Okay, time for something fun that , for once, ISN'T related to π! (Lol)
This program takes a user-inputted base and offset, and graphs the corresponding log and inverse log. This assumes the format:
log_base(x + o)
Please enjoy! #^__ ^#
wow and didn't understand how how did you made a turtle to graph a function till me
@luffy223 You basically just take the turtle's x or y value (scaled down however much you'd like), and plug it into an equation! Just look at lines 26 and 38 for even more clarity.
mmmm could i input a function @LizFoster
@luffy223 no, I don't think so, not on this program at least.
not on yours or not on python [email protected]
@luffy223 Not on mine.
mmmm let's try making a python based desmos haha @LizFoster
@luffy223 wwwwwwwww
Hold my beer!
haha or like you [email protected]
@luffy223 What do you mean?
Logarithms and Inverse Logarithms!
Okay, time for something fun that , for once, ISN'T related to π! (Lol)
This program takes a user-inputted base and offset, and graphs the corresponding log and inverse log. This assumes the format:
log_base(x + o)
Please enjoy! #^__ ^#
wow and didn't understand how
how did you made a turtle to graph a function till me
@luffy223 You basically just take the turtle's x or y value (scaled down however much you'd like), and plug it into an equation! Just look at lines 26 and 38 for even more clarity.
mmmm could i input a function @LizFoster
@luffy223 no, I don't think so, not on this program at least.
not on yours or not on python [email protected]
@luffy223 Not on mine.
mmmm let's try making a python based desmos haha @LizFoster
@luffy223 wwwwwwwww
Hold my beer!
haha or like you [email protected]
@luffy223 What do you mean?