2Mod4 1/2 2Mod4 1/2 consists of 2 Low Frequency Modulators, where Modulator 2 works on Modulator 1. Modulator 2 can be set to OFF. Several wave types can be selected. The 7th wave type allows to quickly set the this Modulator to a steady signal- some kind of "pause" if you will. All can be changed in realtime. The 2 Modulators can be mixed and so more complex wave patterns occur. 2Mod4 1/2 is the first part of 2; here, the 4 outputs can be switched on, while 2Mod4 2/2 splits these 4 outputs into one in phase, and another that is out of phase. As the phase and out of phase modulators do follow the same modulation values, the out of phase one can get its own offset. This Instrument has 4 possible outputs. 1. ADD - both modulators added together, or Modulator1 only 2. MAX - both modulators added together but only the maximal values are given 3. MIN - both modulators added together but only the minimal values are given 4. MULT - both modulators multiplied. For this to happen, both Modulators needs to be activated. Some extra coding inside the target Instrument is needed. 2Mod4 2/2 produces k-rate modulations, (or when resolution is set, at a-rate) but if i-rate is needed, a conversion inside the target instrument must be implemented. Scaling must be done in the target Instrument. ALL SCALING AND ADDING AN OFFSET TO THE PRODUCED VALUES MUST BE DONE IN THE TARGET INSTRUMENT ITSELF. 2Mod4 only produces values between -1....1. Any offset or scaling back to values between 0...1 must be done in the target Instr. To save CPU, only select the outputs you need! --- version 1, April 2023 - initial version if (<Mod2ON> == 0) then kres1 k_lfo7 <Mod1 speed>, <Mod1 scale>, <Mod1 wave> ; 1 modulator kres2 = 0 ; mod2 shutoff else kres1 k_lfo7 <Mod1 speed>, <Mod1 scale>, <Mod1 wave> ; speed modulator 2 kres2 k_lfo7 <Mod2 speed>, <Mod2 scale>, <Mod2 wave> ; turned ON endif if (<addON> == 1) then ; action rule 1 = adding both modulators kadd = kres1 + kres2 chnset kadd, "ADD" else chnset 0, "ADD" endif if (<maxON> == 1) then ; action rule 2 = max of both modulators kmax max kres1, kres2 chnset kmax, "MAX" else chnset 0, "MAX" endif if (<minON> == 1) then ; action rule 3 = min of both modulators kmin min kres1, kres2 chnset kmin, "MIN" else chnset 0, "MIN" endif if (<multON> == 1) then ; action rule 4 = multiply both modulators kmult = kres1 * kres2 chnset kmult, "MULT" else chnset 1, "MULT" endif 5 5 DOT true 0 0 Group 0x00000033 0x000000ff 0xffffffff true 20 20 Roboto 12.0 0 0 4 O u t p u t M o d u l a t o r 0x4d4d4dff 0x4d1a4dff 0xffffffff true 20 20 Roboto 14.0 10 10 2channel Modulate 0x282828ff 0x000000ff 0xffffffff false 228 100 Roboto 12.0 10 170 Modulator1 0x3a3a3aff 0x000000ff 0xffffffff true 20 20 Roboto 12.0 Mod1 scale 80 10 true 0.0 1.0 1.0 60 true true scale true Roboto 12.0 124 120 7 Roboto 14.0 108 120 6 Roboto 14.0 44 120 2 Roboto 14.0 Mod1 wave 6 98 sine, triangle, square x 2, saw up, saw down true 0.0 7.0 1 2.0 133 true false 76 120 4 Roboto 14.0 28 120 1 Roboto 14.0 92 120 5 Roboto 14.0 60 120 3 Roboto 14.0 Mod1 speed 5 10 frequency rate of vibrato true 0.0 20.0 4.251621866807291 60 true true speed true Roboto 12.0 12 120 0 Roboto 14.0 10 10 Modulator2 0x3a3a3aff 0x000000ff 0xffffffff true 20 20 Roboto 12.0 44 120 2 Roboto 14.0 Mod2 scale 80 10 true 0.0 1.0 1.0 60 true true scale true Roboto 12.0 108 120 6 Roboto 14.0 Mod2ON 5 5 true true true Mod2 speed 10 10 frequency rate of vibrato true 0.0 20.0 1.7579146357552078 60 true true speed true Roboto 12.0 12 120 0 Roboto 14.0 Mod2 wave 6 98 sine, triangle, square x 2, saw up, saw down true 0.0 7.0 1 2.0 133 true false 60 120 3 Roboto 14.0 76 120 4 Roboto 14.0 92 120 5 Roboto 14.0 28 120 1 Roboto 14.0 124 120 7 Roboto 14.0 165 170 outputs 0x3a3a3aff 0x000000ff 0xffffffff true 105 137 Roboto 12.0 addON 24 15 true add true true maxON 24 45 true max false true multON 24 105 true multiply false true minON 24 75 true min false true 165 10 Score Module - use this to add extra P-fields in Score and instrumentcode Wave Type 0x66666600 0x000000ff 0xf0f0ffff true 103 139 Roboto 12.0 15 46 3 Roboto 12.0 33 90 random Roboto 12.0 15 106 7 Roboto 12.0 33 120 offset Roboto 12.0 33 75 saw down Roboto 12.0 15 60 4 Roboto 12.0 15 0 0 Roboto 12.0 15 120 8 Roboto 12.0 33 105 freeze Roboto 12.0 33 15 triangle Roboto 12.0 33 60 saw up Roboto 12.0 33 30 square Roboto 12.0 15 15 1 Roboto 12.0 33 45 cosine Roboto 12.0 33 0 sine Roboto 12.0 15 90 6 Roboto 12.0 15 75 5 Roboto 12.0 15 30 2 Roboto 12.0 k_lfo7 k kkk kcps, kdepth, ktype xin iSineTable chnget "lfo2_sine" if (iSineTable == 0) then iSineTable ftgen 0, 0, 65536, 10, 1 ; sine wave chnset iSineTable, "lfo2_sine" endif kout init 0 if (ktype == 0) then ;SINE kout oscil3 kdepth, kcps, iSineTable elseif (ktype == 1) then ;TRIANGLE aout vco2 kdepth, kcps, 12 kout downsamp aout elseif (ktype == 2) then ;SQUARE (BI-POLAR) aout vco2 kdepth, kcps, 10 kout downsamp aout elseif (ktype == 3) then ;COSINE kout oscil3 kdepth, kcps, iSineTable, .25 elseif (ktype == 4) then ;SAW TOOTH (UP) aout vco2 kdepth, kcps, 0 kout downsamp aout kout = kout * -1 elseif (ktype == 5) then ;SAW TOOTH (DOWN) aout vco2 kdepth, kcps, 0 kout downsamp aout elseif (ktype == 6) then ;RANDOM kout jspline kdepth, kcps, 2 ;jitter elseif (ktype == 7) then ;FREEZE ; empty endif xout kout