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#lang typed/racket/base
(require typed/racket/draw typed/racket/class
"../common/type-doc.rkt"
"../common/types.rkt"
"../common/draw.rkt"
"../common/parameters.rkt"
"../common/parameter-groups.rkt"
"../common/parameter-group.rkt"
"../common/plot-element.rkt"
"../common/nonrenderer.rkt"
"../common/file-type.rkt"
"../common/utils.rkt"
"../plot3d/plot-area.rkt"
"../plot3d/renderer.rkt"
"plot3d-utils.rkt"
"evil.rkt"
typed/racket/unsafe)
(unsafe-provide plot3d/dc
plot3d-bitmap
plot3d-pict
plot3d-file)
;; ===================================================================================================
;; Plot to a given device context
(:: plot3d/dc
(->* [(Treeof (U renderer3d nonrenderer))
(Instance DC<%>)
Real Real Nonnegative-Real Nonnegative-Real]
[#:x-min (U Real #f) #:x-max (U Real #f)
#:y-min (U Real #f) #:y-max (U Real #f)
#:z-min (U Real #f) #:z-max (U Real #f)
#:angle Real #:altitude Real
#:title (U String #f)
#:x-label (U String #f)
#:y-label (U String #f)
#:z-label (U String #f)
#:legend-anchor Anchor]
Void))
(define (plot3d/dc renderer-tree dc x y width height
#:x-min [x-min #f] #:x-max [x-max #f]
#:y-min [y-min #f] #:y-max [y-max #f]
#:z-min [z-min #f] #:z-max [z-max #f]
#:angle [angle (plot3d-angle)]
#:altitude [altitude (plot3d-altitude)]
#:title [title (plot-title)]
#:x-label [x-label (plot-x-label)]
#:y-label [y-label (plot-y-label)]
#:z-label [z-label (plot-z-label)]
#:legend-anchor [legend-anchor (plot-legend-anchor)])
(define fail/pos (make-raise-argument-error 'plot3d/dc renderer-tree dc x y width height))
(define fail/kw (make-raise-keyword-error 'plot3d/dc))
(cond
[(not (rational? x)) (fail/pos "rational?" 2)]
[(not (rational? y)) (fail/pos "rational?" 3)]
[(not (rational? width)) (fail/pos "rational?" 4)]
[(not (rational? height)) (fail/pos "rational?" 5)]
[(and x-min (not (rational? x-min))) (fail/kw "#f or rational" '#:x-min x-min)]
[(and x-max (not (rational? x-max))) (fail/kw "#f or rational" '#:x-max x-max)]
[(and y-min (not (rational? y-min))) (fail/kw "#f or rational" '#:y-min y-min)]
[(and y-max (not (rational? y-max))) (fail/kw "#f or rational" '#:y-max y-max)]
[(and z-min (not (rational? z-min))) (fail/kw "#f or rational" '#:z-min z-min)]
[(and z-max (not (rational? z-max))) (fail/kw "#f or rational" '#:z-max z-max)]
[(not (rational? angle)) (fail/kw "rational?" '#:angle angle)]
[(not (rational? altitude)) (fail/kw "rational?" '#:altitude altitude)]
[else
(define renderer-list (get-renderer-list renderer-tree))
(define bounds-rect (get-bounds-rect renderer-list x-min x-max y-min y-max z-min z-max))
(define-values (x-ticks x-far-ticks y-ticks y-far-ticks z-ticks z-far-ticks)
(get-ticks renderer-list bounds-rect))
(parameterize ([plot3d-angle angle]
[plot3d-altitude altitude]
[plot-title title]
[plot-x-label x-label]
[plot-y-label y-label]
[plot-z-label z-label]
[plot-legend-anchor legend-anchor])
(define area (make-object 3d-plot-area%
bounds-rect x-ticks x-far-ticks y-ticks y-far-ticks z-ticks z-far-ticks
dc x y width height))
(plot-area area renderer-list))]))
(require (for-syntax racket/base
"plot3d-evil-box.rkt"))
(begin-for-syntax
(set-box! plot3d/dc-box #'plot3d/dc))
;; ===================================================================================================
;; Plot to a bitmap
(:: plot3d-bitmap
(->* [(Treeof (U renderer3d nonrenderer))]
[#:x-min (U Real #f) #:x-max (U Real #f)
#:y-min (U Real #f) #:y-max (U Real #f)
#:z-min (U Real #f) #:z-max (U Real #f)
#:width Positive-Integer
#:height Positive-Integer
#:angle Real #:altitude Real
#:title (U String #f)
#:x-label (U String #f)
#:y-label (U String #f)
#:z-label (U String #f)
#:legend-anchor Anchor]
(Instance Bitmap%)))
(define (plot3d-bitmap renderer-tree
#:x-min [x-min #f] #:x-max [x-max #f]
#:y-min [y-min #f] #:y-max [y-max #f]
#:z-min [z-min #f] #:z-max [z-max #f]
#:width [width (plot-width)]
#:height [height (plot-height)]
#:angle [angle (plot3d-angle)]
#:altitude [altitude (plot3d-altitude)]
#:title [title (plot-title)]
#:x-label [x-label (plot-x-label)]
#:y-label [y-label (plot-y-label)]
#:z-label [z-label (plot-z-label)]
#:legend-anchor [legend-anchor (plot-legend-anchor)])
((if (plot-animating?) draw-bitmap draw-bitmap/supersampling)
(λ (dc)
(plot3d/dc renderer-tree dc 0 0 width height
#:x-min x-min #:x-max x-max #:y-min y-min #:y-max y-max #:z-min z-min #:z-max z-max
#:angle angle #:altitude altitude #:title title #:x-label x-label #:y-label y-label
#:z-label z-label #:legend-anchor legend-anchor))
width height))
;; ===================================================================================================
;; Plot to a pict
(:: plot3d-pict
(->* [(Treeof (U renderer3d nonrenderer))]
[#:x-min (U Real #f) #:x-max (U Real #f)
#:y-min (U Real #f) #:y-max (U Real #f)
#:z-min (U Real #f) #:z-max (U Real #f)
#:width Positive-Integer
#:height Positive-Integer
#:angle Real #:altitude Real
#:title (U String #f)
#:x-label (U String #f)
#:y-label (U String #f)
#:z-label (U String #f)
#:legend-anchor Anchor]
Pict))
(define (plot3d-pict renderer-tree
#:x-min [x-min #f] #:x-max [x-max #f]
#:y-min [y-min #f] #:y-max [y-max #f]
#:z-min [z-min #f] #:z-max [z-max #f]
#:width [width (plot-width)]
#:height [height (plot-height)]
#:angle [angle (plot3d-angle)]
#:altitude [altitude (plot3d-altitude)]
#:title [title (plot-title)]
#:x-label [x-label (plot-x-label)]
#:y-label [y-label (plot-y-label)]
#:z-label [z-label (plot-z-label)]
#:legend-anchor [legend-anchor (plot-legend-anchor)])
(define saved-plot-parameters (plot-parameters))
(dc (λ (dc x y)
(parameterize/group ([plot-parameters saved-plot-parameters])
(plot3d/dc renderer-tree dc x y width height
#:x-min x-min #:x-max x-max #:y-min y-min #:y-max y-max #:z-min z-min
#:z-max z-max #:angle angle #:altitude altitude #:title title #:x-label x-label
#:y-label y-label #:z-label z-label #:legend-anchor legend-anchor)))
width height))
;; ===================================================================================================
;; Plot to any supported kind of file
(:: plot3d-file
(->* [(Treeof (U renderer3d nonrenderer))
(U Path-String Output-Port)]
[(U 'auto Image-File-Format)
#:x-min (U Real #f) #:x-max (U Real #f)
#:y-min (U Real #f) #:y-max (U Real #f)
#:z-min (U Real #f) #:z-max (U Real #f)
#:width Positive-Integer
#:height Positive-Integer
#:angle Real #:altitude Real
#:title (U String #f)
#:x-label (U String #f)
#:y-label (U String #f)
#:z-label (U String #f)
#:legend-anchor Anchor]
Void))
(define (plot3d-file renderer-tree output [kind 'auto]
#:x-min [x-min #f] #:x-max [x-max #f]
#:y-min [y-min #f] #:y-max [y-max #f]
#:z-min [z-min #f] #:z-max [z-max #f]
#:width [width (plot-width)]
#:height [height (plot-height)]
#:angle [angle (plot3d-angle)]
#:altitude [altitude (plot3d-altitude)]
#:title [title (plot-title)]
#:x-label [x-label (plot-x-label)]
#:y-label [y-label (plot-y-label)]
#:z-label [z-label (plot-z-label)]
#:legend-anchor [legend-anchor (plot-legend-anchor)])
(define real-kind
(cond [(eq? kind 'auto)
(cond [(port? output) (error 'plot3d-file "can't detect file type from output stream")]
[else (detect-image-file-type output)])]
[else kind]))
(case real-kind
[(png jpeg xbm xpm bmp)
(define bm
(plot3d-bitmap
renderer-tree
#:x-min x-min #:x-max x-max #:y-min y-min #:y-max y-max #:z-min z-min #:z-max z-max
#:width width #:height height #:angle angle #:altitude altitude #:title title
#:x-label x-label #:y-label y-label #:z-label z-label #:legend-anchor legend-anchor))
(send bm save-file output real-kind (plot-jpeg-quality))]
[(ps pdf svg)
(define dc
(case real-kind
[(ps) (new-post-script-dc% width height output)]
[(pdf) (new-pdf-dc% width height output)]
[(svg) (new-svg-dc% width height output)]))
(define-values (x-scale y-scale) (send dc get-device-scale))
(send dc start-doc "Rendering plot")
(send dc start-page)
(plot3d/dc renderer-tree dc 0 0
(/ width (inexact->exact x-scale)) (/ height (inexact->exact y-scale))
#:x-min x-min #:x-max x-max #:y-min y-min #:y-max y-max #:z-min z-min #:z-max z-max
#:angle angle #:altitude altitude #:title title #:x-label x-label #:y-label y-label
#:z-label z-label #:legend-anchor legend-anchor)
(send dc end-page)
(send dc end-doc)])
(void))
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