ZDoom

Spoiler: Wolf 3D Chalice of Glory

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(Sprites courtesy of Nexinita)

Schmetterling:


Cyborg Dog:

Spoiler: Doom 64: Vermillion Risen

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Vermillion Risen is a Doom 64 map pack with 3 maps and is meant to be a co-op experience it will feature the revenant and archvile, possibly more the enemies come at you hard from the get go but if you have a co-op partner you should be fine

Diabolo Vengeance:


Lost Luminous:

xenoxols wrote: ↑Sat Dec 10, 2022 11:06 am Little mod I'm working on.

InsanityBringer wrote: ↑Fri Dec 02, 2022 2:25 pm warping surfaces (emulating the software warp behavior to some degree),

	vec2 txc_bad = gl_TexCoord[0].xy;
	vec2 txc_badder = sin((gl_TexCoord[0].xy*4) + (round(u_Time * 35)/35)) * 0.14;

	txc_badder = round(txc_badder*128)/128;
	txc_bad.x += txc_badder.y;
	txc_bad.y += txc_badder.x;

	vec2 txc_nearest = round(txc_bad * txsize.xy) / txsize.xy;	

Nash wrote: ↑Mon Nov 21, 2022 3:41 amForgot to post this here. Made a cover of the first boss music of that new Sonic game last week. I played (re-recorded) the instruments on this then sang over it, because no good quality instrumental-only version of the song existed at the time.

leileilol wrote: ↑Wed Dec 14, 2022 4:52 pm

InsanityBringer wrote: ↑Fri Dec 02, 2022 2:25 pm warping surfaces (emulating the software warp behavior to some degree),

My old experimental attempt at this (in GLSL) was something like this

Code: Select all

	vec2 txc_bad = gl_TexCoord[0].xy;
	vec2 txc_badder = sin((gl_TexCoord[0].xy*4) + (round(u_Time * 35)/35)) * 0.14;

	txc_badder = round(txc_badder*128)/128;
	txc_bad.x += txc_badder.y;
	txc_bad.y += txc_badder.x;

	vec2 txc_nearest = round(txc_bad * txsize.xy) / txsize.xy;	

sin with round to get the 64x64 turbulence

Spoiler:

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Code: Select all

#version 450

layout(set = 1, binding = 0) uniform sampler2D colorTexture;

layout(push_constant) uniform intensity_blocktype
{
	float inv_intensity;
	float time;
} intensity_block;

layout(location = 0) in vec2 outUV;
layout(location = 1) in float outAlpha;

layout(location = 0) out vec4 color;

void main()
{
	vec2 worldSpaceUV = outUV * 64;
	vec2 newUV = worldSpaceUV + vec2(sin((worldSpaceUV.y + intensity_block.time * 20) * 6.283185307 / 128) * 8, sin((worldSpaceUV.x + intensity_block.time * 20) * 6.283185307 / 128) * 8);
	newUV /= 64;
			
	color = vec4(texture(colorTexture, newUV).rgb * intensity_block.inv_intensity, outAlpha);
}

I need to finally get the intensity calculations working in shaders so I don't need to do the inv_intensity multiply here...