On Monday 25 January 2010 05:38:12 Eliot Handelman wrote:
> A related question: where do I see the ranges of velocity dimensions?
> That is, how do I know which ranges of velocity values
> maps to which samples? I've been poking through giga.cpp & friends and I
> haven't worked this out.
>From user or code perspective?
In gigedit you can just click on the bottom of the window on the respective
velocity split zone and then gigedit will immediately show all settings of
that "dimension region" (a.k.a. "case" by Tascam), including the sample name.
Or... you can use "gigdump foo.gig" on the console, which e.g. gives you
something like this:
Available Instruments:
Instrument 1) "Philharmonia Violin Short", MIDIBank=0, MIDIProgram=0
Region 1) Sample: "G3_ss", 44100Hz,
KeyRange=55-55, VelocityRange=0-127, Layers=1
Loops=0
Dimensions=1
Dimension[0]: Type=VELOCITY, Bits=2, Zones=3, SplitType=NORMAL
Dimension Region 1)
Sample: "G3_ss", 44100Hz, UnityNote=55, FineTune=0, Gain=0dB,
SampleStartOffset=0
LFO1Frequency=1Hz, LFO1InternalDepth=0, LFO1ControlDepth=0
LFO1Controller=0
LFO2Frequency=1Hz, LFO2InternalDepth=0, LFO2ControlDepth=0
LFO2Controller=0
LFO3Frequency=1Hz, LFO3InternalDepth=0, LFO3ControlDepth=0
LFO3Controller=1
EG1PreAttack=0permille, EG1Attack=6.02386e-09s,
EG1Decay1=0.005s, EG1Sustain=1000permille, EG1Release=0.3s,
EG1Decay2=1.66007e+08s, EG1Hold=0
EG2PreAttack=0permille, EG2Attack=6.02386e-09s,
EG2Decay1=0.005s, EG2Sustain=1000permille, EG2Release=0.3s,
EG2Decay2=1.66007e+08s
VCFEnabled=0, VCFType=0, VCFCutoff=0, VCFResonance=0,
VCFCutoffController=0
VelocityResponseCurve=NONLINEAR, VelocityResponseDepth=3,
VelocityResponseCurveScaling=32
Pan=0
Dimension Region 2)
Sample: "G3_sm", 44100Hz, UnityNote=55, FineTune=0, Gain=0dB,
SampleStartOffset=0
LFO1Frequency=1Hz, LFO1InternalDepth=0, LFO1ControlDepth=0
LFO1Controller=0
LFO2Frequency=1Hz, LFO2InternalDepth=0, LFO2ControlDepth=0
LFO2Controller=0
LFO3Frequency=1Hz, LFO3InternalDepth=0, LFO3ControlDepth=0
LFO3Controller=1
EG1PreAttack=0permille, EG1Attack=6.02386e-09s,
EG1Decay1=0.005s, EG1Sustain=1000permille, EG1Release=0.3s,
EG1Decay2=1.66007e+08s, EG1Hold=0
EG2PreAttack=0permille, EG2Attack=6.02386e-09s,
EG2Decay1=0.005s, EG2Sustain=1000permille, EG2Release=0.3s,
EG2Decay2=1.66007e+08s
VCFEnabled=0, VCFType=0, VCFCutoff=0, VCFResonance=0,
VCFCutoffController=0
VelocityResponseCurve=NONLINEAR, VelocityResponseDepth=3,
VelocityResponseCurveScaling=32
Pan=0
But the latter is a bit harder to read, because it just displays all dimension
regions (aka cases) and you have to know how it resolves the respective
dimension region from the respective dimension values. If you are interesting
in exactly that, there is some explanation in the libgig kickstart
documentation: http://download.linuxsampler.org/doc/libgig/Introduction.pdf
Or do you even need to know where exactly this is done in libgig?
CU
Christian
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