This is a list of Continious Controllers that drive my BCR to DW8000 program

So any device that puts out these CC messages will have them converted to sysex that 
the DW800 will respond to.

All value ranges start at 0
If the max value is not mentioned then it is 31.

Royce Craven 5th August 2015

//0     These numbers are the parameter numbers 
   OSC1_OCT     ;
   CC_Num      = 29;
   MaxVal      = 2;
//1
   OSC1_WaveForm;
   CC_Num       = 28;
   MaxVal       = 15;
//2
   OSC1_LEVEL ;
   CC_Num      = 48 ;
//3
   Auto Bend SELECT      ;
   CC_Num      = 14;
   MaxVal      =   3;
//4
   Auto Bend MODE      ;
   CC_Num        = 15;
   MaxVal        = 1;
//5
   Auto Bend TIME ;
   CC_Num        = 22;
//6
   Auto Bend INT ;
   CC_Num         = 23;
//7
   OSC2_OCT      ;
   CC_Num        = 37;
   MaxVal        = 2;
//8
   OSC2_WaveForm        ;
   CC_Num         = 36 ;
   MaxVal         =   15;
//9
   OSC2_LEVEL ;
   CC_Num      = 49;
//10
   OSC2_INTERVAL  ;
   CC_Num   = 38;
   MaxVal   =   4;         // forget INHIBIT
//11
   OSC2_DETUNE    ;
   CC_Num     = 39;
   MaxVal     = 6;
//12
   NOISE_LEVEL;
   CC_Num     = 50;
//13
   ASIGN_MODE;
   CC_Num      = 35;
//14 Forget this till you find out what it is
//15
   CUTOFF     ;
   CC_Num          = 44;
   MaxVal          = 63;
//16
   RESONANCE  ;
   CC_Num       = 45;
//17
   KBD_TRACK     ;
   CC_Num       = 32;
   MaxVal       = 3;
//18
   POLARITY      ;
   CC_Num        = 33;
   MaxVal        = 1;
//19
   VCF_Envelope Intensity ;
   CC_Num      = 59 ;
//20
   VCF_EG_Attack ;
   CC_Num      = 52;
//21
   VCF_EG_DECAY ;
   CC_Num      = 53;
//22
   VCF_EG_BREAK_POINT ;
   CC_Num      = 54 ;
//23
   VCF_EG_SLOPE;
   CC_Num      = 55;
//24
   VCF_EG_SUSTAIN  ;
   CC_Num        = 56 ;
//25
   VCF_EG_RELEASE  ;
   CC_Num        = 57  ;
//26
   VCF_VELOCITY_SENS ;
   CC_Num      = 58;
//27
   VCA_EG_ATTACK  ;
   CC_Num        = 60;
//28
   VCA_EG_DECAY  ;
   CC_Num        = 61;
//29
   VCA_EG_BREAK_POINT ;
   CC_Num      = 62;
//30
   VCA_EG_SLOPE ;
   CC_Num      = 63 ;
//31
   VCA_EG_SUSTAIN   ;
   CC_Num        = 64;
//32
   VCA_EG_RELEASE   ;
   CC_Num        = 65;
//33
   VCA_VELOCITY_SENS ;
   CC_Num      = 66;
   MaxVal      = 7;
//34
   MG_WAVE ;
   CC_Num           = 13;
   MaxVal           = 3;
//35
   MG_FREQUENCY       ;
   CC_Num           = 20 ;
//36
   MG_DELAY      ;
   CC_Num          = 21 ;
//37
   MG TO OSC        ;
   CC_Num            = 47;
//38
   MG TO VCF        ;
   CC_Num            = 46;
//39
   BEND TO OSC   ;
   CC_Num          = 30;
   MaxVal          = 12;
//40
   BEND TO VCF     ;
   CC_Num          = 31 ;
   MaxVal          = 1;
//41
   DELAY_TIME ;
   CC_Num        = 18;
   MaxVal        = 7;
//42
   DELAY_FACTOR ;
   CC_Num      = 26;
   MaxVal      = 15;
//43
   DELAY_FEEDBACK ;
   CC_Num      = 25;
   MaxVal      = 15;
//44
   DELAY_FREQ ;    //LFO to delay time
   CC_Num        = 24;
//45
   DELAY_INTENS ;  //LFO to delay time
   CC_Num      = 16;
//46
   DELAY_EFF_LEVEL ;
   CC_Num      = 27;
   MaxVal      = 15;
//47
   PORTAMENTO TIME ;
   CC_Num           = 67 ;
//48
   AFTER TOUCH TO OSC_MG ;
   CC_Num           = 40;
   MaxVal           = 3;
//49
   AFTER TOUCH TO VCF ;
   CC_Num              = 41;
   MaxVal              = 3;
//50
   AFTER TOUCH TO VCA ;
   CC_Num              = 42;
   MaxVal              = 3;