INTERFACE 1200,100
VSTVARS 10
VSTVAR 0,.2,"VOLUME","",0,1,1
VSTVAR 1,0,"x","",0,16,2
VSTVAR 2,0,"x","",0,16,2
VSTVAR 3, 1, "Blend Factor", "", 0, 1, 1
VSTVAR 4, .98, "LPROOMSIZE", "", .9, .9999, 0
VSTVAR 5, .94, "HPROOMSIZE", "", .9, .9999, 0
VSTVAR 6, 5000, "F Thres", "Hz", 10, 20000, 0
VSTVAR 7, 50, "Dry/Wet", "%", 0, 100, 1
VSTVAR 8, 0, "Pre-Delay", "ms", 0, 100, 1
VSTVAR 9, 3, "RVB Wide", "", 0, 5, 1

DEBUG 1,420,50
KNOB 0, "*D70;L3"



TOOLTIP "Reverb widening. ( 混响扩展 )\nSet this parameter to 0 to have a monophonic REVERB.\nIncrease to increase wideness.", 9
TOOLTIP "Pre-Delay control: the REVERB starts after this delay.", 8
TOOLTIP "Dry/Wet control.", 7
TOOLTIP "Frequency threshold between low and high portion of the spectrum.", 6
TOOLTIP "Feedback for the high portion of the spectrum ('Room size').", 5
TOOLTIP "Feedback for the low portion of the spectrum ('Room size').", 4
TOOLTIP "Blend factor between the Secondary Temperament (0) and the Current Temperament (1).", 3
TOOLTIP "Secondary Temperament.", 2
TOOLTIP "Current Temperament.", 1
TOOLTIP "Oscillator Volume.", 0



TEMPERAMENTCC 601
TEMPERAMENT 2
//SAMPLE <slot_number>; <numeric_code>; <2nd_harmonic_numeric_code>; <2nd_harmonic_amplitude>; <2nd_harmonic_frequency>; <2nd_harmonic_phase>; <3rd...
sample 1,9

GAINENV &600,0,.1,0,0,1,3

TEMPERAMENTBLEND 603,2,602


POST
IF MCC(607)<.1 EXIT
OUT=.01*((100-MCC(607))*OUT+MCC(607)*WIDE(DELAY(REVERB(OUT,MCC(604),MCC(605),MCC(606),-1),MCC(608)*.001),MCC(609)))

LAYER
OUT=OSCG("Mg",1)


