Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw What a beautiful classic Siemens.
They were the only one who really went all in with sleek early 1980s design. Even for hard tech stuff like scopes.
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@ut3usw What a beautiful classic Siemens.
They were the only one who really went all in with sleek early 1980s design. Even for hard tech stuff like scopes.
@Computeum YES! This is a gift from my wife %)
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw I will follow you in the hope to see Doom running on that oscilloscope.
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
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@ut3usw I will follow you in the hope to see Doom running on that oscilloscope.
@steffen actually this is E1M1 from original doom1.wad!
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw is this just a two channel vectorscope?
i should try it with mine -
Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw
I should repair channel 2 of the original Quake on oscilloscope Hitachi scope and wait for the release.
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
oscdoom!
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw mind = blown
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw dear god
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw This runs smoother than it did on my neighbour's 486
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw if you make this into a playable maze game one day, i would happily build a large size "IGOR" vector display for that
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@ut3usw What a beautiful classic Siemens.
They were the only one who really went all in with sleek early 1980s design. Even for hard tech stuff like scopes.
@Computeum @ut3usw
Ich würde da mal nach Grundig suchen die diese Oszis als OEM für Siemens gebaut haben z.B. https://www.mikrocontroller.net/attachment/23365/DSC00288.JPGDir könnten vielleicht auch Geräte gefallen wie das Philips PM3215
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@poleguy yes, ty! In real time wasd control.
On video below it’s how I see it on pc screen (with actual audio). -
Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw Now do enemies!
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Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.
Pure vector output, 1D occlusion culling, no rasterization tricks.
Running on a MOTU M4.
@ut3usw But does it run crysis?
Nice project! Respect!
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@poleguy yes, ty! In real time wasd control.
On video below it’s how I see it on pc screen (with actual audio).
