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3xOsc_color_1.0.0.py

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+"""3xOsc color calculator 1.0.0 - Calculate volumes for colors with Fruity
+Loops 3xOsc oscillators.
+Copyright (C) 2023  Fonazza-Stent
+
+This program is free software: you can redistribute it and/or modify
+it under the terms of the GNU General Public License as published by
+the Free Software Foundation, either version 3 of the License, or
+(at your option) any later version.
+
+This program is distributed in the hope that it will be useful,
+but WITHOUT ANY WARRANTY; without even the implied warranty of
+MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+GNU General Public License for more details.
+
+You should have received a copy of the GNU General Public License
+along with this program.  If not, see <https://www.gnu.org/licenses/>."""
+
+def inputRGB():
+    global R
+    global G
+    global B
+    global quitcheck
+    print ("Input R, G, B values for a color in RGB format."+"\n")
+    R=input("R (q to quit): ")
+    if R=='q':
+        quit()
+    if R.isdigit()==False or int(R)<0:
+        R=0
+    if int(R)>255:
+        R=255
+    G=input("G (q to quit): ")
+    if G=='q':
+        quit()
+    if G.isdigit()==False or int(G)<0:
+        G=0
+    if int(G)>255:
+        G=255
+    B=input("B (q to quit): ")
+    if B=='q':
+        quit()
+    if B.isdigit()==False or int(B)<0:
+        B=0
+    if int(B)>255:
+        B=255
+    R=int(R)
+    G=int(G)
+    B=int(B)
+    CalculateVolumes(R,G,B)
+
+#GenerateChord
+
+def CalculateVolumes(R,G,B):
+    RGB=[R,G,B]
+    RGBmax=max(RGB)
+    saw=int(50/RGBmax*R)
+    square=int(50/RGBmax*G)
+    sine=int(50/RGBmax*B)
+    osclist=[saw,square,sine]
+    maxosc=max(osclist)
+    osc_one=False
+    print ("\n")
+    if saw==maxosc and osc_one==False:
+        print ("Saw: Oscillator 1")
+        osc_one=True
+    else:
+        print ("Saw: ",saw)
+    if square==maxosc and osc_one==False:
+        print ("Square: Oscillator 1")
+        osc_one=True
+    else:
+        print ("Square: ",square)
+    if sine==maxosc and osc_one==False:
+        print ("Sine: Oscillator 1")
+        osc_one=True
+    else:
+        print ("Sine: ",sine)
+    print ("\n")
+    RGBscale=[R/255*100,G/255*100,B/255*100]
+    RGBvalue=int(100-max(RGBscale))
+    print ("Clone synth specified above, pitch it one octave below, invert polarity and set volume on: ", RGBvalue)
+    print ("\n")
+
+#main
+def main():
+    global R
+    global G
+    global B
+    while True:
+        inputRGB()
+
+main()

ReadMe.txt

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+3xOsc color calculator 1.0.0
+
+A color calculator for the 3xOsc synth built in all copies of FL Studio from Image-Line.
+The program will take channel values for an RGB color as an input and output volume parameters for each
+oscillator on the 3xOsc synth found on all copies of FL Studio from Image-Line. Volume values for
+Saw, Square and Sine waveshape correspond to the Red, Green and Blue channel of the color. The
+highest volume value will be set on the top oscillator (Oscillator 1), where no volume control is
+provided. Set this oscillator to the corresponding waveshape and the other two to the other
+waveshapes, adjusting volumes as shown by the program.
+Clone the synth with these settings and set its main volume to the volume shown by the program after
+the "Clone synth specified above" message.
+When played in a track with other presets, this presets will transfer to the brain the subliminal
+synesthetic sensation of that particular color.
+More info about this at the following link: www.fonazzastent.com