Commands

Operations are seperated by newlines (hitting the enter key), and parameters go after the operator seperated by spaces.
Whitespace before and after a command will be ignored.
Create comments with ".

Standard
operation description parameters required arguments required
10 places 10/1 on top of the stack none none
0.2 places 1/5 on top of the stack none none
0.1[6] places 1/6 on top of the stack none none
+ addition none 2 rationals
matrix addition none 2 matrices
- subtraction none 2 rationals
* multiplication none 2 rationals
scale matrix none 1 matrix and 1 rational (order doesn't matter)
matrix multiplication none 2 matrices (columns of 1st = rows of 2nd)
/ division none 2 rationals
int integer part none 1 rational
floor rounds down none 1 rational
ceil rounds up none 1 rational
den extracts denominator none 1 rational
% modulus none 2 rationals
gcd greatest common divisor none 2 integers (rational with denominator of 1)
lcm lowest common multiple none 2 integers (rational with denominator of 1)
step x <= 0 → 0,
0 < x → 1
none 1 rational
compare compares 2 rationals outputing -1, 0, or 1 none 2 rationals
# value stack height none none
[ in parameters, prepend a [ to use a stack value from bottom it is the parameter none
] in parameters, prepend a ] to use a stack value from top it is the parameter none
>> copies value at depth depth to copy (0 is top) none
Stack Manipulation
operation description parameters required arguments required
-> moves value at depth to the top depth to pull none
<- moves top value to depth (inverse of ->) depth to push none
del deletes value at depth depth to delete (0 is top) none
Matrices
operation description parameters required arguments required
m create matrix columns, rows (columns*rows) rationals
addRow adds a scaled copy of one row to another row from, row to (0 is first row) 1 matrix and 1 rational (order doesn't matter)
scaleRow scales a row of a matrix by a rational row number (0 is first row) 1 matrix and 1 rational (order doesn't matter)
T transpose none 1 matrix
inv inverses a matrix none 1 matrix
inverses a rational none 1 rational
ref does gaussian elimination none 1 matrix
ind pushes index to stack column, row 1 matrix (stays)
rip rips the last column off a matrix none 1 matrix
flip flips the columns of a matrix none 1 matrix
dim dimensions of matrix none 1 matrix (stays)
dot dot product of 2 vectors none 2 matrices (1 column, same size)
hadamard hadamard product none 2 matrices (same size)
kronecker kronecker product none 2 matrices
outer outer product none 2 matrices (1 column)
Loops
operation description parameters required arguments required
jmp jumps forwards or backwards in instructions distance to jump none
repeat adds a new loop to the repeat pile number of loops none
next does next iteration of top repeat none none
>>> copy iteration of loop loop depth to copy none
break breaks out of top loop none none
leap a combination of break and jmp distance to jump after break none
Auxillary Manipulation
operation description parameters required arguments required
hold remembers a rational or matrix for later, overriding any existing value name of value 1 rational or matrix (stays)
lose forgets a stored value, does nothing if it doesn't exist name to forget none
place copies stored value to stack name of value to place none
exists place 1 or 0 if a value exists name to check none
$ in parameters, prepend a $ to use an auxillary value it is the parameter none