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1. #HOW TO INSTALL QUAKE IN DOSBOX FULL PC#
2. #HOW TO INSTALL QUAKE IN DOSBOX FULL SERIES#
3. #HOW TO INSTALL QUAKE IN DOSBOX FULL DOWNLOAD#

I could see that the video output was lagging and skipping frames, but the test still got high scores.įigure 4 - 3D Bench test using stock buildįigure 5 - 3D Bench test showing difference in results using ARM build Benchmark I was able to achieve results with over 200 FPS with values like 100,000 CPU cycles, but even with these high numbers, the emulator was far from working better or even faster. Unfortunately, that test is not very reliable if you change the CPU cycles as I did. The ARMv7-a optimized version was nearly 17% faster in this test. For instance, I found a test with a spinning 3D cube running in DOS, which has some great visuals, and ran relatively fast on the ODROID.įigure 2 - Stock Debian version of DOSBoxįigure 3 - ARMv7-optimized version of DOSBox 3DBench test I tried to run every test available, but not all of them were working, although I did find a few that performed nicely. ĭOS Benchmark offers CPU, GPU, and memory tests, as well as demo versions of the games Doom and Quake for benchmarking the environment.

#HOW TO INSTALL QUAKE IN DOSBOX FULL DOWNLOAD#

However, I did find a test environment for performing different benchmarks under DOS called DOS Benchmark, which is available for download from. I remembered some benchmarking applications from back when DOS was popular, but they were hard to find. TestsĪfter performing a variety of tests, I discovered that it was actually hard to find some good benchmarks. I chose such a high number because of Quake, since at 32,000 cycles it gives the most fluid experience on both DOSBox versions. Some test programs reported it to be a 1285 MHz fast Pentium CPU. Pentium_slow is the CPU with the most features, and I set the cycles to 32,000, which is very high. There was no easy way to find the right settings, and after a period of experimentaiton, I ended up with the following results, with frameskip and aspect ratio turned off:ĭynamic cores should be used for any value of fixed cycles over 20,000.

In contrast to games like “Duke Nukem 3D” ,which contains some 3D objects and use 2D sprites in many situations, Quake was already using 3D models, similar to the models used in later games on Windows, which was very impressive for that time. What’s remarkable about Quake is that the game itself is in 3D without requiring a graphical desktop environment.

While most games run fine with the basic settings, others only run with a very specific configuration, so I chose a set of values that worked best for the original version of the game Quake, since it’s very demanding on the hardware. ConfigurationĬonfiguring DOSBox can sometimes be difficult. The custom build of DOSBox for ARMv7 may be downloaded from my repository at.

#HOW TO INSTALL QUAKE IN DOSBOX FULL SERIES#

I took some time to compare these versions and find out exactly what is improved by using an ARMv7-optimized build.īelow you will find a series of side-by-side tests that highlight the differences between the generic build of DOSBox, and a build that is specifically compiled for ARM. Some time ago, I compiled an ARMv7-optimized version of DOSBox which appeared to be running faster than the stock DOSBox version that comes with the official distribution. Despite its complexity and multiple layers, DOSBox runs surprisingly well on the ODROID platform. Since the ODROID uses a completely different architecture (ARM vs X86), it has even more work to do during emulation.

#HOW TO INSTALL QUAKE IN DOSBOX FULL PC#

With DOSBox, you can replay your old games and play them on modern hardware, since there are many interesting and legendary DOS applications that aren’t available for Windows or Linux.ĭOSBox is very stressful on many computers, since you normally need a high-end PC to emulate a 486 at 33MHz. DOSBox is an x86 DOS Emulator that not only emulates the x86 architecture, but also emulates a common 1990s-era DOS environment.