;; f is an expression
(let ((TX (and X (calculator-truncate X)))
(TY (and Y (calculator-truncate Y)))
- (DX (if (and X calculator-deg) (/ (* X pi) 180) X))
+ (DX (if (and X calculator-deg) (degrees-to-radians X) X))
(L calculator-saved-list)
(fF `(calculator-funcall ',f x y))
- (fD `(if calculator-deg (/ (* x 180) float-pi) x)))
+ (fD `(if calculator-deg (* radians-to-degrees x) x)))
(eval `(cl-flet ((F (&optional x y) ,fF) (D (x) ,fD))
(let ((X ,X) (Y ,Y) (DX ,DX) (TX ,TX) (TY ,TY) (L ',L))
,f))
Returns a list of points. Each point is on the form (X1 . Y1)."
(let ((points))
(while (> n 0)
- (let* ((angle (* (random 359) (/ float-pi 180)))
+ (let* ((angle (degrees-to-radians (random 359)))
(dist (random radius))
(point (cons (round (* dist (cos angle)))
(round (* dist (sin angle))))))