Instructions: SPACE to enter a line R to run D to delete a line E to edit a line I to insert a line T to set the delay H to hide/unhide lists S to get a save code (triple click to select) L to enter a save code Things you can do: set_(a,b): sets a to b add_(a,b,c): sets a to b+c subt(a,b,c): sets a to b-c mult(a,b,c): sets a to b*c div_(a,b,c): sets a to b/c sqr_(a,b): sets a to b^2 sqrt(a,b): sets a to the square root of b exp_(a,b,c): sets a to b^c mod_(a,b,c): sets a to b mod c join(a,b,c): sets a to join(b,c) let_(a,b,c): sets a to the bth letter of c len_(a,b): sets a to the length of b abs_(a,b): sets a to the absolute value of b flr_(a,b): sets a to the floor of b ceil(a,b): sets a to the ceiling of b sin_(a,b): sets a to the sine of b cos_(a,b): sets a to the cosine of b tan_(a,b): sets a to the tangent of b arsn(a,b): sets a to the arcsine of b arcs(a,b): sets a to the arccos of b artn(a,b): sets a to the arctangent of b ln__(a,b): sets a to the natural log of b log_(a,b): sets a to the log of b e^__(a,b): sets a to e^b 10^_(a,b): sets a to 10^b roun(a,b): sets a to round(b) rand(a,b,c): sets a to a random integer between b and c (inclusive) move(a): move a steps tnrt(a): turn right a degrees tnlf(a): turn left a degrees cxby(a): change x by a cyby(a): change y by a sxto(a): set x to a syto(a): set y to a gtrn(): go to a random position ptrn(): point to a random direction gtxy(a,b): go to a,b ptdr(a): point to direction a ccby(a): change color effect by a pnup(): pen up pndn(): pen down eras(): erase all spct(a): set pen color to a cpcb(a): change pen color by a spst(a): set pen size to a cpsb(a): change pen size by a show(): show hide(): hide wait(a): wait a seconds gtln(a): go to line a clnb(a): change line by a if__(a,b): if a is True, then go to line b ifel(a,b,c): if a is True, then go to line b: else, go to line c eq__(a,b,c): if b=c, a is True: else, a is False comp(a,b,c): if b<c, a is True: else, a is False not_(a,b): if b is True, a is False: else, a is True and_(a,b,c): if b and c are both True, a is True: else, a is False or__(a,b,c): if b and c are both False, a is False: else, a is True
