keep in mind that an external editors can do this more. REVIEW "Handy tool for alpha Juno and mks-50 fans. HS-10 - an alpha juno1 with different case.ĭtronics DT300 is a modern Pg300 clone made by third part company. HS-80 consumer version of alpha Juno2 with different outfit. MKS-50 rack unit with some enhancements like Detuning, Portamento and a double RAM memory. Ju2 is bigger with 5 octave keyboard velocity and aftertouch sensitive keys Alpha Juno Control (MAC / free) PIC below.Īlpha Juno 1 smaller version with 49 keys (no velocity) and no cartridge port. VST AU Alpha JUNO Editor (MAC-PC / $$) PIC
It's also an advanced Program and Bank Manager/Librarian tool that allows you to view, edit. This is a run-through of the awesome Alpha Base programmer software for the Roland Alpha Juno series and MKS-50 synthesizers. Automate all parameters using your favorite VST or Audio Unit DAW host.
LFO : defines the modulator frequency and start-delay amount.ĪLTERNATIVE TO PG300: if you don't manage to get the PG300 for your synth or module, there are some software based programs that badly helps and quite replace the hardware programmer. The VST-AU JUNO-106 Editor gives you full control of every parameter of the sound on the Roland JUNO-106 and HS-60 synthesizers. VCA : defines the VCA parameters including: the level, the envelope mode and aftertouch settings.įX : defines the amount and rate of internal chorus based on BBD.ĮG : defines the 4-stages + 3 time levels with polarity inversion EG:
OSCILLATOR: defines the DCO parameters including waveforms, shape widht suboscillator, noise and DCO lfo settings.įILTER : defines the VCF parameters including: resonance, cutoff, highpass amount, VCF Eg mode and keyfollow amount.
The PG300 is organized into 6 main sections:
MIDI the PG generates Sysex Midi strings that quicken edit process: no more submenus or other deep hidden sections, a breeze! Power supply is external PSU with standard 9V negative in center polarity. PROGRAMMER Unit features 30 sliders for total control and no display (anyway it is not necessary).
Put together, you get a situation where linker errors, and the reasons for them, can be cryptic in the extreme.
And linkers do not necessarily have access to the source code for the object files they are linking. Traditionally, linker technology has lagged behind compilers, mostly because it’s generally more fun to build a compiler than to build a linker.