See number 7.Palmar wrote:Bump.
Read this.Palmar wrote:I am totally confused of Love2D Shader GLSL structure. Could sombody post color inverse shader? Thanks in advance.
Here you go:Palmar wrote:I am totally confused of Love2D Shader GLSL structure. Could sombody post color inverse shader? Thanks in advance.
ColorInvert.loveCode: Select all
extern number time;
number t;
vec4 effect(vec4 color, Image tex, vec2 tc, vec2 pc)
{
t = time * 1.5; //may want to vary this for cycle speed?
color = Texel(tex, tc);
return vec4(vec3(sin(t + 5)+0.3, -sin(t+5)+0.3, sin(t + 10)) * (max(color.r, max(color.g, color.b))), 1.0); //cycles colors and pulses brightness slightly
}
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varying vec4 vpos;
vec4 position( mat4 transform_projection, vec4 vertex_position )
{
vpos = vertex_position;
return transform_projection * vertex_position;
}
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--shader updates
self.t = self.t + math.min(dt, 1/30)
self.bgShader:send("time", self.t)
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require "lightmap"
function love.load()
-- create light world
lightWorld = love.lightmap.newWorld()
lightWorld.setAmbientColor(31, 31, 31)
-- set the shadow canvas with alpha/color informations
lightWorld.setShadowCanvas(shadowCanvas)
-- create lights
myLight = lightWorld.newLight(x, y, red, green, blue, range)
end
function love.update(dt)
-- update light position, color, range etc.
myLight.setPosition(x, y)
-- update lightmap
lightWorld.update()
end
function love.draw()
-- draw lightmap
lightWorld.draw() -- or use love.graphics.draw(lightWorld.canvas)
end
Whaaaaat where did you get those pictures of Monkey Island and Psychonauts as Gameboy games?? Did you make those?? THEY ARE THE COOLEST THING EVERjosefnpat wrote:
9651 kinda wraps around hereGermanunkol wrote:Haha, distortion size 2 to 4 makes them drunk, distortion 10 makes them dance
I wanted to know the shader support on the love-android port so I decided to try this one... It's awesome!! I just made one little change in line 11 of your main.luabeforan wrote:this is pretty simple stuff, and sorry if it's duplicated but I couldn't find one from cursory searching:
a colour cycling shader!
pixel code:vertex code (standard, doing nothing special):Code: Select all
extern number time; number t; vec4 effect(vec4 color, Image tex, vec2 tc, vec2 pc) { t = time * 1.5; //may want to vary this for cycle speed? color = Texel(tex, tc); return vec4(vec3(sin(t + 5)+0.3, -sin(t+5)+0.3, sin(t + 10)) * (max(color.r, max(color.g, color.b))), 1.0); //cycles colors and pulses brightness slightly }then send time to the shader every update:Code: Select all
varying vec4 vpos; vec4 position( mat4 transform_projection, vec4 vertex_position ) { vpos = vertex_position; return transform_projection * vertex_position; }I recently used this with a repeated grey scrolling gradient to produce a lovely "retro" effect (attached .love)Code: Select all
--shader updates self.t = self.t + math.min(dt, 1/30) self.bgShader:send("time", self.t)
I realise I could do the whole effect in a shader, but I'm still dipping my toes here, and the color cycling can be applied to whatever you're drawing now!
Code: Select all
return vec4(vec3(sin(t + 5.0)+0.3, -sin(t+5.0)+0.3, sin(t + 10.0)) * (max(color.r, max(color.g, color.b))), 1.0); //cycles colors and pulses brightness slightly