Wrote a custom C++ engine to render raw WAD geometry directly to the DAC.

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.

@deusfigendi Absolutely. I use a greedy solver to minimize the 'air travel' of the beam between lines. Without it, the refresh rate would tank because the beam would waste too much time jumping around.

@ut3usw

Yea I guess so, but you still go back to 0/0 every frame?

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.

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 And I was thinking recently how to draw a circle with sinewave

@deusfigendi Absolutely. I use a greedy solver to minimize the 'air travel' of the beam between lines. Without it, the refresh rate would tank because the beam would waste too much time jumping around.

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.

@poleguy yes, ty! In real time wasd control.
On video below it’s how I see it on pc screen (with actual audio).

@ut3usw do you have a way to contol the intensity? So you could switch off during the non-travel moves.

@deusfigendi Good catch! Yes, I currently force a transit from center (0,0) at the start of the frame. It helps with centering on my specific scope setup, but avoiding it would definitely be more efficient.

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.