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The mod commands
r - register/input
v - value
m - mark or counter plus value
b - math operation
c - constant
preffix _ used for optional value
COPY r/v/c arg1 r arg2 - copies from arg1 to arg2
ADDI r/v/c arg1 r/v/c arg2 r arg3 - add arg1 and arg2 then copies it to arg3
SUBI r/v/c arg1 r/v/c arg2 r arg3 - sub arg1 and arg2 then copies it to arg3
MULI r/v/c arg1 r/v/c arg2 r arg3 - mul arg1 by arg2 then copies it to arg3
DIVI r/v/c arg1 r/v/c arg2 r arg3 - divide arg1 by arg2 then copies it to arg3
DVRI r/v/c arg1 r/v/c arg2 r arg3 - division remainder of arg1 and arg2 to arg3
EXPI r/v/c arg1 r/v/c arg2 r arg3 - exponentiation arg1 and arg2 then copies it to arg3
ANDI r/v/c arg1 r/v/c arg2 r arg3 - arg1 byte and arg2 and copies it to arg3
ORII r/v/c arg1 r/v/c arg2 r arg3 - arg1 byte or arg2 and copies it to arg3
NOTI r/v/c arg1 r arg2 - byte not arg1 to arg2
XORI r/v/c arg1 r/v/c arg2 r arg3 - arg1 byte xor arg2 and copies it to arg3
MARK m arg1 _v arg2 - saves mark arg1 to marks. if arg2 defined then mark adress set to arg2
JUMP m arg1 - jump to mark arg1 in marks
CALL m arg1 - jump to mark arg1 in marks + save counter value, what can be restored using RETI
RETI - restore counter value
TEST r/v/c arg1 b arg2 r/v/c arg3 m arg4 - if arg1 arg2(=, !=, >, >=, <, <=) arg3 then jump to mark arg4
CONS c arg1 v arg2 - saves constant to constants
NOPE - does nothing
WAIT - waits for user input
SLEP r/v arg1 - sleep arg1 time in seconds
SKIP r/v arg1 - skips arg1 ticks
COMM - comment, does nothing
PRNT r/v/c arg1 - prints number to log
RSET r/v/c arg1 r/v/c arg2 - set register from register or number arg1 to arg2 value
RGET r/v/c arg1 r arg2 - returns register from register or number arg1 to arg2
PUSH r/v/c arg1 r/v/c arg2 - insert arg2 number to stack at index arg1
POPI r/v/c arg1 r arg2 - pop number from stack with index arg1 to arg2
STLN r arg1 - return length of stack to arg1
GETI r/v/c arg1 r arg2 - get number from stack and store it to arg2
SLEN r/v/c arg1 r arg2 - return length of arg1 to arg2
Example: SLEN 200 OUT return 3 to out
Example: SLEN 223210 OUT return 6 to out
CUTS r/v/c arg1 r/v/c arg2 r arg3 - cut number arg1 by arg2 from start to arg3
Example: CUTS 120 2 OUT return 20 to out
Example: CUTS 123456 4 OUT return 3456 to out
CUTE r/v/c arg1 r/v/c arg2 r arg3 - cut number arg1 by arg2 from end to arg3
Example: CUTE 120 2 OUT return 12 to out
Example: CUTE 123456 4 OUT return 1234 to out
ADDS r/v/c arg1 r/v/c arg2 r arg3 - combine numbers arg1 and arg2 to arg3
Example: ADDS 2323 45 OUT return 232345 to out
Example: ADDS 231 232 OUT return 231232 to out
SRVS r/v/c arg1 r arg2 - reverse number arg1 to arg2
Example: SRVS 00001 OUT return 10000 to out
Example: SRVS 12345 OUT return 54321 to out
RAND r/v/c arg1 r arg2 - get random number from 1 to arg1 and store it to arg2
Example: RAND 200 OUT return 1-200 to out
Example: RAND 13 OUT return 1-13 to out
ABSI c/r/v arg1 r arg2 - return math.abs(arg1) to arg2
ACOS c/r/v arg1 r arg2 - return math.acos(arg1) to arg2
ASIN c/r/v arg1 r arg2 - return math.asin(arg1) to arg2
ATAN c/r/v arg1 r arg2 - return math.atan(arg1) to arg2
ATN2 c/r/v arg1 c/r/v arg2 r arg3 - return math.atan2(arg1, arg2) to arg3
CEIL c/r/v arg1 r arg2 - return math.ceil(arg1) to arg2
COSI c/r/v arg1 r arg2 - return math.cos(arg1) to arg2
COSH c/r/v arg1 r arg2 - return math.cosh(arg1) to arg2
DEGI c/r/v arg1 r arg2 - return math.deg(arg1) to arg2
EXPO c/r/v arg1 r arg2 - return math.exp(arg1) to arg2
FLOR c/r/v arg1 r arg2 - return math.floor(arg1) to arg2
FMOD c/r/v arg1 c/r/v arg2 r arg3 - return math.fmod(arg1, arg2) to arg3
FRXP c/r/v arg1 r arg2 - return math.frexp(arg1) to arg2
HUGE r arg1 - return math.huge to arg1
LDXP c/r/v arg1 c/r/v arg2 r arg3 - return math.ldexp(arg1, arg2) to arg3
LOGI c/r/v arg1 r arg2 - return math.log(arg1) to arg2
LG10 c/r/v arg1 r arg2 - return math.log10(arg1) to arg2
MAXI c/r/v arg1 c/r/v arg2 r arg3 - return math.max(arg1, arg2) to arg3
MINI c/r/v arg1 c/r/v arg2 r arg3 - return math.min(arg1, arg2) to arg3
MODF c/r/v arg1 r arg2 - return math.modf(arg1) to arg2
PIII r arg1 - return math.pi to arg1
POWI c/r/v arg1 c/r/v arg2 r arg3 - return math.pow(arg1, arg2) to arg3
RADI c/r/v arg1 r arg2 - return math.rad(arg1) to arg2
SINI c/r/v arg1 r arg2 - return math.sin(arg1) to arg2
SINH c/r/v arg1 r arg2 - return math.sinh(arg1) to arg2
SQRT c/r/v arg1 r arg2 - return math.sqrt(arg1) to arg2
TANI c/r/v arg1 r arg2 - return math.tan(arg1) to arg2
TANH c/r/v arg1 r arg2 - return math.tanh(arg1) to arg2
ROND c/r/v arg1 r arg2 - return math.round(arg1) to arg2