Ok, maybe someone will make MSX-tracker for SID. Only thing is, if I can ever use those marvelous things, from BASIC? (this second wish felt more like utopistic dream.) Or get access to Sega´s colour palette/whatever, again from BASIC? (I know, I can use MSX2 for that anyway, I am more interested about SID and Sega PSG )Īges ago, originally I made a little wish here, if I could have one (or more) PSG chip fitted inside cartridge to get more PSG channels and my another wish was to get SID into MSX, accessible directly from MSX-BASIC. Will there be a day, when *I* can program SID or Sega PSG straight from BASIC? So what are the current prices of Moonsound and OPL4 shockwaveĪs a BASIC programmer, only thing which keeps worrying me, is that can *I* program something using playsoniq? We’ll do our utmost best to keep the final sale price between a Moonsound and a OPL4 shockwave -)
Goattracker sng to video code#
So, is there MSX-BASIC extension for programming SID from MSX-BASIC without any machine code knowledge?ĪND, is there MSX-BASIC extension for programming BOTH PSGs (MSX´s PSG and Sega´s PSG) from MSX-BASIC to PLAY SIX PSG CHANNELS AT SAME TIME without any machine code knowledge? * Total of 13 extra sound-channels, SID filter controllable Is it now possible to play ALL Colecovision games on MSX? Mission emulator gives chance to play many Coleco games but not all.
Goattracker sng to video software#
* Software switch for VDP addresses: MSX1 Mirror mode, SEGA (Franky) or Colecovision mode To make it possible to use joysticks and keyboard on MSX (without any slowdown in joy/key reading) while playing some SMS game on MSX? * Real-time Joystick, Keyboard and OPLL to MSX remapping when in Sega Master System mode. I guess this is mainly for demo/game makers or play just few old psg songs in SCC?
What this means? Is it really "Now you can play ANY psg song and hear it played in SCC" I guess not. * PSG to SCC redirecting in FPGA hardware, software switchable * SCC/SCC-I (in FPGA) + 512KB Konami mapper, compatible with romload, loadrom and others * MOS Technology 6581 or 8580 Sound Interface Device (SID), also found in the Commodore 64/128. * Sega 315-5246 Audio/Video chip (found in latest Sega Master System II game consoles)ĭoes this mean that PlaySoniq now has both Sega PSG + Sega FM included? I just know that later SMS models had FM chip. Pictures about this product and a little video can all be seen at SuperSoniqs. This new product is targeted for August, and the price will probably not be steep it would fit anyone's budget. Gold plated slot-connector for durability.Total of 13 extra sound-channels, SID filter controllable.Software switch for VDP addresses: MSX1 Mirror mode, SEGA (Franky) or Colecovision mode.Support for around 400 Sega Master System, SC-1000 and SG-3000 games.
Real-time Joystick, Keyboard and OPLL to MSX remapping when in Sega Master System mode.PSG to SCC redirecting in FPGA hardware, software switchable.SCC/SCC-I (in FPGA) + 512KB Konami mapper, compatible with romload, loadrom and others.Memory switchable between MSX or Sega Master System mode.Up to 128 Megabit RAM (16MB) addressable memory.MOS Technology 6581 or 8580 Sound Interface Device (SID), also found in the Commodore 64/128.PAL/NTSC Encoder (50/60Hz real-time software switchable).Sega 315-5246 Audio/Video chip (found in latest Sega Master System II game consoles).A day ago we reported about OPL4 Shockwave and Powergraph, and then SuperSoniqs bangs the door with their latest hardware project: PlaySoniq lotsa fun things on a PCB which can open doors to new possibilities.
Goattracker sng to video update#
So to get a good framerate, which would matter for sending scrolling waveforms to the screens, my understanding is that Mixxx would have to compare every rendered frame to identify which rectangles of the screen to update in each USB packet.These are exciting times for MSX hardware. Fortunately that doesn't interfere with any other features of the controller because the other USB signals have higher priority (isochronous for the audio, interrupt for the HID). However, according to the author of Ctlra it is more complicated than that to get 60 FPS framerate to the screens because simply sending all the pixels continuously saturates the USB bus. Traktor does this by rendering QML to an offscreen buffer. Unlike some other controllers with screens which just take some metadata from the software and do their own rendering, Native Instruments controllers with screen rely on the software to do the rendering. The screens work by sending a bunch of pixels to a vendor defined class USB bulk endpoint.
I have been talking to the author of Ctlra who has reverse engineered the screens. Project mention: starting to get Kontrol S4 Mk3 motorized wheel working in Mixxx | /r/DJs |
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