Scratch

when gf clicked
go to x:(0) y:(0)
set [ox v] to (x position)
set [oy v] to (y position)
set [x v] to [100]
set [y v] to [50]
set [time v] to [2]
repeat ((time)*(100))
change x by (((x)-(ox))/((time)*(100)))
change y by (((y)-(oy))/((time)*(100)))
wait (((1)/(100))-(calibration)) secs // calibration is a very small number to adjust for delays in the repeat block
end

Last edited by Hardmath123 (2012-07-19 06:41:52)

LS97 wrote:

Thank you!
You never actually declared calibration though... what should it be?

Well... I didn't tinker enough, but it should be really, really small, like 0.0005-ish. It's to counter-balance the delay induced by repeat until and wait. Hold on, I'll quickly write a program to find it out for me. 

Hardmath123 wrote:

0.03 works fine.    But change all instances of 100 to 10 or 25, otherwise you'll be waiting negative time... 

OK, thank you very much! 

when gf clicked
set [goal x v] to [100]
set [goal y v] to [100]
set [time v] to [3]
set [start v] to (timer)
set [start x v] to (x position)
set [start y v] to (y position)
repeat until <((timer)-(start)) > (time)>
  change x by (((((goal x)-(start x))*(((timer)-(start))/(time)))+(start x))-(x position))
  change y by (((((goal y)-(start y))*(((timer)-(start))/(time)))+(start y))-(y position))
end
change x by ((goal x)-(x position))
change y by ((goal y)-(y position))