int
main(int argc, char* argv[])
{
Gtk::Main mainDoc(argc, argv);
Bakery::init();
qtgtk_init(0);
GYzis* pApp = new GYzis("test");
GYzis::set_command_line_args(argc, argv);
pApp->init(); //Sets it up and shows it.
mainDoc.run();
return 0;
}
// This is the first method that is called after main in created for CsPlayerApplication
void initialise (const String& commandLine)
{
XmlDocument mainDoc(File(File::getCurrentWorkingDirectory().getFullPathName() + File::separatorString + "csProp.scp"));
mainElement = mainDoc.getDocumentElement();
if(mainElement == 0)
{
Logger::outputDebugString("No Cs Setting file avaialble");
GUI::clientSettingDialogWindow clientSettingWindow(new GUI::ClientSettingComponent(true));
clientSettingWindow.runModalLoop();
}
File check(File::getCurrentWorkingDirectory().getFullPathName() + File::separatorString + "csProp.scp");
if(check.exists())
appWindow = new GUI::MainAppWindow(); // Do your application's initialisation code here..
}
void dumpConfigDoc () {
printf(
"Instrument Properties:\n"
" Below is a list of available property-value pairs and their default\n"
" values. The default value is omitted \"(-)\" for properties which\n"
" contain an array of values.\n"
" \n"
" The type identifiers are:\n"
" 'S': text-string, 'I': integer, 'F': float, 'D': double-precision float.\n"
" \n"
" Properties marked with an asterisk (*), are available as MIDI CC\n"
" functions. When used as CC, the values 0-127 (MIDI data) is mapped\n"
" to a range of values appropriate to the function.\n"
" In config-files or on the command-line you must you the type as\n"
" specified e.g. \"osc.temperament=gear60 osc.wiring-crosstalk=0.2\"\n"
"\n"
);
formatDoc("Main", mainDoc());
formatDoc("MIDI Parser", midiDoc());
formatDoc("MIDI Program Parser", pgmDoc());
formatDoc("Tone Generator", oscDoc());
formatDoc("Vibrato Effect", scannerDoc());
formatDoc("Preamp/Overdrive Effect", ampDoc());
formatDoc("Leslie Cabinet Effect", whirlDoc());
formatDoc("Reverb Effect", reverbDoc());
#ifdef HAVE_ZITACONVOLVE
formatDoc("Convolution Reverb Effect", convolutionDoc());
#endif
printf("Filter Types (for Leslie):\n");
int i;
for (i=0;i<9;i++) {
printf(" %d %s\n", i, filterTypeNames[i]);
}
printf("Note that the gain parameter does not apply to type 0 Low-Pass-Filters.\n\n");
printf(
"Additional MIDI Control-Command Functions:\n"
" These properties can not be modified directly, but are meant to be mapped\n"
" to MIDI-controllers (see \"General Information\" above)\n"
" e.g. \"midi.controller.upper.70=upper.drawbar16\".\n"
);
printf(
" {upper|lower|pedal}.drawbar<NUM> I* (-)\n"
" where <NUM> is one of [16, 513, 8, 4, 223, 2, 135 , 113, 1].\n"
" Set MIDI-Controller IDs to adjust given drawbar. --\n"
" The range is inversely mapped to the position of the drawbar, so that fader-like controllers work in reverse, like real drawbars. Note that the MIDI controller values are quantized into 0 ... 8 to correspond to the nine discrete positions of the original drawbar system:\n"
" 0:8 (loudest), 1-15:7, 16-31:6, 32-47:5, 48-63:4, 64-79:3, 80-92:2, 96-110:1, 111-127:0(off)\n"
" rotary.speed-preset I* (-)\n"
" set horn and drum speed; 0-stop, 1:slow, 2:fast\n"
" rotary.speed-toggle I* (-)\n"
" toggle rotary.speed-preset between 1/2\n"
" rotary.speed-select I* (-)\n"
" low-level access function 0..8 (3^2 combinations) [stop/slow/fast]^[horn|drum]\n"
" swellpedal1 D* (0.7)\n"
" set swell pedal gain\n"
" swellpedal2 D* (0.7)\n"
" identical to swellpedal1\n"
" vibrato.knob I* (0)\n"
" <22:vibrato1, <44:chorus1, <66:vibrato2, <88:chorus2, <110vibrato3, >=110:chorus3\n"
" vibrato.routing I* (0)\n"
" <32:off, <64:lower, <96:upper, >=96:both\n"
" vibrato.upper I* (0)\n"
" <64:off, >=64 on \n"
" vibrato.lower I* (0)\n"
" <64:off, >=64 on \n"
" percussion.enable I* (0)\n"
" <16:off, <63:normal, <112:soft, >=112:off\n"
" percussion.decay I* (0)\n"
" <64: fast-decay, >=64 slow decay\n"
" percussion.harmonic I* (0)\n"
" <64: third harmonic, >=64 second harmonic\n"
" overdrive.enable I* (0)\n"
" <64: disable overdrive, >=64 enable overdrive\n"
);
printf("\n");
}
