_ne", "YesNo"
Slider "Grain Intensity", "mfx_ni", 0, 1, 0.01, 2
Command "Reset to Default", "event resetmfxvars 0"
StaticText " "
StaticText "Screen Dirt", "Gold"
StaticText " "
Option "Enable", "mfx_dirtenable", "YesNo"
Slider "Dirt Scale", "mfx_dirtmc", 1, 8, 1, 0
Slider "Dirt Intensity", "mfx_dirtcfactor", 0, 1, 0.01, 2
Command "Reset to Default", "event resetmfxvars 1"
StaticText " "
StaticText "Color Grading", "Gold"
StaticText " "
Option "Enable", "mfx_gradeenable", "YesNo"
Slider "Red Intensity", "mfx_grademul_r", 0, 2, 0.01, 2
Slider "Green Intensity", "mfx_grademul_g", 0, 2, 0.01, 2
Slider "Blue Intensity", "mfx_grademul_b", 0, 2, 0.01, 2
Slider "Red Gamma", "mfx_gradepow_r", 0, 2, 0.01, 2
Slider "Green Gamma", "mfx_gradepow_g", 0, 2, 0.01, 2
Slider "Blue Gamma", "mfx_gradepow_b", 0, 2, 0.01, 2
Slider "Red Tint", "mfx_gradecol_r", -1, 1, 0.01, 2
Slider "Green Tint", "mfx_gradecol_g", -1, 1, 0.01, 2
Slider "Blue Tint", "mfx_gradecol_b", -1, 1, 0.01, 2
Slider "Tint Factor", "mfx_gradecolfact", -1, 1, 0.01, 2
Slider "Saturation Intensity", "mfx_gradesatmul", 0, 2, 0.01, 2
Slider "Saturation Gamma", "mfx_gradesatpow", 0, 2, 0.01, 2
Slider "Value Intensity", "mfx_gradevalmul", 0, 2, 0.01, 2
Slider "Value Gamma", "mfx_gradevalpow", 0, 2, 0.01, 2
Command "Reset to Default", "event resetmfxvars 2"
StaticText " "
StaticText "Color Matrix", "Gold"
StaticText " "
Option "Enable", "mfx_cmatenable", "YesNo"
Slider "Red->Red", "mfx_cmat_rr", -2, 2, 0.01, 2
Slider "Red->Green", "mfx_cmat_rg", -2, 2, 0.01, 2
Slider "Red->Blue", "mfx_cmat_rb", -2, 2, 0.01, 2
Slider "Green->Red", "mfx_cmat_gr", -2, 2, 0.01, 2
Slider "Green->Green", "mfx_cmat_gg", -2, 2, 0.01, 2
Slider "Green->Blue", "mfx_cmat_gb", -2, 2, 0.01, 2
Slider "Blue->Red", "mfx_cmat_br", -2, 2, 0.01, 2
Slider "Blue->Green", "mfx_cmat_bg", -2, 2, 0.01, 2
Slider "Blue->Blue", "mfx_cmat_bb", -2, 2, 0.01, 2
Command "Reset to Default", "event resetmfxvars 3"
StaticText " "
StaticText "Hue-Saturation", "Gold"
StaticText " "
Option "Enable", "mfx_hsenable", "YesNo"
Slider "Overlap", "mfx_hsover", 0, 0.5, 0.01, 2
Slider "Master Hue", "mfx_hshue_a", -1, 1, 0.01, 2
Slider "Master Saturation", "mfx_hssat_a", -1, 1, 0.01, 2
Slider "Master Value", "mfx_hsval_a", -1, 1, 0.01, 2
Slider "Red Hue", "mfx_hshue_r", -1, 1, 0.01, 2
Slider "Red Saturation", "mfx_hssat_r", -1, 1, 0.01, 2
Slider "Red Value", "mfx_hsval_r", -1, 1, 0.01, 2
Slider "Yellow Hue", "mfx_hshue_y", -1, 1, 0.01, 2
Slider "Yellow Saturation", "mfx_hssat_y", -1, 1, 0.01, 2
Slider "Yellow Value", "mfx_hsval_y", -1, 1, 0.01, 2
Slider "Green Hue", "mfx_hshue_g", -1, 1, 0.01, 2
Slider "Green Saturation", "mfx_hssat_g", -1, 1, 0.01, 2
Slider "Green Value", "mfx_hsval_g", -1, 1, 0.01, 2
Slider "Cyan Hue", "mfx_hshue_c", -1, 1, 0.01, 2
Slider "Cyan Saturation", "mfx_hssat_c", -1, 1, 0.01, 2
Slider "Cyan Value", "mfx_hsval_c", -1, 1, 0.01, 2
Slider "Blue Hue", "mfx_hshue_b", -1, 1, 0.01, 2
Slider "Blue Saturation", "mfx_hssat_b", -1, 1, 0.01, 2
Slider "Blue Value", "mfx_hsval_b", -1, 1, 0.01, 2
Slider "Magenta Hue", "mfx_hshue_m", -1, 1, 0.01, 2
Slider "Magenta Saturation", "mfx_hssat_m", -1, 1, 0.01, 2
Slider "Magenta Value", "mfx_hsval_m", -1, 1, 0.01, 2
Command "Reset to Default", "event resetmfxvars 4"
StaticText " "
StaticText "BlurSharpShift", "Gold"
StaticText " "
StaticText "(Some pretentious schmucks", "Brown"
StaticText "claim this \"enhances\" the visuals)", "Brown"
StaticText " "
Option "Blur Enable", "mfx_bssblurenable", "YesNo"
Slider "Blur Radius", "mfx_bssblurradius", 0, 1, 0.05, 2
Option "Sharp Enable", "mfx_bsssharpenable", "YesNo"
Slider "Sharp Radius", "mfx_bsssharpradius", 0, 1, 0.05, 2
Slider "Sharp Amount", "mfx_bsssharpamount", 0, 8, 0.1, 1
Option "Shift Enable", "mfx_bssshiftenable", "YesNo"
Slider "Shift Radius", "mfx_bssshiftradius", 0, 1, 0.05, 2
Command "Reset to Default", "event resetmfxvars 5"
StaticText " "
StaticText "Border Blur", "Gold"
StaticText " "
Option "Enable", "mfx_bblurenable", "YesNo"
Slider "Blur Gamma", "mfx_bblurpow", 0, 4, 0.01, 2
Slider "Blur Intensity", "mfx_bblurmul", 0, 2, 0.01, 2
Slider "Blur Offset", "mfx_bblurbump", -1, 1, 0.01, 2
Slider "Blur Radius", "mfx_bblurradius", 0, 4, 0.01, 2
Command "Reset to Default", "event resetmfxvars 6"
StaticText " "
StaticText "Vignette", "Gold"
StaticText " "
Option "Enable", "mfx_vigenable", "YesNo"
Slider "Vignette Red", "mfx_vigcolor_r", -1, 1, 0.01, 2
Slider "Vignette Green", "mfx_vigcolor_g", -1, 1, 0.01, 2
Slider "Vignette Blue", "mfx_vigcolor_b", -1, 1, 0.01, 2
Slider "Vignette Gamma", "mfx_vigpow", 0, 4, 0.01, 2
Slider "Vignette Intensity", "mfx_vigmul", 0, 2, 0.01, 2
Slider "Vignette Offset", "mfx_vigbump", -1, 1, 0.01, 2
Command "Reset to Default", "event resetmfxvars 7"
}

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void main()
{
float gauss4[4] = { 0.270682, 0.216745, 0.111281, 0.036633 };
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
vec2 bresl = textureSize(InputTexture,0);
vec2 uv = ((coord-0.5)*vec2(1.0,bresl.y/bresl.x))*2.0;
float bfact = clamp(pow(dot(uv,uv),bblurpow)*bblurmul+bblurbump,0.0,1.0);
vec2 bof = (1.0/bresl)*bblurradius*bfact;
res.rgb *= 0;
int i,j;
for ( i=-3; i<4; i++ ) for ( j=-3; j<4; j++ )
res.rgb += gauss4[abs(i)]*gauss4[abs(j)]*texture(InputTexture,coord+vec2(i,j)*bof).rgb;
FragColor = res;
}

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void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
vec2 ofs[16] =
{
vec2(1.0,1.0), vec2(-1.0,-1.0),
vec2(-1.0,1.0), vec2(1.0,-1.0),
vec2(1.0,0.0), vec2(-1.0,0.0),
vec2(0.0,1.0), vec2(0.0,-1.0),
vec2(1.41,0.0), vec2(-1.41,0.0),
vec2(0.0,1.41), vec2(0.0,-1.41),
vec2(1.41,1.41), vec2(-1.41,-1.41),
vec2(-1.41,1.41), vec2(1.41,-1.41)
};
vec2 bresl = textureSize(InputTexture,0);
vec2 bof = (1.0/bresl)*bssblurradius;
for ( int i=0; i<16; i++ ) res.rgb += texture(InputTexture,coord+ofs[i]*bof).rgb;
res.rgb /= 17.0;
FragColor = res;
}

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void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
vec2 ofs[8] =
{
vec2(1.0,1.0), vec2(-1.0,-1.0),
vec2(-1.0,1.0), vec2(1.0,-1.0),
vec2(1.41,1.41), vec2(-1.41,-1.41),
vec2(-1.41,1.41), vec2(1.41,-1.41)
};
vec2 bresl = textureSize(InputTexture,0);
vec2 bof = (1.0/bresl)*bsssharpradius;
vec4 tcol = res;
int i;
for ( i=0; i<8; i++ ) tcol += texture(InputTexture,coord+ofs[i]*bof);
tcol /= 9.0;
vec4 orig = res;
res = orig*(1.0+dot(orig.rgb-tcol.rgb,vec3(0.333333))*bsssharpamount);
float rg = clamp(pow(orig.b,3.0),0.0,1.0);
res = mix(res,orig,rg);
FragColor = res;
}

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shaders/glsl/mfx_bss_shift.fp Normal file
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void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
vec2 bresl = textureSize(InputTexture,0);
vec2 bof = (1.0/bresl)*bssshiftradius;
res.g = texture(InputTexture,coord).g;
res.r = texture(InputTexture,coord+vec2(0,-bof.y)).r;
res.b = texture(InputTexture,coord+vec2(0,bof.y)).b;
FragColor = res;
}

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shaders/glsl/mfx_colormatrix.fp Normal file
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void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
mat3 cmat = mat3(redrow,greenrow,bluerow);
float cmatscale = (redrow.r+redrow.g+redrow.b+greenrow.r+greenrow.g+greenrow.b+bluerow.r+bluerow.g+bluerow.b)/3.0;
res.rgb *= cmat;
res.rgb /= cmatscale;
FragColor = res;
}

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vec3 lensdirt( in vec3 res, in vec2 coord )
{
vec2 nr = textureSize(InputTexture,0)/textureSize(NoiseTexture,0);
vec3 ncolc = texture(NoiseTexture,coord*dirtmc*nr).rgb;
vec2 ds = vec2(res.r+res.g,res.g+res.b)/2.0;
res = mix(res,(ncolc.r+1.0)*res,dirtcfactor*clamp(1.0-(ds.x+ds.y)*0.25,0.0,1.0));
return res;
}
void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
res.rgb = lensdirt(res.rgb,coord);
FragColor = res;
}

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/* math color grading from MariFX */
#define luminance(x) dot(x,vec3(0.2126,0.7152,0.0722))
vec3 rgb2hsv( vec3 c )
{
vec4 K = vec4(0.0,-1.0/3.0,2.0/3.0,-1.0);
vec4 p = (c.g<c.b)?vec4(c.bg,K.wz):vec4(c.gb,K.xy);
vec4 q = (c.r<p.x)?vec4(p.xyw,c.r):vec4(c.r,p.yzx);
float d = q.x-min(q.w,q.y);
float e = 1.0e-10;
return vec3(abs(q.z+(q.w-q.y)/(6.0*d+e)),d/(q.x+e),q.x);
}
vec3 hsv2rgb( vec3 c )
{
vec4 K = vec4(1.0,2.0/3.0,1.0/3.0,3.0);
vec3 p = abs(fract(c.xxx+K.xyz)*6.0-K.www);
return c.z*mix(K.xxx,clamp(p-K.xxx,0.0,1.0),c.y);
}
void main()
{
vec4 res = texture(InputTexture,TexCoord);
res.rgb = pow(max(res.rgb,0.0),gradepow)*grademul;
float tonev = luminance(res.rgb);
vec3 tonecolor = gradecol*tonev;
res.rgb = res.rgb*(1.0-gradecolfact)+tonecolor*gradecolfact;
vec3 hsv = rgb2hsv(res.rgb);
hsv.y = clamp(pow(max(hsv.y,0.0),gradesatpow)*gradesatmul,0.0,1.0);
hsv.z = pow(max(hsv.z,0.0),gradevalpow)*gradevalmul;
res.rgb = hsv2rgb(hsv);
FragColor = res;
}

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/*
Complex grain shader ported over from MariENB
(C)2012-2018 Marisa Kirisame
*/
const float nf = 0.000005;
const vec3 nm1 = vec3(2.05,3.11,2.22);
const float nk = 0.04;
const vec3 nm2 = vec3(4.25,9.42,6.29);
const float ns = -0.08;
const float np = 3.95;
const float bnp = 1.7;
#define darkmask(a,b) (a>0.5)?(2.0*a*(0.5+b)):(1.0-2.0*(1.0-a)*(1.0-((0.5+b))))
vec3 grain( in vec3 res, in vec2 coord )
{
float ts = Timer*nf;
vec2 s1 = coord+vec2(0.0,ts);
vec2 s2 = coord+vec2(ts,0.0);
vec2 s3 = coord+vec2(ts,ts);
float n1, n2, n3;
vec2 nr = textureSize(NoiseTexture,0);
n1 = texture(NoiseTexture,s1*nm1.x*nr).r;
n2 = texture(NoiseTexture,s2*nm1.y*nr).g;
n3 = texture(NoiseTexture,s3*nm1.z*nr).b;
s1 = coord+vec2(ts+n1*nk,n2*nk);
s2 = coord+vec2(n2,ts+n3*nk);
s3 = coord+vec2(ts+n3*nk,ts+n1*nk);
n1 = texture(NoiseTexture,s1*nm2.x*nr).r;
n2 = texture(NoiseTexture,s2*nm2.y*nr).g;
n3 = texture(NoiseTexture,s3*nm2.z*nr).b;
float n4 = (n1+n2+n3)/3.0;
vec3 ng = vec3(n4);
vec3 nc = vec3(n1,n2,n3);
vec3 nt = pow(clamp(mix(ng,nc,ns),0.0,1.0),vec3(np));
float bn = 1.0-clamp((res.r+res.g+res.b)/3.0,0.0,1.0);
bn = pow(bn,bnp);
vec3 nn = clamp(nt*bn,vec3(0.0),vec3(1.0));
res.r = darkmask(res.r,(nn.r*ni));
res.g = darkmask(res.g,(nn.g*ni));
res.b = darkmask(res.b,(nn.b*ni));
return res;
}
void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
res.rgb = grain(res.rgb,coord);
FragColor = res;
}

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vec3 rgb2hsv( vec3 c )
{
vec4 K = vec4(0.0,-1.0/3.0,2.0/3.0,-1.0);
vec4 p = (c.g<c.b)?vec4(c.bg,K.wz):vec4(c.gb,K.xy);
vec4 q = (c.r<p.x)?vec4(p.xyw,c.r):vec4(c.r,p.yzx);
float d = q.x-min(q.w,q.y);
float e = 1.0e-10;
return vec3(abs(q.z+(q.w-q.y)/(6.0*d+e)),d/(q.x+e),q.x);
}
vec3 hsv2rgb( vec3 c )
{
vec4 K = vec4(1.0,2.0/3.0,1.0/3.0,3.0);
vec3 p = abs(fract(c.xxx+K.xyz)*6.0-K.www);
return c.z*mix(K.xxx,clamp(p-K.xxx,0.0,1.0),c.y);
}
float hs_hue_overlap( float hue_p, float hue_s, float res )
{
float v = hue_p+hue_s;
res += (hshue_a+v)/2.0;
return mod(res,1.0);
}
float hs_hue( float hue, float res )
{
res += (hshue_a+hue)/2.0;
return mod(res,1.0);
}
float hs_sat( float sat, float res )
{
float v = hssat_a+sat;
res *= v+1.0;
return clamp(res,0.0,1.0);
}
float hs_val( float val, float res )
{
float v = (hsval_a+val)/2.0;
if ( v < 0.0 ) return res*(v+1.0);
return res+(v*(1.0-res));
}
void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
vec3 hsv = rgb2hsv(res.rgb);
float ch = hsv.x*6.0;
int ph = 0, sh = 0;
float pv = 0.0, sv = 0.0;
bool usesh = false;
float hues[6] = {hshue_r,hshue_y,hshue_g,hshue_c,hshue_b,hshue_m};
float sats[6] = {hssat_r,hssat_y,hssat_g,hssat_c,hssat_b,hssat_m};
float vals[6] = {hsval_r,hsval_y,hsval_g,hsval_c,hsval_b,hsval_m};
float v;
for ( float h=0.0; h<7.0; h+=1.0 )
{
float ht = h+0.5;
if ( ch < ht+hsover )
{
ph = int(floor(h));
if ( (hsover > 0.0) && (ch > ht-hsover) )
{
usesh = true;
sh = ph+1;
sv = (ch-ht+hsover)/(2.0*hsover);
pv = 1.0-sv;
}
else usesh = false;
break;
}
}
if ( ph >= 6 )
{
ph = 0;
usesh = false;
}
if ( sh >= 6 ) sh = 0;
if ( usesh )
{
hsv.x = hs_hue_overlap(hues[ph]*pv,hues[sh]*sv,hsv.x);
hsv.y = hs_sat(sats[ph],hsv.y)*pv+hs_sat(sats[sh],hsv.y)*sv;
hsv.z = hs_val(vals[ph],hsv.z)*pv+hs_val(vals[sh],hsv.z)*sv;
}
else
{
hsv.x = hs_hue(hues[ph],hsv.x);
hsv.y = hs_sat(sats[ph],hsv.y);
hsv.z = hs_val(vals[ph],hsv.z);
}
res.rgb = hsv2rgb(hsv);
FragColor = res;
}

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void main()
{
vec2 coord = TexCoord;
vec4 res = texture(InputTexture,coord);
vec2 bresl = textureSize(InputTexture,0);
vec2 uv = ((coord-0.5)*vec2(1.0,bresl.y/bresl.x))*2.0;
vec4 vigdata = vec4(vigcolor,clamp(pow(dot(uv,uv),vigpow)*vigmul+vigbump,0.0,1.0));
vec3 outcol = clamp(res.rgb+vigdata.rgb,0.0,1.0);
res.rgb = mix(res.rgb,outcol,vigdata.a);
FragColor = res;
}

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textures/mfxnoise.png Normal file
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4
zmapinfo.txt Normal file
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GameInfo
{
AddEventHandlers = "MariFXHandler"
}

340
zscript.txt Normal file
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version "3.3"
Class MariFXHandler : StaticEventHandler
{
// noise
transient ui CVar mfx_ne, mfx_ni,
// dirt
mfx_dirtenable, mfx_dirtcfactor, mfx_dirtmc,
// grading
mfx_gradeenable, mfx_grademul_r, mfx_grademul_g,
mfx_grademul_b, mfx_gradepow_r, mfx_gradepow_g, mfx_gradepow_b,
mfx_gradecol_r, mfx_gradecol_g, mfx_gradecol_b,
mfx_gradecolfact, mfx_gradesatmul, mfx_gradesatpow,
mfx_gradevalmul, mfx_gradevalpow,
// blursharpshift
mfx_bssblurenable, mfx_bssblurradius, mfx_bsssharpenable,
mfx_bsssharpradius, mfx_bsssharpamount, mfx_bssshiftenable,
mfx_bssshiftradius,
// vignette
mfx_vigenable, mfx_bblurenable, mfx_vigpow, mfx_vigmul,
mfx_vigbump, mfx_vigcolor_r, mfx_vigcolor_g, mfx_vigcolor_b,
mfx_bblurpow, mfx_bblurmul, mfx_bblurbump, mfx_bblurradius,
// color matrix
mfx_cmatenable, mfx_cmat_rr, mfx_cmat_rg, mfx_cmat_rb,
mfx_cmat_gr, mfx_cmat_gg, mfx_cmat_gb, mfx_cmat_br,
mfx_cmat_bg, mfx_cmat_bb, mfx_cmatnormalize,
// hue-saturation
mfx_hsenable, mfx_hsover, mfx_hshue_a, mfx_hssat_a,
mfx_hsval_a, mfx_hshue_r, mfx_hssat_r, mfx_hsval_r,
mfx_hshue_y, mfx_hssat_y, mfx_hsval_y, mfx_hshue_g,
mfx_hssat_g, mfx_hsval_g, mfx_hshue_c, mfx_hssat_c,
mfx_hsval_c, mfx_hshue_b, mfx_hssat_b, mfx_hsval_b,
mfx_hshue_m, mfx_hssat_m, mfx_hsval_m;
override void RenderOverlay( RenderEvent e )
{
PlayerInfo p = players[consoleplayer];
if ( !mfx_ne ) mfx_ne = CVar.GetCVar('mfx_ne',p);
if ( !mfx_ni ) mfx_ni = CVar.GetCVar('mfx_ni',p);
Shader.SetEnabled(p,"mfx_grain",mfx_ne.GetBool());
Shader.SetUniform1f(p,"mfx_grain","ni",mfx_ni.GetFloat());
Shader.SetUniform1f(p,"mfx_grain","Timer",(gametic+e.fractic)/35.);
if ( !mfx_dirtenable ) mfx_dirtenable = CVar.GetCVar('mfx_dirtenable',p);
if ( !mfx_dirtmc ) mfx_dirtmc = CVar.GetCVar('mfx_dirtmc',p);
if ( !mfx_dirtcfactor ) mfx_dirtcfactor = CVar.GetCVar('mfx_dirtcfactor',p);
Shader.SetEnabled(p,"mfx_dirt",mfx_dirtenable.GetBool());
Shader.SetUniform1f(p,"mfx_dirt","dirtmc",mfx_dirtmc.GetFloat());
Shader.SetUniform1f(p,"mfx_dirt","dirtcfactor",mfx_dirtcfactor.GetFloat());
if ( !mfx_gradeenable ) mfx_gradeenable = CVar.GetCVar('mfx_gradeenable',p);
if ( !mfx_grademul_r ) mfx_grademul_r = CVar.GetCVar('mfx_grademul_r',p);
if ( !mfx_grademul_g ) mfx_grademul_g = CVar.GetCVar('mfx_grademul_g',p);
if ( !mfx_grademul_b ) mfx_grademul_b = CVar.GetCVar('mfx_grademul_b',p);
if ( !mfx_gradepow_r ) mfx_gradepow_r = CVar.GetCVar('mfx_gradepow_r',p);
if ( !mfx_gradepow_g ) mfx_gradepow_g = CVar.GetCVar('mfx_gradepow_g',p);
if ( !mfx_gradepow_b ) mfx_gradepow_b = CVar.GetCVar('mfx_gradepow_b',p);
if ( !mfx_gradecol_r ) mfx_gradecol_r = CVar.GetCVar('mfx_gradecol_r',p);
if ( !mfx_gradecol_g ) mfx_gradecol_g = CVar.GetCVar('mfx_gradecol_g',p);
if ( !mfx_gradecol_b ) mfx_gradecol_b = CVar.GetCVar('mfx_gradecol_b',p);
if ( !mfx_gradecolfact ) mfx_gradecolfact = CVar.GetCVar('mfx_gradecolfact',p);
if ( !mfx_gradesatmul ) mfx_gradesatmul = CVar.GetCVar('mfx_gradesatmul',p);
if ( !mfx_gradesatpow ) mfx_gradesatpow = CVar.GetCVar('mfx_gradesatpow',p);
if ( !mfx_gradevalmul ) mfx_gradevalmul = CVar.GetCVar('mfx_gradevalmul',p);
if ( !mfx_gradevalpow ) mfx_gradevalpow = CVar.GetCVar('mfx_gradevalpow',p);
Shader.SetEnabled(p,"mfx_grading",mfx_gradeenable.GetBool());
Shader.SetUniform3f(p,"mfx_grading","grademul",(mfx_grademul_r.GetFloat(),mfx_grademul_g.GetFloat(),mfx_grademul_b.GetFloat()));
Shader.SetUniform3f(p,"mfx_grading","gradepow",(mfx_gradepow_r.GetFloat(),mfx_gradepow_g.GetFloat(),mfx_gradepow_b.GetFloat()));
Shader.SetUniform3f(p,"mfx_grading","gradecol",(mfx_gradecol_r.GetFloat(),mfx_gradecol_g.GetFloat(),mfx_gradecol_b.GetFloat()));
Shader.SetUniform1f(p,"mfx_grading","gradecolfact",mfx_gradecolfact.GetFloat());
Shader.SetUniform1f(p,"mfx_grading","gradesatmul",mfx_gradesatmul.GetFloat());
Shader.SetUniform1f(p,"mfx_grading","gradesatpow",mfx_gradesatpow.GetFloat());
Shader.SetUniform1f(p,"mfx_grading","gradevalmul",mfx_gradevalmul.GetFloat());
Shader.SetUniform1f(p,"mfx_grading","gradevalpow",mfx_gradevalpow.GetFloat());
if ( !mfx_cmatenable ) mfx_cmatenable = CVar.GetCVar('mfx_cmatenable',p);
if ( !mfx_cmat_rr ) mfx_cmat_rr = CVar.GetCVar('mfx_cmat_rr',p);
if ( !mfx_cmat_rg ) mfx_cmat_rg = CVar.GetCVar('mfx_cmat_rg',p);
if ( !mfx_cmat_rb ) mfx_cmat_rb = CVar.GetCVar('mfx_cmat_rb',p);
if ( !mfx_cmat_gr ) mfx_cmat_gr = CVar.GetCVar('mfx_cmat_gr',p);
if ( !mfx_cmat_gg ) mfx_cmat_gg = CVar.GetCVar('mfx_cmat_gg',p);
if ( !mfx_cmat_gb ) mfx_cmat_gb = CVar.GetCVar('mfx_cmat_gb',p);
if ( !mfx_cmat_br ) mfx_cmat_br = CVar.GetCVar('mfx_cmat_br',p);
if ( !mfx_cmat_bg ) mfx_cmat_bg = CVar.GetCVar('mfx_cmat_bg',p);
if ( !mfx_cmat_bb ) mfx_cmat_bb = CVar.GetCVar('mfx_cmat_bb',p);
Shader.SetEnabled(p,"mfx_colormatrix",mfx_cmatenable.GetBool());
Shader.SetUniform3f(p,"mfx_colormatrix","redrow",(mfx_cmat_rr.GetFloat(),mfx_cmat_rg.GetFloat(),mfx_cmat_rb.GetFloat()));
Shader.SetUniform3f(p,"mfx_colormatrix","greenrow",(mfx_cmat_gr.GetFloat(),mfx_cmat_gg.GetFloat(),mfx_cmat_gb.GetFloat()));
Shader.SetUniform3f(p,"mfx_colormatrix","bluerow",(mfx_cmat_br.GetFloat(),mfx_cmat_bg.GetFloat(),mfx_cmat_bb.GetFloat()));
if ( !mfx_hsenable ) mfx_hsenable = CVar.GetCVar('mfx_hsenable',p);
if ( !mfx_hsover ) mfx_hsover = CVar.GetCVar('mfx_hsover',p);
if ( !mfx_hshue_a ) mfx_hshue_a = CVar.GetCVar('mfx_hshue_a',p);
if ( !mfx_hssat_a ) mfx_hssat_a = CVar.GetCVar('mfx_hssat_a',p);
if ( !mfx_hsval_a ) mfx_hsval_a = CVar.GetCVar('mfx_hsval_a',p);
if ( !mfx_hshue_r ) mfx_hshue_r = CVar.GetCVar('mfx_hshue_r',p);
if ( !mfx_hssat_r ) mfx_hssat_r = CVar.GetCVar('mfx_hssat_r',p);
if ( !mfx_hsval_r ) mfx_hsval_r = CVar.GetCVar('mfx_hsval_r',p);
if ( !mfx_hshue_y ) mfx_hshue_y = CVar.GetCVar('mfx_hshue_y',p);
if ( !mfx_hssat_y ) mfx_hssat_y = CVar.GetCVar('mfx_hssat_y',p);
if ( !mfx_hsval_y ) mfx_hsval_y = CVar.GetCVar('mfx_hsval_y',p);
if ( !mfx_hshue_g ) mfx_hshue_g = CVar.GetCVar('mfx_hshue_g',p);
if ( !mfx_hssat_g ) mfx_hssat_g = CVar.GetCVar('mfx_hssat_g',p);
if ( !mfx_hsval_g ) mfx_hsval_g = CVar.GetCVar('mfx_hsval_g',p);
if ( !mfx_hshue_c ) mfx_hshue_c = CVar.GetCVar('mfx_hshue_c',p);
if ( !mfx_hssat_c ) mfx_hssat_c = CVar.GetCVar('mfx_hssat_c',p);
if ( !mfx_hsval_c ) mfx_hsval_c = CVar.GetCVar('mfx_hsval_c',p);
if ( !mfx_hshue_b ) mfx_hshue_b = CVar.GetCVar('mfx_hshue_b',p);
if ( !mfx_hssat_b ) mfx_hssat_b = CVar.GetCVar('mfx_hssat_b',p);
if ( !mfx_hsval_b ) mfx_hsval_b = CVar.GetCVar('mfx_hsval_b',p);
if ( !mfx_hshue_m ) mfx_hshue_m = CVar.GetCVar('mfx_hshue_m',p);
if ( !mfx_hssat_m ) mfx_hssat_m = CVar.GetCVar('mfx_hssat_m',p);
if ( !mfx_hsval_m ) mfx_hsval_m = CVar.GetCVar('mfx_hsval_m',p);
Shader.SetEnabled(p,"mfx_huesaturation",mfx_hsenable.GetBool());
Shader.SetUniform1f(p,"mfx_huesaturation","hsover",mfx_hsover.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hshue_a",mfx_hshue_a.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hssat_a",mfx_hssat_a.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hsval_a",mfx_hsval_a.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hshue_r",mfx_hshue_r.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hssat_r",mfx_hssat_r.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hsval_r",mfx_hsval_r.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hshue_y",mfx_hshue_y.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hssat_y",mfx_hssat_y.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hsval_y",mfx_hsval_y.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hshue_g",mfx_hshue_g.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hssat_g",mfx_hssat_g.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hsval_g",mfx_hsval_g.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hshue_c",mfx_hshue_c.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hssat_c",mfx_hssat_c.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hsval_c",mfx_hsval_c.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hshue_b",mfx_hshue_b.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hssat_b",mfx_hssat_b.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hsval_b",mfx_hsval_b.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hshue_m",mfx_hshue_m.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hssat_m",mfx_hssat_m.GetFloat());
Shader.SetUniform1f(p,"mfx_huesaturation","hsval_m",mfx_hsval_m.GetFloat());
if ( !mfx_bssblurenable ) mfx_bssblurenable = CVar.GetCVar('mfx_bssblurenable',p);
if ( !mfx_bssblurradius ) mfx_bssblurradius = CVar.GetCVar('mfx_bssblurradius',p);
if ( !mfx_bsssharpenable ) mfx_bsssharpenable = CVar.GetCVar('mfx_bsssharpenable',p);
if ( !mfx_bsssharpradius ) mfx_bsssharpradius = CVar.GetCVar('mfx_bsssharpradius',p);
if ( !mfx_bsssharpamount ) mfx_bsssharpamount = CVar.GetCVar('mfx_bsssharpamount',p);
if ( !mfx_bssshiftenable ) mfx_bssshiftenable = CVar.GetCVar('mfx_bssshiftenable',p);
if ( !mfx_bssshiftradius ) mfx_bssshiftradius = CVar.GetCVar('mfx_bssshiftradius',p);
Shader.SetEnabled(p,"mfx_bss_blur",mfx_bssblurenable.GetBool());
Shader.SetUniform1f(p,"mfx_bss_blur","bssblurradius",mfx_bssblurradius.GetFloat());
Shader.SetEnabled(p,"mfx_bss_sharp",mfx_bsssharpenable.GetBool());
Shader.SetUniform1f(p,"mfx_bss_sharp","bsssharpradius",mfx_bsssharpradius.GetFloat());
Shader.SetUniform1f(p,"mfx_bss_sharp","bsssharpamount",mfx_bsssharpamount.GetFloat());
Shader.SetEnabled(p,"mfx_bss_shift",mfx_bssshiftenable.GetBool());
Shader.SetUniform1f(p,"mfx_bss_shift","bssshiftradius",mfx_bssshiftradius.GetFloat());
if ( !mfx_bblurenable ) mfx_bblurenable = CVar.GetCVar('mfx_bblurenable',p);
if ( !mfx_bblurpow ) mfx_bblurpow = CVar.GetCVar('mfx_bblurpow',p);
if ( !mfx_bblurmul ) mfx_bblurmul = CVar.GetCVar('mfx_bblurmul',p);
if ( !mfx_bblurbump ) mfx_bblurbump = CVar.GetCVar('mfx_bblurbump',p);
if ( !mfx_bblurradius ) mfx_bblurradius = CVar.GetCVar('mfx_bblurradius',p);
Shader.SetEnabled(p,"mfx_borderblur",mfx_bblurenable.GetBool());
Shader.SetUniform1f(p,"mfx_borderblur","bblurpow",mfx_bblurpow.GetFloat());
Shader.SetUniform1f(p,"mfx_borderblur","bblurmul",mfx_bblurmul.GetFloat());
Shader.SetUniform1f(p,"mfx_borderblur","bblurbump",mfx_bblurbump.GetFloat());
Shader.SetUniform1f(p,"mfx_borderblur","bblurradius",mfx_bblurradius.GetFloat());
if ( !mfx_vigenable ) mfx_vigenable = CVar.GetCVar('mfx_vigenable',p);
if ( !mfx_vigcolor_r ) mfx_vigcolor_r = CVar.GetCVar('mfx_vigcolor_r',p);
if ( !mfx_vigcolor_g ) mfx_vigcolor_g = CVar.GetCVar('mfx_vigcolor_g',p);
if ( !mfx_vigcolor_b ) mfx_vigcolor_b = CVar.GetCVar('mfx_vigcolor_b',p);
if ( !mfx_vigpow ) mfx_vigpow = CVar.GetCVar('mfx_vigpow',p);
if ( !mfx_vigmul ) mfx_vigmul = CVar.GetCVar('mfx_vigmul',p);
if ( !mfx_vigbump ) mfx_vigbump = CVar.GetCVar('mfx_vigbump',p);
Shader.SetEnabled(p,"mfx_vignette",mfx_vigenable.GetBool());
Shader.SetUniform3f(p,"mfx_vignette","vigcolor",(mfx_vigcolor_r.GetFloat(),mfx_vigcolor_g.GetFloat(),mfx_vigcolor_b.GetFloat()));
Shader.SetUniform1f(p,"mfx_vignette","vigpow",mfx_vigpow.GetFloat());
Shader.SetUniform1f(p,"mfx_vignette","vigmul",mfx_vigmul.GetFloat());
Shader.SetUniform1f(p,"mfx_vignette","vigbump",mfx_vigbump.GetFloat());
}
override void ConsoleProcess( ConsoleEvent e )
{
PlayerInfo p = players[consoleplayer];
if ( e.Name ~== "resetmfxvars" )
{
switch( e.args[0] )
{
case 0:
if ( !mfx_ne ) mfx_ne = CVar.GetCVar('mfx_ne',p);
if ( !mfx_ni ) mfx_ni = CVar.GetCVar('mfx_ni',p);
mfx_ne.ResetToDefault();
mfx_ni.ResetToDefault();
break;
case 1:
if ( !mfx_dirtenable ) mfx_dirtenable = CVar.GetCVar('mfx_dirtenable',p);
if ( !mfx_dirtmc ) mfx_dirtmc = CVar.GetCVar('mfx_dirtmc',p);
if ( !mfx_dirtcfactor ) mfx_dirtcfactor = CVar.GetCVar('mfx_dirtcfactor',p);
mfx_dirtenable.ResetToDefault();
mfx_dirtmc.ResetToDefault();
mfx_dirtcfactor.ResetToDefault();
break;
case 2:
if ( !mfx_gradeenable ) mfx_gradeenable = CVar.GetCVar('mfx_gradeenable',p);
if ( !mfx_grademul_r ) mfx_grademul_r = CVar.GetCVar('mfx_grademul_r',p);
if ( !mfx_grademul_g ) mfx_grademul_g = CVar.GetCVar('mfx_grademul_g',p);
if ( !mfx_grademul_b ) mfx_grademul_b = CVar.GetCVar('mfx_grademul_b',p);
if ( !mfx_gradepow_r ) mfx_gradepow_r = CVar.GetCVar('mfx_gradepow_r',p);
if ( !mfx_gradepow_g ) mfx_gradepow_g = CVar.GetCVar('mfx_gradepow_g',p);
if ( !mfx_gradepow_b ) mfx_gradepow_b = CVar.GetCVar('mfx_gradepow_b',p);
if ( !mfx_gradecol_r ) mfx_gradecol_r = CVar.GetCVar('mfx_gradecol_r',p);
if ( !mfx_gradecol_g ) mfx_gradecol_g = CVar.GetCVar('mfx_gradecol_g',p);
if ( !mfx_gradecol_b ) mfx_gradecol_b = CVar.GetCVar('mfx_gradecol_b',p);
if ( !mfx_gradecolfact ) mfx_gradecolfact = CVar.GetCVar('mfx_gradecolfact',p);
if ( !mfx_gradesatmul ) mfx_gradesatmul = CVar.GetCVar('mfx_gradesatmul',p);
if ( !mfx_gradesatpow ) mfx_gradesatpow = CVar.GetCVar('mfx_gradesatpow',p);
if ( !mfx_gradevalmul ) mfx_gradevalmul = CVar.GetCVar('mfx_gradevalmul',p);
if ( !mfx_gradevalpow ) mfx_gradevalpow = CVar.GetCVar('mfx_gradevalpow',p);
mfx_gradeenable.ResetToDefault();
mfx_grademul_r.ResetToDefault();
mfx_grademul_g.ResetToDefault();
mfx_grademul_b.ResetToDefault();
mfx_gradepow_r.ResetToDefault();
mfx_gradepow_g.ResetToDefault();
mfx_gradepow_b.ResetToDefault();
mfx_gradecol_r.ResetToDefault();
mfx_gradecol_g.ResetToDefault();
mfx_gradecol_b.ResetToDefault();
mfx_gradecolfact.ResetToDefault();
mfx_gradesatmul.ResetToDefault();
mfx_gradesatpow.ResetToDefault();
mfx_gradevalmul.ResetToDefault();
mfx_gradevalpow.ResetToDefault();
break;
case 3:
if ( !mfx_cmatenable ) mfx_cmatenable = CVar.GetCVar('mfx_cmatenable',p);
if ( !mfx_cmat_rr ) mfx_cmat_rr = CVar.GetCVar('mfx_cmat_rr',p);
if ( !mfx_cmat_rg ) mfx_cmat_rg = CVar.GetCVar('mfx_cmat_rg',p);
if ( !mfx_cmat_rb ) mfx_cmat_rb = CVar.GetCVar('mfx_cmat_rb',p);
if ( !mfx_cmat_gr ) mfx_cmat_gr = CVar.GetCVar('mfx_cmat_gr',p);
if ( !mfx_cmat_gg ) mfx_cmat_gg = CVar.GetCVar('mfx_cmat_gg',p);
if ( !mfx_cmat_gb ) mfx_cmat_gb = CVar.GetCVar('mfx_cmat_gb',p);
if ( !mfx_cmat_br ) mfx_cmat_br = CVar.GetCVar('mfx_cmat_br',p);
if ( !mfx_cmat_bg ) mfx_cmat_bg = CVar.GetCVar('mfx_cmat_bg',p);
if ( !mfx_cmat_bb ) mfx_cmat_bb = CVar.GetCVar('mfx_cmat_bb',p);
mfx_cmatenable.ResetToDefault();
mfx_cmat_rr.ResetToDefault();
mfx_cmat_rg.ResetToDefault();
mfx_cmat_rb.ResetToDefault();
mfx_cmat_gr.ResetToDefault();
mfx_cmat_gg.ResetToDefault();
mfx_cmat_gb.ResetToDefault();
mfx_cmat_br.ResetToDefault();
mfx_cmat_bg.ResetToDefault();
mfx_cmat_bb.ResetToDefault();
break;
case 4:
if ( !mfx_hsenable ) mfx_hsenable = CVar.GetCVar('mfx_hsenable',p);
if ( !mfx_hsover ) mfx_hsover = CVar.GetCVar('mfx_hsover',p);
if ( !mfx_hshue_a ) mfx_hshue_a = CVar.GetCVar('mfx_hshue_a',p);
if ( !mfx_hssat_a ) mfx_hssat_a = CVar.GetCVar('mfx_hssat_a',p);
if ( !mfx_hsval_a ) mfx_hsval_a = CVar.GetCVar('mfx_hsval_a',p);
if ( !mfx_hshue_r ) mfx_hshue_r = CVar.GetCVar('mfx_hshue_r',p);
if ( !mfx_hssat_r ) mfx_hssat_r = CVar.GetCVar('mfx_hssat_r',p);
if ( !mfx_hsval_r ) mfx_hsval_r = CVar.GetCVar('mfx_hsval_r',p);
if ( !mfx_hshue_y ) mfx_hshue_y = CVar.GetCVar('mfx_hshue_y',p);
if ( !mfx_hssat_y ) mfx_hssat_y = CVar.GetCVar('mfx_hssat_y',p);
if ( !mfx_hsval_y ) mfx_hsval_y = CVar.GetCVar('mfx_hsval_y',p);
if ( !mfx_hshue_g ) mfx_hshue_g = CVar.GetCVar('mfx_hshue_g',p);
if ( !mfx_hssat_g ) mfx_hssat_g = CVar.GetCVar('mfx_hssat_g',p);
if ( !mfx_hsval_g ) mfx_hsval_g = CVar.GetCVar('mfx_hsval_g',p);
if ( !mfx_hshue_c ) mfx_hshue_c = CVar.GetCVar('mfx_hshue_c',p);
if ( !mfx_hssat_c ) mfx_hssat_c = CVar.GetCVar('mfx_hssat_c',p);
if ( !mfx_hsval_c ) mfx_hsval_c = CVar.GetCVar('mfx_hsval_c',p);
if ( !mfx_hshue_b ) mfx_hshue_b = CVar.GetCVar('mfx_hshue_b',p);
if ( !mfx_hssat_b ) mfx_hssat_b = CVar.GetCVar('mfx_hssat_b',p);
if ( !mfx_hsval_b ) mfx_hsval_b = CVar.GetCVar('mfx_hsval_b',p);
if ( !mfx_hshue_m ) mfx_hshue_m = CVar.GetCVar('mfx_hshue_m',p);
if ( !mfx_hssat_m ) mfx_hssat_m = CVar.GetCVar('mfx_hssat_m',p);
if ( !mfx_hsval_m ) mfx_hsval_m = CVar.GetCVar('mfx_hsval_m',p);
mfx_hsenable.ResetToDefault();
mfx_hsover.ResetToDefault();
mfx_hshue_a.ResetToDefault();
mfx_hssat_a.ResetToDefault();
mfx_hsval_a.ResetToDefault();
mfx_hshue_r.ResetToDefault();
mfx_hssat_r.ResetToDefault();
mfx_hsval_r.ResetToDefault();
mfx_hshue_y.ResetToDefault();
mfx_hssat_y.ResetToDefault();
mfx_hsval_y.ResetToDefault();
mfx_hshue_g.ResetToDefault();
mfx_hssat_g.ResetToDefault();
mfx_hsval_g.ResetToDefault();
mfx_hshue_c.ResetToDefault();
mfx_hssat_c.ResetToDefault();
mfx_hsval_c.ResetToDefault();
mfx_hshue_b.ResetToDefault();
mfx_hssat_b.ResetToDefault();
mfx_hsval_b.ResetToDefault();
mfx_hshue_m.ResetToDefault();
mfx_hssat_m.ResetToDefault();
mfx_hsval_m.ResetToDefault();
break;
case 5:
if ( !mfx_bssblurenable ) mfx_bssblurenable = CVar.GetCVar('mfx_bssblurenable',p);
if ( !mfx_bssblurradius ) mfx_bssblurradius = CVar.GetCVar('mfx_bssblurradius',p);
if ( !mfx_bsssharpenable ) mfx_bsssharpenable = CVar.GetCVar('mfx_bsssharpenable',p);
if ( !mfx_bsssharpradius ) mfx_bsssharpradius = CVar.GetCVar('mfx_bsssharpradius',p);
if ( !mfx_bsssharpamount ) mfx_bsssharpamount = CVar.GetCVar('mfx_bsssharpamount',p);
if ( !mfx_bssshiftenable ) mfx_bssshiftenable = CVar.GetCVar('mfx_bssshiftenable',p);
if ( !mfx_bssshiftradius ) mfx_bssshiftradius = CVar.GetCVar('mfx_bssshiftradius',p);
mfx_bssblurenable.ResetToDefault();
mfx_bssblurradius.ResetToDefault();
mfx_bsssharpenable.ResetToDefault();
mfx_bsssharpradius.ResetToDefault();
mfx_bsssharpamount.ResetToDefault();
mfx_bssshiftenable.ResetToDefault();
mfx_bssshiftradius.ResetToDefault();
break;
case 6:
if ( !mfx_bblurenable ) mfx_bblurenable = CVar.GetCVar('mfx_bblurenable',p);
if ( !mfx_bblurpow ) mfx_bblurpow = CVar.GetCVar('mfx_bblurpow',p);
if ( !mfx_bblurmul ) mfx_bblurmul = CVar.GetCVar('mfx_bblurmul',p);
if ( !mfx_bblurbump ) mfx_bblurbump = CVar.GetCVar('mfx_bblurbump',p);
if ( !mfx_bblurradius ) mfx_bblurradius = CVar.GetCVar('mfx_bblurradius',p);
mfx_bblurenable.ResetToDefault();
mfx_bblurpow.ResetToDefault();
mfx_bblurmul.ResetToDefault();
mfx_bblurbump.ResetToDefault();
mfx_bblurradius.ResetToDefault();
break;
case 7:
if ( !mfx_vigenable ) mfx_vigenable = CVar.GetCVar('mfx_vigenable',p);
if ( !mfx_vigcolor_r ) mfx_vigcolor_r = CVar.GetCVar('mfx_vigcolor_r',p);
if ( !mfx_vigcolor_g ) mfx_vigcolor_g = CVar.GetCVar('mfx_vigcolor_g',p);
if ( !mfx_vigcolor_b ) mfx_vigcolor_b = CVar.GetCVar('mfx_vigcolor_b',p);
if ( !mfx_vigpow ) mfx_vigpow = CVar.GetCVar('mfx_vigpow',p);
if ( !mfx_vigmul ) mfx_vigmul = CVar.GetCVar('mfx_vigmul',p);
if ( !mfx_vigbump ) mfx_vigbump = CVar.GetCVar('mfx_vigbump',p);
mfx_vigenable.ResetToDefault();
mfx_vigcolor_r.ResetToDefault();
mfx_vigcolor_g.ResetToDefault();
mfx_vigcolor_b.ResetToDefault();
mfx_vigpow.ResetToDefault();
mfx_vigmul.ResetToDefault();
mfx_vigbump.ResetToDefault();
break;
}
}
}
}