(aprim) |
(aprim) |
(param)(yscale)(centerp) |
(param)(yscale)(centerp) |
(newalist `((xlimitratio . 1.0) .,alist)) |
(newalist `((xlimitratio . 1.0) .,alist)) |
(xunit)) |
(xunit)(xlimit)) |
(do ((l primlist (cdr l)) |
(do ((l primlist (cdr l)) |
(i 0 (1+ i)) |
(i 0 (1+ i)) |
(prim) |
(prim) |
(param)(xscale) |
(param)(xscale) |
; (newalist `((ylimitratio . 0.5)(xlimitratio . 0.1) .,alist)) |
; (newalist `((ylimitratio . 0.5)(xlimitratio . 0.1) .,alist)) |
(realregion)(region) |
(realregion)(region) |
(yunit)) |
(yunit)(ylimit)) |
(do ((l primlist (cdr l)) |
(do ((l primlist (cdr l)) |
(i 0 (1+ i))(prim) |
(i 0 (1+ i))(prim) |
; (yunitsum 0) |
; (yunitsum 0) |
; (virtual-region '(nil nil) '(0 0 200 400)) |
; (virtual-region '(nil nil) '(0 0 200 400)) |
; (car nprims) `((ylimit 0 . 50).,newalist) '(0 0 200 400)) |
; (car nprims) `((ylimit 0 . 50).,newalist) '(0 0 200 400)) |
; affines))) |
; affines))) |
|
; |
|
; |
|
; (prind (car nprims))(prind (car affines)) |
(setq prim (affinepart (car nprims) (car affines))) |
(setq prim (affinepart (car nprims) (car affines))) |
(push (xunit prim 200.0) xunits) |
(push (xunit prim 200.0) xunits) |
; (setq yunitsum (plus yunitsum (yunit prim 100.0))) |
; (setq yunitsum (plus yunitsum (yunit prim 100.0))) |