Math

---

opADD8 (SOURCE1, SOURCE2, DESTINATION)

• Add two 8 bit values DESTINATION = SOURCE1 + SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA8)	SOURCE1
  (DATA8)	SOURCE2

  Returns

  (DATA8) DESTINATION

  ---

  opADD16 (SOURCE1, SOURCE2, DESTINATION)

• Add two 16 bit values DESTINATION = SOURCE1 + SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA16)	SOURCE1
  (DATA16)	SOURCE2

  Returns

  (DATA16) DESTINATION

  ---

  opADD32 (SOURCE1, SOURCE2, DESTINATION)

• Add two 32 bit values DESTINATION = SOURCE1 + SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA32)	SOURCE1
  (DATA32)	SOURCE2

  Returns

  (DATA32) DESTINATION

  ---

  opADDF (SOURCE1, SOURCE2, DESTINATION)

• Add two floating point values DESTINATION = SOURCE1 + SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATAF)	SOURCE1
  (DATAF)	SOURCE2

  Returns

  (DATAF) DESTINATION

  ---

  opSUB8 (SOURCE1, SOURCE2, DESTINATION)

• Subtract two 8 bit values DESTINATION = SOURCE1 - SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA8)	SOURCE1
  (DATA8)	SOURCE2

  Returns

  (DATA8) DESTINATION

  ---

  opSUB16 (SOURCE1, SOURCE2, DESTINATION)

• Subtract two 16 bit values DESTINATION = SOURCE1 - SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA16)	SOURCE1
  (DATA16)	SOURCE2

  Returns

  (DATA16) DESTINATION

  ---

  opSUB32 (SOURCE1, SOURCE2, DESTINATION)

• Subtract two 32 bit values DESTINATION = SOURCE1 - SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA32)	SOURCE1
  (DATA32)	SOURCE2

  Returns

  (DATA32) DESTINATION

  ---

  opSUBF (SOURCE1, SOURCE2, DESTINATION)

• Subtract two floating point values DESTINATION = SOURCE1 - SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATAF)	SOURCE1
  (DATAF)	SOURCE2

  Returns

  (DATAF) DESTINATION

  ---

  opMUL8 (SOURCE1, SOURCE2, DESTINATION)

• Multiply two 8 bit values DESTINATION = SOURCE1 * SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA8)	SOURCE1
  (DATA8)	SOURCE2

  Returns

  (DATA8) DESTINATION

  ---

  opMUL16 (SOURCE1, SOURCE2, DESTINATION)

• Multiply two 16 bit values DESTINATION = SOURCE1 * SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA16)	SOURCE1
  (DATA16)	SOURCE2

  Returns

  (DATA16) DESTINATION

  ---

  opMUL32 (SOURCE1, SOURCE2, DESTINATION)

• Multiply two 32 bit values DESTINATION = SOURCE1 * SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA32)	SOURCE1
  (DATA32)	SOURCE2

  Returns

  (DATA32) DESTINATION

  ---

  opMULF (SOURCE1, SOURCE2, DESTINATION)

• Multiply two floating point values DESTINATION = SOURCE1 * SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATAF)	SOURCE1
  (DATAF)	SOURCE2

  Returns

  (DATAF) DESTINATION

  ---

  opDIV8 (SOURCE1, SOURCE2, DESTINATION)

• Divide two 8 bit values DESTINATION = SOURCE1 / SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA8)	SOURCE1
  (DATA8)	SOURCE2

  Returns

  (DATA8) DESTINATION

  ---

  opDIV16 (SOURCE1, SOURCE2, DESTINATION)

• Divide two 16 bit values DESTINATION = SOURCE1 / SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA16)	SOURCE1
  (DATA16)	SOURCE2

  Returns

  (DATA16) DESTINATION

  ---

  opDIV32 (SOURCE1, SOURCE2, DESTINATION)

• Divide two 32 bit values DESTINATION = SOURCE1 / SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATA32)	SOURCE1
  (DATA32)	SOURCE2

  Returns

  (DATA32) DESTINATION

  ---

  opDIVF (SOURCE1, SOURCE2, DESTINATION)

• Divide two floating point values DESTINATION = SOURCE1 / SOURCE2
  

• Dispatch status unchanged

  Parameters

  (DATAF)	SOURCE1
  (DATAF)	SOURCE2

  Returns

  (DATAF) DESTINATION

  ---

  opMATH (CMD, ....)

• Math function entry
  

• Dispatch status unchanged

  Parameters

  (DATA8)

  CMD - Specific command parameter

  
  

  • CMD = EXP
    e^X (R = expf(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = POW
    Exponent (R = powf(X,Y))
    

    • Parameters

      (DATAF)

      X -

    • Parameters

      (DATAF)

      Y -

    • Returns

      (DATAF) R -

      
      
  • CMD = MOD8
    Modulo (R = X % Y)
    

    • Parameters

      (DATA8)

      X -

    • Parameters

      (DATA8)

      Y -

    • Returns

      (DATA8) R -

      
      
  • CMD = MOD16
    Modulo (R = X % Y)
    

    • Parameters

      (DATA16)

      X -

    • Parameters

      (DATA16)

      Y -

    • Returns

      (DATA16) R -

      
      
  • CMD = MOD32
    Modulo (R = X % Y)
    

    • Parameters

      (DATA32)

      X -

    • Parameters

      (DATA32)

      Y -

    • Returns

      (DATA32) R -

      
      
  • CMD = MOD
    Modulo (R = fmod(X,Y))
    

    • Parameters

      (DATAF)

      X -

    • Parameters

      (DATAF)

      Y -

    • Returns

      (DATAF) R -

      
      
  • CMD = FLOOR
    Floor (R = floor(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = CEIL
    Ceil (R = ceil(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = ROUND
    Round (R = round(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = ABS
    Absolut (R = fabs(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = NEGATE
    Negate (R = 0.0 - X)
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = TRUNC
    Truncate
    

    • Parameters

      (DATAF)

      X - Value

    • Parameters

      (DATA8)

      P - Precision [0..9]

    • Returns

      (DATAF) R - Result

      
      
  • CMD = SQRT
    Squareroot (R = sqrt(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = LOG
    Log (R = log10(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = LN
    Ln (R = log(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = SIN
    Sin (R = sinf(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = COS
    Cos (R = cos(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = TAN
    Tan (R = tanf(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = ASIN
    ASin (R = asinf(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = ACOS
    ACos (R = acos(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -

      
      
  • CMD = ATAN
    ATan (R = atanf(X))
    

    • Parameters

      (DATAF)

      X -

    • Returns

      (DATAF) R -