forked from Mirrors/openclonk
Add Randrian's rain hit effects
parent
021ecb0b2e
commit
292418a964
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@ -272,39 +272,82 @@ private func RainDrop()
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else
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mat = rain_mat;
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if (i)
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if(mat == "Ice")
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{
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// Create rain particles.
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var particle_name = "Raindrop";
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var color = GetMaterialColor(mat);
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if(mat == "Lava" || mat == "DuroLava")
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particle_name = "RaindropLava";
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// Snow is special.
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if(mat == "Snow")
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{
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CreateParticle("RaindropSnow", x, y, xdir, 10, PV_Random(2000, 3000), Particles_Snow(RandomX(0,3), color), 0);
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continue;
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}
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var particle = Particles_Rain(RandomX(10,30), color);
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if(Random(2)) // TODO: Why doesn't this apply to Ice?
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particle.Attach = ATTACH_Back;
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if(mat == "Ice")
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particle = Particles_Ice(RandomX(10,30), color);
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CreateParticle(particle_name, x, y, xdir, ydir, PV_Random(200, 300), particle, 0);
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// TODO: Splash.
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// Ice (-> hail) falls faster.
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xdir *= 4;
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ydir *= 4;
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}
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else
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// Create rain particles.
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var particle_name = "Raindrop";
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var color = GetMaterialColor(mat);
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if(mat == "Lava" || mat == "DuroLava")
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particle_name = "RaindropLava";
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// Snow is special.
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if(mat == "Snow")
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{
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// Create rain drop.
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CastPXS(mat, 1, 1, x, y, Angle(0, 0, xdir, ydir));
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CreateParticle("RaindropSnow", x, y, xdir, 10, PV_Random(2000, 3000), Particles_Snow(RandomX(0,3), color), 0);
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continue;
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}
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var particle = Particles_Rain(RandomX(10,30), color);
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if(Random(2))
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particle.Attach = ATTACH_Back;
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CreateParticle(particle_name, x, y, xdir, ydir, PV_Random(200, 300), particle, 0);
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// Splash.
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var hit = SimFlight(x, y, xdir, ydir, 25 /* Liquid */, nil, nil, 3);
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var x_final = hit[0], y_final = hit[1], time_passed = hit[4];
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if (time_passed > 0)
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{
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ScheduleCall(this, "DropHit", time_passed, 0, mat, AbsX(x_final), AbsY(y_final), !i);
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}
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}
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return true;
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}
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private func DropHit(string material_name, int x_orig, int y_orig, bool create_material)
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{
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// Adjust position so that it's in the air.
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var x = x_orig, y = y_orig;
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while (GBackSemiSolid(x, y - 1)) y--;
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if (create_material)
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{
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InsertMaterial(Material(material_name), x, y);
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}
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// Don't always create a splash.
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if (Random(5)) return;
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var color = GetMaterialColor(material_name);
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// Some material combinations cast smoke
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// TODO: Figure out some generic way to do this?
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if(GBackLiquid(x,y) && (material_name == "Acid" || material_name == "Lava" || material_name == "DuroLava") && GetMaterial(x,y) == Material("Water"))
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{
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Smoke(x, y, 3, RGB(150,160,150));
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}
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// Liquid? liquid splash!
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else if(GBackLiquid(x,y))
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{
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if(!GBackLiquid(x-1,y) || !GBackLiquid(x+1,y)) y += 1;
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CreateParticle("RaindropSplashLiquid", x, y, 0, 0, 50, Particles_SplashWater(RandomX(2,5), color), 0);
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}
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// Solid? normal splash!
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else
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{
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if( (material_name == "Acid" && GetMaterial(x,y) == Material("Earth")) || material_name == "Lava" || material_name == "DuroLava")
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Smoke(x, y, 3, RGB(150,160,150));
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CreateParticle("RaindropSplash", x, y-1, 0, 0, 5, Particles_Splash(RandomX(5,10), color), 0);
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if(material_name == "Ice")
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CreateParticle("Hail", x, y, RandomX(-2,2), -Random(10), PV_Random(300, 300), Particles_Ice2(2, color), 0);
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else
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CreateParticle("RaindropSmall", x, y, RandomX(-4, 4), -Random(10), PV_Random(300, 300), Particles_Rain2(20, color), 0);
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}
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}
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private func GetMaterialColor(string name)
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{
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// A Material's color is actually defined by its texture.
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@ -327,20 +370,6 @@ private func Particles_Rain(iSize, color)
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Stretch = 3000,
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};
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}
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private func Particles_Ice(iSize, color)
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{
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return
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{
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CollisionVertex = 0,
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OnCollision = PC_Die(),
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ForceY = GetGravity(),//PV_Gravity(100),
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Size = iSize,
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R = color[0], G = color[1], B = color[2],
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Rotation = PV_Direction(),
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CollisionDensity = 25,
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Stretch = 3000,
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};
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}
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private func Particles_Snow(iSize, color)
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{
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return
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