The Stumm PG-23P Crack Keygen is a VST/AU/AUi plugin for Windows, Mac OS X and Linux. The PG-23P is intended to provide a view of the Roland JX-3P (possibly in conjunction with the PG-200). I have included the original programmer's manual and a fully functional test patch. Controlled by the VST host (OS X, Windows or Linux) the plugin is capable of simulating most of the JX-3P's controls, including volume, FX, auto chorus, effects, synth pulse and filter controls, by which means the host can easily manipulate and automate the plugin. Besides making use of the VST host, the plugin features AUX send/recorder controls. This means that the plugin can function as a standalone AUi application as well. The plugin also features a very useful transport control. If the JX-3P's transport is used to control the PG-23P, the plugin is capable of switching tracks and/or individual settings. The two main differences between the PG-23P and the JX-3P are that the PG-23P's compressor, chorus, and sustain are all less compressible and the saturation control is different. The Roland JX-3P and the PG-23P are both fully programmable. This allows the musician to add any conceivable parameters in the host application. Requirements The JX-3P has a minimum of 32K RAM, 4.6MHz CPU. 1.6MHz PWM Clock (low end JX-3P = 4.6MHz, high end JX-3P = 5.5MHz). Internal D/A converter with 8 channels (Stumm PG-23P Full Crack = 2.0 channels). ATARI 20NM05 Audio Interface (Roland JX-3P = 20NM05, PG-23P = 20NM10). The internal D/A converter used in the PG-23P is capable of producing 16 channels (8 channels for the internal 16-bit D/A converter and 8 channels for the 15-bit D/A converter). The maximum possible amount of synthesis channels is 64. Installation The plugin was tested on Windows XP SP2 with VST 2.1 host. Other host software may function, but I do not have access to test that. Important Note: When using this plugin, it is recommended to use 4.
This plugin plays back an internal recording of JX-3P guitar, but with Stumm audio plug-in. It also supports for JX-3P input, I.e. route the audio from this recorder to soundcard as external audio input. JX-3P audio routing: The JX-3P audio routing depends on selected recording mode (direct, mono, stereo). When a JX-3P is plugged into the MIDI port and selected as a recording device, audio is routed directly to the VST. The controller can also be used as an audio input device. You will hear a "tinkle" on the right side of JX-3P chord channels when a chord is played and the volume pedal is depressed. I have tested the unit in direct mode, mono and stereo recording mode. Soundcloud links are to a low quality mp3 version (the original recording are ~16 bit 44.1 khz) of the unit. JX-3P set-up: The internal system of JX-3P is very complex. Each parameter has own reference, voltage range and step, but with the same name. So the setup is not possible with the standard MIDI software. The only way I found is the JX-3P software (see link on the right). I have just received this product and decided to test how the unit is set up with this soft. The following shows how I set up the JX-3P: /********************************************************* * * * * * * * * b78a707d53
--------------------------------------------------------- The Stumm PG-23P VST plugin provides Roland JX-3P emulation, from the view of the PG-200 programmer. Through the use of my JX-3P and available documentation I've tried to match all routing, depth, tuning, and value ranges as closely as possible. With one exception: the chorus could be much better. I don't care much about chorus effects so decided not to spend much time on it. The Stumm PG-23P plugin comes with both USB and MIDI driver implementations. Only MIDI driver for Windows is included. Both Windows and Mac OS versions are provided. --------------------------------------------------------- This plugin works with the following instruments: --------------------------------------------------------- The Stumm PG-23P is the direct descendant of the PG-200. --------------------------------------------------------- The JX-3P is an advanced, low-cost stereo production machine, with extremely high-fidelity stereo effects. It is similar to a Tube Amp Modeler, but with stereo and chorus effects. --------------------------------------------------------- The PG-200 is a low-cost, low-volume, high-fidelity modeler. It can be used as the PG-23P is intended to be used. This plugin supports several features of the JX-3P, both directly and through the use of external effects. --------------------------------------------------------- It also uses much of the same internal functionality as the PG-200, with the addition of low-level volume and panning functions, which has been left intact. Unfortunately, the chorus is not yet done, and has many flaws. I might try to correct them sometime. Important note: The VST implementation provides a number of alternate routing paths. These paths, the master oscillator and panning, may be toggled on and off in the plug-in's user interface. Using some of these paths allows for more precise signal routing than what is supported by the plug-in. This does not mean that the plug-in is not well-supported. In particular, the output ranges are the same. Differences from the original PG-200: ---------------------------------------- Routing: The routing is implemented in three ways: - Numbered paths; they are treated like the multi-path routing of the original. - Toggleable paths; one for each path of the original. - My-path routing; a custom way of routing that lets the signal travel the same way as the original, but
The VST plugin for Roland PG-23P is a pseudo-structure with routing, depth and tuning matched to Roland JX-3P. The only unusual or clever thing here is I've taken the normal chorus and pitch vibrato routines from a Juno drum machine and applied them to the PG-23P strings. These features can be used in a similar way to the JX-3P, but will not necessarily behave identically. Details: It has the following routing options: - Default chorus, 100% (100%) - Bass chorus, 80% (80%) - Bass chorus, 60% (80%) - 2-chorus group, 100% (100%) - 2-chorus group, 80% (80%) - 2-chorus group, 60% (80%) - Chorus cut, 15% (15%) - Chorus depth, 15% (15%) - Chorus depth, 30% (15%) - Chorus depth, 50% (15%) - Chorus depth, 70% (15%) - Chorus sustain, 15% (15%) - Chorus sustain, 30% (15%) - Chorus sustain, 50% (15%) - Chorus sustain, 70% (15%) - Chorus sustain rate, 20% (20%) - Chorus sustain rate, 30% (20%) - Chorus sustain rate, 50% (20%) - Chorus sustain rate, 70% (20%) - Chorus sustain rate, 90% (20%) - Chorus vibrato, 15% (15%) - Chorus vibrato, 30% (15%) - Chorus vibrato, 50% (15%) - Chorus vibrato, 70% (15%) - Chorus vibrato rate, 20% (20%) - Chorus vibrato rate, 30% (20%) - Chorus vibrato rate, 50% (20%) - Chorus vibrato rate, 70% (20%) - Feedback, 100% (100%) - Feedback rate, 20% (20%) - Feedback rate, 50% (20%) - Feedback sustain, 15% (15%) - Feedback sustain, 30% (15%) - Feedback sustain, 50% (15%) - Feedback sustain, 70% (15%) - Feedback sustain rate, 20% (20%) - Feedback sustain rate, 50% (20%) -
Windows: Mac OS X 10.5.8 or later Linux: OpenGL 2.0 Minimum: 2.8 GHz CPU 1 GB RAM 1024×768 display (NTSC or PAL) 512 MB RAM Recommended: 1.8 GHz CPU 2 GB RAM 1 GB VRAM 512
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