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balls in a wall by Fit [web]
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popularity : 53% |
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alltime top: #15868 |
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added on the 2021-05-16 13:40:56 by yzi  |
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popularity helper
comments
really good
rulez added on the 2021-05-16 14:18:43 by okkie 
Windows .exe size 3394 bytes (1080p version)
Using 4klang/ForkedKlang with my experimental Look-Up-Table unit, which maps the input signal to a value selected from a pre-defined array of values, "modulo N", so you can use it for arpeggios, scales etc. LUT unit output is written to a buffer from which the current value is taken and fed to a uniform for the shader, so it can use that for lighting up the corresponsing "light bulb". There are two LUT units and an additional transpose value, which are combined into the final pitch value, creating some kind of a "chord progression". The visuals are just basic path tracing with 100 rays per pixel, ambient light comes from a sky dome. The 720p version runs at 60 fps on RTX 2070 Super.
Here's what it currently looks like (sorry, I don't have a "release" version at the moment)
To improve from here, I thought about allowing more than 7 values, and using note pattern data for storing the sequences.
Here's what the unit does in the intro, not optimized in any way, just to get it working. I hope the comments are right.
Crinkler is used for executable compression, and Shader Minifier for minifying the shader. Compofiller Studio is used for the demo framework, but it's not the plain vanilla version, I had to add some code for passing the LUT unit output values between the visuals and audio debug DLLs for the editing/authoring phase, and separately for the exe runtime code.
Youtube link: https://www.youtube.com/watch?v=eNmAm65Iyc4
The video quality on that is less than ideal. I uploaded a 3+ gigabyte lossless video, and Youtube transcoded it into that. Maybe it would look better if I had encoded it myself.
Using 4klang/ForkedKlang with my experimental Look-Up-Table unit, which maps the input signal to a value selected from a pre-defined array of values, "modulo N", so you can use it for arpeggios, scales etc. LUT unit output is written to a buffer from which the current value is taken and fed to a uniform for the shader, so it can use that for lighting up the corresponsing "light bulb". There are two LUT units and an additional transpose value, which are combined into the final pitch value, creating some kind of a "chord progression". The visuals are just basic path tracing with 100 rays per pixel, ambient light comes from a sky dome. The 720p version runs at 60 fps on RTX 2070 Super.
Here's what it currently looks like (sorry, I don't have a "release" version at the moment)
To improve from here, I thought about allowing more than 7 values, and using note pattern data for storing the sequences.
Here's what the unit does in the intro, not optimized in any way, just to get it working. I hope the comments are right.
Code:
export_func go4kLUT_func@0
%ifdef GO4K_USE_LUT
push 8
call go4kTransformValues
pushad
fld dword [edx] ; count/128 in
fdiv dword [c_i128] ; count in
fldz ; 0 count in
fucomip st2 ; count in
jc lut_input_is_positive
fsubr st1, st0 ; count count-in
lut_input_is_positive:
fxch ; in' count
lut_skip_fxch:
fdiv dword [c_i128] ; in'*128 count
fprem ; (in'*128 mod count) count
fstp st1 ; (in'*128 mod count)
push eax
fisttp dword [esp]
pop eax
inc eax ; skip count
fld dword [edx + eax * 4]
fsub dword [c_0_5]
mov eax, dword [lut_unit_output_pos]
lea eax, [lut_unit_output+eax*4]
fst dword [eax]
popad
ret
%endif
Crinkler is used for executable compression, and Shader Minifier for minifying the shader. Compofiller Studio is used for the demo framework, but it's not the plain vanilla version, I had to add some code for passing the LUT unit output values between the visuals and audio debug DLLs for the editing/authoring phase, and separately for the exe runtime code.
Youtube link: https://www.youtube.com/watch?v=eNmAm65Iyc4
The video quality on that is less than ideal. I uploaded a 3+ gigabyte lossless video, and Youtube transcoded it into that. Maybe it would look better if I had encoded it myself.
shiny and ♥♪♫
This was neat, but maybe a bit too overboard with the dof in places.
nice
me likes
nice one
Great. Also props for even more forked features :)
Those are balls, they are in a wall.
simple, but definitely has some idea
where can I see this installation?
Pretty nice concept.
Nice little lightning balls and synth music in 4kb
ok
awesome work !
juicy :)
I hereby self-vote this prod. Tseh tseh poliisi systeemin vartija kisu kisu.
I liked everything I saw/heard ! Simple, yes, but well done.
submit changes
if this prod is a fake, some info is false or the download link is broken,
do not post about it in the comments, it will get lost.
instead, click here !