(in-package #:clnl-interface)
-(defvar *patch-size* 13d0)
-(defvar *world-dims* '(:xmin -5 :xmax 5 :ymin -5 :ymax 5))
+(defvar *turtle-lists* nil)
+(defvar *patch-list* nil)
-(defvar *turtle-list* nil)
-
-; It may be useful to keep windows around
(defvar *glut-window-opened* nil)
+(defvar *dimensions* nil) ; This is a useful placeholder for other view properties
+(defvar *window-width* 1024)
+(defvar *window-height* 768)
+
+(defvar *default-shapes* nil)
+
+(defvar *textbox* nil)
+(defvar *inputbox* nil)
+
+(defvar *current-globals* nil)
+
+(defvar *widgets* nil) ; this is going to be pairs to save the original definition
+
+; This is the thread that does the work of querying the currently running system to update
+; the interface state. We keep it seperate from the main system display thread for two reasons:
+; 1) It should run even if there's no active display
+; 2) We want it to run slower than the current display thread
+(defvar *interface-thread* nil)
+
+(defgeneric update-widget (type def widget extra-info))
+(defmethod update-widget (type def widget extra-info))
+
+(defmethod update-widget ((type (eql :button)) button-def button idx)
+ (when (getf button-def :forever)
+ (clnl-gltk:toggle button (clnl-model:forever-button-on (getf button-def :display) idx))))
+
+(defmethod update-widget ((type (eql :switch)) switch-def switch nothing)
+ (let
+ ((global (find (getf switch-def :var) *current-globals* :key (lambda (def) (getf def :name)))))
+ (clnl-gltk:toggle switch (getf global :value))))
+
+(defun update-interface ()
+ (mapcar
+ (lambda (widget) (apply #'update-widget widget))
+ *widgets*))
+
+(defun boot-interface-thread ()
+ (when (not *interface-thread*)
+ (setf *interface-thread*
+ (sb-thread:make-thread (lambda () (loop (update-interface) (sleep .1))) :name "Interface Thread"))))
+
+; For now, shapes can live in here
+; header is
+; * name <like default>
+; * rotatable (equal to "true" if yes)
+;
+; then after, the elements are like so:
+;
+; filled == filled in (always for now, ha)
+; marked == use the turtle color instead of a color
+; polygon -> Polygon <color> <filled> <marked> <alternating x y coords>
+; circle -> Circle <color> <filled> <marked> <left> <top> <diameter> ; here, the left and top are NOT the center
+; rectangle -> Rectangle <color> <filled> <marked> <left> <top> <right> <bottom>
+;
+; then ends with an empty string
+
+(defun parse-circle (sections)
+ (list :circle
+ :color (parse-integer (car sections))
+ :filled (string= (nth 1 sections) "true")
+ :marked (string= (nth 2 sections) "true")
+ :left (parse-integer (nth 3 sections))
+ :top (parse-integer (nth 4 sections))
+ :diameter (parse-integer (nth 5 sections))))
+
+(defun parse-rectangle (sections)
+ (list
+ :rectangle
+ :color (parse-integer (car sections))
+ :filled (string= (nth 1 sections) "true")
+ :marked (string= (nth 2 sections) "true")
+ :left (parse-integer (nth 3 sections))
+ :top (parse-integer (nth 4 sections))
+ :right (parse-integer (nth 5 sections))
+ :bottom (parse-integer (nth 6 sections))))
+
+(defun parse-polygon (sections)
+ (labels
+ ((parse-points (sections)
+ (when sections
+ (cons
+ (list (- 300 (parse-integer (car sections))) (parse-integer (cadr sections)))
+ (parse-points (cddr sections))))))
+ (list
+ :polygon
+ :color (parse-integer (car sections))
+ :filled (string= (nth 1 sections) "true")
+ :marked (string= (nth 2 sections) "true")
+ :coords (parse-points (nthcdr 3 sections)))))
+
+(defun parse-shape (str)
+ (labels
+ ((parse-element (line)
+ (let
+ ((sections (cl-ppcre:split " " line)))
+ (cond
+ ((string= (car sections) "Circle") (parse-circle (cdr sections)))
+ ((string= (car sections) "Rectangle") (parse-rectangle (cdr sections)))
+ ((string= (car sections) "Polygon") (parse-polygon (cdr sections))))))
+ (parse-elements ()
+ (let
+ ((line (read-line str nil)))
+ (when (and line (string/= line ""))
+ (cons
+ (parse-element line)
+ (parse-elements))))))
+ (let
+ ((next-line (read-line str nil)))
+ (when next-line
+ (list
+ :name next-line
+ :rotatable (string= "true" (read-line str))
+ :rgb (read-line str) ; this is ignored for now, I think
+ :elements (parse-elements))))))
+
+; Clipping ears algorithm. This can be slow due to the fact that it will only be run once.
+(defun triangulate (points &optional (ccw :unknown))
+ (labels
+ ((tri-is-ccw (x y z)
+ (< 0 (- (* (- (car y) (car x)) (- (cadr z) (cadr x))) (* (- (car z) (car x)) (- (cadr y) (cadr x))))))
+ (tri-is-concave (x y z) (if (tri-is-ccw x y z) (not ccw) ccw))
+ (poly-is-ccw (points &optional cur-tri)
+ (cond
+ ((not cur-tri)
+ (poly-is-ccw (append points (list (car points))) (list (car (last points)) (car points) (cadr points))))
+ ((eql (length points) 2)
+ (apply #'tri-is-ccw cur-tri))
+ ((or
+ (< (car (cadr points)) (car (cadr cur-tri)))
+ (and
+ (= (car (cadr points)) (car (cadr cur-tri)))
+ (< (cadr (cadr points)) (cadr (cadr cur-tri)))))
+ (poly-is-ccw (cdr points) (subseq points 0 3)))
+ (t (poly-is-ccw (cdr points) cur-tri))))
+ (point-in-tri (x y z p)
+ ; Barycentric system test
+ (let*
+ ((denom (+ (* (- (cadr y) (cadr z)) (- (car x) (car z))) (* (- (car z) (car y)) (- (cadr x) (cadr z)))))
+ (a (/ (+ (* (- (cadr y) (cadr z)) (- (car p) (car z))) (* (- (car z) (car y)) (- (cadr p) (cadr z)))) denom))
+ (b (/ (+ (* (- (cadr z) (cadr x)) (- (car p) (car z))) (* (- (car x) (car z)) (- (cadr p) (cadr z)))) denom))
+ (c (- 1 a b)))
+ (and (<= 0 a 1) (<= 0 b 1) (<= 0 c 1))))
+ (no-points-in-tri (tri points)
+ (every (lambda (point) (not (point-in-tri (car tri) (cadr tri) (caddr tri) point))) points))
+ (tri-is-actually-line (x y z)
+ (zerop (+ (* (- (cadr y) (cadr z)) (- (car x) (car z))) (* (- (car z) (car y)) (- (cadr x) (cadr z)))))))
+ (cond
+ ((not (find :end points)) (triangulate (append points (list :end)) ccw))
+ ((< (length points) 4) (error "Must have at least 3 points..."))
+ ((= (length points) 4) (list (remove :end points)))
+ ((eql ccw :unknown) (triangulate points (poly-is-ccw (remove :end points))))
+ ((eql :end (car points)) (error "This polygon may not be triangulateable"))
+ (t
+ (let*
+ ((endless (remove :end points))
+ (tri (subseq endless 0 3)))
+ (cond
+ ((apply #'tri-is-actually-line tri)
+ (triangulate (cons (car endless) (cddr endless)) ccw))
+ ((apply #'tri-is-concave tri)
+ (triangulate (append (cdr points) (list (car points))) ccw))
+ ((no-points-in-tri tri (nthcdr 3 endless))
+ (cons tri (triangulate (cons (car endless) (cddr endless)) ccw)))
+ (t (triangulate (append (cdr points) (list (car points))) ccw))))))))
+
+(defun element->gl-list (shape)
+ (progn
+ (when (not (getf (cdr shape) :marked))
+ (gl:push-attrib :all-attrib-bits)
+ (gl:color
+ (/ (ash (ldb (byte 24 0) (getf (cdr shape) :color)) -16) 255)
+ (/ (ash (ldb (byte 16 0) (getf (cdr shape) :color)) -8) 255)
+ (/ (ldb (byte 8 0) (getf (cdr shape) :color)) 255)))
+ (gl:begin :triangles)
+ (case (car shape)
+ (:polygon
+ (mapcar
+ (lambda (point) (gl:vertex (car point) (cadr point) 0))
+ (apply #'append (triangulate (getf (cdr shape) :coords)))))
+ (:rectangle
+ (mapcar
+ (lambda (point) (gl:vertex (car point) (cadr point) 0))
+ (apply #'append
+ (triangulate
+ (list
+ (list (- 300 (getf (cdr shape) :left)) (getf (cdr shape) :top))
+ (list (- 300 (getf (cdr shape) :right)) (getf (cdr shape) :top))
+ (list (- 300 (getf (cdr shape) :right)) (getf (cdr shape) :bottom))
+ (list (- 300 (getf (cdr shape) :left)) (getf (cdr shape) :bottom)))))))
+ (:circle
+ (mapcar
+ (lambda (point) (gl:vertex (car point) (cadr point) 0))
+ (apply #'append
+ (triangulate
+ (loop
+ :repeat 360
+ :with c := (strictmath:cos (strictmath:to-radians 1))
+ :with s := (strictmath:sin (strictmath:to-radians 1))
+ :with r := (/ (getf (cdr shape) :diameter) 2)
+ :with left := (getf (cdr shape) :left)
+ :with top := (getf (cdr shape) :top)
+ :for n := 0 :then x
+ :for x := r :then (- (* c x) (* s y))
+ :for y := 0 :then (+ (* s n) (* c y))
+ :collect (list (- 300 (+ (+ x left) r)) (+ (+ y top) r))))))))
+ (gl:end)
+ (when (not (getf (cdr shape) :marked))
+ (gl:pop-attrib))))
+
+(defun parse-shapes (str)
+ (let
+ ((shape (parse-shape str)))
+ (when shape (cons shape (parse-shapes str)))))
+
+(defun default-shapes ()
+ (with-open-file (str "resources/defaultshapes") (parse-shapes str)))
+
+(eval-when (:load-toplevel)
+ (when (probe-file "resources/defaultshapes")
+ (setf *default-shapes* (default-shapes))))
(defvar *colors*
'((140 140 140) ; gray (5)
(nth (floor color 10) *colors*))))
(defun render-scene ()
- (gl:clear :color-buffer-bit :depth-buffer-bit)
(gl:matrix-mode :projection)
- (gl:load-identity)
- (gl:ortho -71 71 -71 71 1 5000)
- (gl:matrix-mode :modelview)
- (gl:load-identity)
- (mapcar
- (lambda (turtle)
- (let
- ((color (nl-color->rgb (clnl-nvm:turtle-color turtle))))
- (gl:color (car color) (cadr color) (caddr color)))
- (gl:with-pushed-matrix
- (gl:translate (* (clnl-nvm:turtle-xcor turtle) *patch-size*) (* (clnl-nvm:turtle-ycor turtle) *patch-size*) 0)
- (gl:rotate (clnl-nvm:turtle-heading turtle) 0 0 -1)
- (gl:call-list *turtle-list*)))
- (clnl-nvm:turtles))
+ (gl:with-pushed-matrix
+ (gl:load-identity)
+ (gl:ortho
+ (floor (* (- (getf *dimensions* :xmin) 0.5) (patch-size)))
+ (floor (* (+ (getf *dimensions* :xmax) 0.5) (patch-size)))
+ (floor (* (- (getf *dimensions* :ymin) 0.5) (patch-size)))
+ (floor (* (+ (getf *dimensions* :ymax) 0.5) (patch-size)))
+ 0 5000)
+ (gl:matrix-mode :modelview)
+ (gl:with-pushed-matrix
+ (gl:load-identity)
+ (destructuring-bind (turtles patches globals) (clnl-nvm:current-state)
+ (setf *current-globals* globals)
+ (mapcar
+ (lambda (patch)
+ (let
+ ((color (nl-color->rgb (getf patch :color))))
+ (gl:color (car color) (cadr color) (caddr color)))
+ (gl:with-pushed-matrix
+ (gl:translate (* (getf patch :xcor) (patch-size)) (* (getf patch :ycor) (patch-size)) 0)
+ (gl:translate (floor (* -.5d0 (patch-size))) (floor (* -.5d0 (patch-size))) 0)
+ (gl:scale (patch-size) (patch-size) 1)
+ (gl:call-list *patch-list*)))
+ patches)
+ (mapcar
+ (lambda (turtle)
+ (let
+ ((color (nl-color->rgb (getf turtle :color))))
+ (gl:color (car color) (cadr color) (caddr color)))
+ (mapcar
+ (lambda (x-modification y-modification)
+ (gl:with-pushed-matrix
+ (gl:translate (* (getf turtle :xcor) (patch-size)) (* (getf turtle :ycor) (patch-size)) 0)
+ (gl:translate x-modification y-modification 0)
+ (let
+ ((turtle-list (find (getf turtle :shape) *turtle-lists* :test #'string= :key #'car)))
+ (when turtle-list
+ (when (second turtle-list)
+ (gl:rotate (getf turtle :heading) 0 0 -1))
+ (gl:scale (patch-size) (patch-size) 1)
+ (gl:scale (getf turtle :size) (getf turtle :size) 1)
+ (gl:call-list (third turtle-list))))))
+ (list 0 (1- (world-width-in-pixels)) (- (1- (world-width-in-pixels))) 0 0)
+ (list 0 0 0 (1- (world-height-in-pixels)) (- (1- (world-height-in-pixels))))))
+ turtles)))
+ (gl:matrix-mode :projection))
(gl:flush))
+(defun render-widgets ()
+ (clnl-gltk:render *textbox*)
+ (clnl-gltk:render *inputbox*)
+ (mapcar #'clnl-gltk:render (mapcar #'third *widgets*)))
+
+(defun render ()
+ (gl:clear :color-buffer-bit :depth-buffer-bit)
+ (let
+ ((width (world-width-in-pixels))
+ (height (world-height-in-pixels)))
+ (gl:viewport 0 0 *window-width* *window-height*)
+
+ (gl:matrix-mode :projection)
+ (let*
+ ((left (getf *dimensions* :left))
+ (top (getf *dimensions* :top))
+ (view-x1 left)
+ (view-x2 (+ view-x1 width))
+ (view-y1 (- *window-height* height top))
+ (view-y2 (- *window-height* top)))
+
+ (gl:with-pushed-matrix
+ (gl:load-identity)
+ (gl:ortho 0 *window-width* 0 *window-height* 0 5000)
+ (render-widgets)
+
+ (gl:color 1 1 1)
+ (gl:begin :lines)
+ (gl:vertex view-x1 view-y1)
+ (gl:vertex view-x1 (+ view-y2 1))
+
+ (gl:vertex view-x1 (+ view-y2 1))
+ (gl:vertex (+ view-x2 1) (+ view-y2 1))
+
+ (gl:vertex (+ view-x2 1) (+ view-y2 1))
+ (gl:vertex (+ view-x2 1) (- view-y1 1))
+
+ (gl:vertex (+ view-x2 1) view-y1)
+ (gl:vertex (- view-x1 1) view-y1)
+ (gl:end))
+
+ (gl:viewport view-x1 view-y1 width height)
+ (render-scene))))
+
(defun display ()
- (render-scene)
+ (render)
(cl-glut:swap-buffers))
(defun idle ()
(cl-glut:post-redisplay))
(defun close-func ()
- (sb-ext:exit))
+ ;(glut:leave-main-loop)
+ (sb-ext:exit :abort t))
(defun reshape (width height)
(when (and (/= 0 width) (/= 0 height))
- (gl:viewport 0 0 width height)))
+ (setf *window-width* width)
+ (setf *window-height* height)
+ (let
+ ((box-width (truncate (- width 12) clnl-gltk:*font-width*)))
+ (clnl-gltk:resize *textbox* box-width 12)
+ (clnl-gltk:resize *inputbox* box-width 1))
+ (mapcar
+ (lambda (widget)
+ (clnl-gltk:reposition (third widget)
+ (getf (second widget) :left)
+ (- *window-height* (getf (second widget) :height) (getf (second widget) :top))))
+ *widgets*)))
+
+(defun execute (str)
+ (setf
+ (clnl-gltk:textbox-text *textbox*)
+ (format nil "> ~A~%~%~A" str
+ (handler-case
+ (with-output-to-string (*standard-output*)
+ (clnl:run-commands str))
+ (error (e) (format nil "Ok, something went wrong: ~A~%Try :help" e))))))
+
+(defun key-pressed (key x y)
+ (declare (ignore x y))
+ (if (eql key 13)
+ (progn
+ (execute (clnl-gltk:value *inputbox*))
+ (clnl-gltk:clear *inputbox*))
+ (clnl-gltk:key-pressed *inputbox* key)))
+
+(defun mouse (button state x y)
+ (declare (ignore button))
+ (mapcar
+ (lambda (w)
+ (when (eql state :down) (clnl-gltk:mousedown w x (- *window-height* y)))
+ (when (eql state :up) (clnl-gltk:mouseup w x (- *window-height* y))))
+ (mapcar #'third *widgets*)))
+
+(defun motion (x y)
+ (mapcar
+ (lambda (w) (clnl-gltk:mousemove w x (- *window-height* y)))
+ (mapcar #'third *widgets*)))
(cffi:defcallback display :void () (display))
(cffi:defcallback idle :void () (idle))
(cffi:defcallback close-func :void () (close-func))
(cffi:defcallback reshape :void ((width :int) (height :int)) (reshape width height))
+(cffi:defcallback key-pressed :void ((key :uchar) (x :int) (y :int)) (key-pressed key x y))
+(cffi:defcallback special-key-pressed :void ((key glut:special-keys) (x :int) (y :int)) (key-pressed key x y))
+(cffi:defcallback mouse :void ((button cl-glut:mouse-button) (state cl-glut:mouse-button-state) (x :int) (y :int))
+ (mouse button state x y))
-(defun set-turtle-list ()
- (setf *turtle-list* (gl:gen-lists 1))
- (gl:with-new-list (*turtle-list* :compile)
- (gl:rotate 180 0 0 -1)
- (gl:scale (* (/ 1d0 300d0) 13) (* (/ 1d0 300d0) 13) 1)
- (gl:translate -150 -150 -4.0)
+(cffi:defcallback motion :void ((x :int) (y :int)) (motion x y))
+
+(defun set-turtle-lists ()
+ (setf
+ *turtle-lists*
+ (mapcar
+ (lambda (shape)
+ (let
+ ((turtle-list
+ (list
+ (getf shape :name)
+ (getf shape :rotatable)
+ (gl:gen-lists 1))))
+ (gl:with-new-list ((third turtle-list) :compile)
+ (gl:rotate 180d0 0d0 0d0 -1d0)
+ (gl:scale (/ 1d0 300d0) (/ 1d0 300d0) 1)
+ (gl:translate -150d0 -150d0 -0.0d0)
+ (mapcar #'element->gl-list (getf shape :elements)))
+ turtle-list))
+ (or *default-shapes* (default-shapes)))))
+
+(defun set-patch-list ()
+ (setf *patch-list* (gl:gen-lists 1))
+ (gl:with-new-list (*patch-list* :compile)
(gl:begin :polygon)
- (gl:vertex 150 5 0)
- (gl:vertex 40 250 0)
- (gl:vertex 150 205 0)
- (gl:vertex 260 250 0)
+ (gl:vertex 0 0 0)
+ (gl:vertex 0 1 0)
+ (gl:vertex 1 1 0)
+ (gl:vertex 1 0 0)
(gl:end)))
+(defvar *initial-banner*
+ "
+ / \\
+ / \\ Welcome to CLNL version ~A!
+ / \\
+ /_______\\
+
+CLNL is an experiment at creating an alternate implementation of NetLogo.
+
+You can enter in various netlogo commands below, or use :q to quit the program.
+
+See http://github.com/frankduncan/clnl for more information about CLNL and to
+keep apprised of any updates that may happen.")
+
+(defun button-defs->buttons (button-defs)
+ (let
+ ((known-button-names nil))
+ (mapcar
+ (lambda (button-def)
+ (let*
+ ((idx (length (remove (getf button-def :display) known-button-names :test-not #'equal)))
+ (toggle-button nil)
+ (button
+ (clnl-gltk:button
+ (getf button-def :left)
+ (- *window-height* (getf button-def :height) (getf button-def :top))
+ (getf button-def :width)
+ (getf button-def :height)
+ (getf button-def :display)
+ (lambda ()
+ (when toggle-button (funcall toggle-button))
+ (execute
+ (format nil ":button \"~A\"~A"
+ (getf button-def :display)
+ (if (zerop idx) "" (format nil " ~A" idx)))))
+ :forever (getf button-def :forever))))
+ (push (getf button-def :display) known-button-names)
+ (when (getf button-def :forever) (setf toggle-button (lambda () (clnl-gltk:toggle button))))
+ (list :button button-def button idx)))
+ button-defs)))
+
+(defun switch-defs->switches (switch-defs)
+ (mapcar
+ (lambda (switch-def)
+ (let*
+ ((switch
+ (clnl-gltk:switch
+ (getf switch-def :left)
+ (- *window-height* clnl-gltk:*switch-height* (getf switch-def :top))
+ (getf switch-def :width)
+ (getf switch-def :display)
+ (lambda (state) (execute (format nil "set ~A ~A" (getf switch-def :display) (if state "true" "false"))))
+ (getf switch-def :initial-value))))
+ (list :switch (append switch-def (list :height clnl-gltk:*switch-height*)) switch nil)))
+ switch-defs))
+
+(defun slider-defs->sliders (slider-defs)
+ (mapcar
+ (lambda (slider-def)
+ (let*
+ ((slider
+ (clnl-gltk:slider
+ (getf slider-def :left)
+ (- *window-height* clnl-gltk:*slider-height* (getf slider-def :top))
+ (getf slider-def :width)
+ (getf slider-def :display)
+ (lambda (state) (execute (format nil "set ~A ~A" (getf slider-def :display) state)))
+ (read-from-string (getf slider-def :min))
+ (read-from-string (getf slider-def :max))
+ (read-from-string (getf slider-def :step))
+ (getf slider-def :initial-value))))
+ (list :slider (append slider-def (list :height clnl-gltk:*slider-height*)) slider nil)))
+ slider-defs))
+
+(defun textbox-defs->textboxes (textbox-defs)
+ (mapcar
+ (lambda (textbox-def)
+ (let*
+ ; we adjust to make it match jvm netlogo more accurately because
+ ; of what we do with width/height (in terms of characters)
+ ((adjusted-top (+ (getf textbox-def :top) 3))
+ (adjusted-left (- (getf textbox-def :left) 3))
+ (textbox
+ (clnl-gltk:textbox
+ adjusted-left
+ (- *window-height* (* (getf textbox-def :height) clnl-gltk:*font-height*) adjusted-top)
+ (getf textbox-def :width)
+ (getf textbox-def :height)
+ :text (getf textbox-def :display)
+ :border nil
+ :word-wrap t)))
+ (list
+ :textbox
+ (append
+ (list
+ :left adjusted-left
+ :top adjusted-top
+ :height (* (getf textbox-def :height) clnl-gltk:*font-height*))
+ textbox-def)
+ textbox nil)))
+ textbox-defs))
+
+(defun initialize (&key dims view buttons switches sliders textboxes)
+ "INITIALIZE &key DIMS VIEW BUTTONS SWITCHES => RESULT
+
+ DIMS: (:xmin XMIN :xmax XMAX :ymin YMIN :ymax YMAX :patch-size PATCH-SIZE)
+ VIEW: (:left LEFT :top TOP)
+ BUTTONS: BUTTON-DEF*
+ SWITCHES: SWITCH-DEF*
+ BUTTON-DEF: (:left LEFT :top TOP :height HEIGHT :width WIDTH :forever FOREVER :display DISPLAY)
+ SWITCH-DEF: (:left LEFT :top TOP :width WIDTH :var VAR :display DISPLAY :initial-value INITIAL-VALUE)
+
+ARGUMENTS AND VALUES:
+
+ RESULT: undefined
+ XMIN: An integer representing the minimum patch coord in X
+ XMAX: An integer representing the maximum patch coord in X
+ YMIN: An integer representing the minimum patch coord in Y
+ YMAX: An integer representing the maximum patch coord in Y
+ PATCH-SIZE: A double representing the size of the patches in pixels
+ HEIGHT: An integer representing height
+ FOREVER: A boolean representing the forever status
+ LEFT: An integer representing the left position
+ TOP: An integer representing the top position
+ WIDTH: An integer representing width
+ VAR: A string representing the variable name
+ DISPLAY: A string representing display name
+ INITIAL-VALUE: The initial value
+
+DESCRIPTION:
+
+ This is where the initialization of the interface that sits behind
+ the interface lives. From here, one can go into headless or running
+ mode, but for certain things this interface will still need to act,
+ and also allows for bringing up and taking down of visual elements."
+ (boot-interface-thread)
+ (setf *dimensions* (append dims view))
+ (setf *widgets*
+ (append
+ (button-defs->buttons buttons)
+ (textbox-defs->textboxes textboxes)
+ (switch-defs->switches switches)
+ (slider-defs->sliders sliders))))
+
(defun run ()
+ "RUN => RESULT
+
+ARGUMENTS AND VALUES:
+
+ RESULT: undefined, should never get here
+
+DESCRIPTION:
+
+ RUN runs the view in an external window.
+
+ This should be run inside another thread as it starts the glut main-loop.
+ Closing this window will then cause the entire program to terminate."
; I do this because I don't know who or what in the many layers
; is causing the floating point errors, but I definitely don't
; want to investigate until simply ignoring them becomes a problem.
- (sb-int:with-float-traps-masked (:invalid)
+ (sb-int:with-float-traps-masked (:invalid :inexact :divide-by-zero :overflow :underflow)
(cl-glut:init)
- (gl:clear-color 0 0 0 1)
- (cl-glut:init-window-size
- (floor (* *patch-size* (1+ (- (getf *world-dims* :xmax) (getf *world-dims* :xmin)))))
- (floor (* *patch-size* (1+ (- (getf *world-dims* :ymax) (getf *world-dims* :ymin))))))
- (setf *glut-window-opened* t)
- (cl-glut:create-window "CLNL Test Window")
+ (cl-glut:init-window-size *window-width* *window-height*)
(cl-glut:init-display-mode :double :rgba)
+ (cl-glut:create-window "CLNL Test Window")
+ (setf *glut-window-opened* t)
+ (gl:clear-color 0 0 0 1)
(cl-glut:display-func (cffi:get-callback 'display))
(glut:reshape-func (cffi:callback reshape))
(cl-glut:idle-func (cffi:get-callback 'idle))
(cl-glut:close-func (cffi:get-callback 'close-func))
- (set-turtle-list)
+ (cl-glut:keyboard-func (cffi:get-callback 'key-pressed))
+ (cl-glut:special-func (cffi:get-callback 'special-key-pressed))
+ (cl-glut:motion-func (cffi:get-callback 'motion)) ; while mouse is down
+ (cl-glut:passive-motion-func (cffi:get-callback 'motion)) ; while mouse is up
+ (cl-glut:mouse-func (cffi:get-callback 'mouse)) ; state is up/down, button is button
+ (gl:depth-func :lequal)
+ (gl:blend-func :src-alpha :one-minus-src-alpha)
+ (gl:enable :blend)
+ (set-turtle-lists)
+ (set-patch-list)
+ (clnl-gltk:setup)
+ (setf *textbox*
+ (clnl-gltk:textbox
+ 5 (+ clnl-gltk:*font-height* 14)
+ 10 12
+ :text (format nil *initial-banner* (asdf:component-version (asdf:find-system :clnl)))))
+ (setf *inputbox* (clnl-gltk:inputbox 5 5 10))
(cl-glut:main-loop)))
+(defun patch-size () (getf *dimensions* :patch-size))
+
+(defun world-width-in-pixels ()
+ (floor (* (patch-size) (1+ (- (getf *dimensions* :xmax) (getf *dimensions* :xmin))))))
+
+(defun world-height-in-pixels ()
+ (floor (* (patch-size) (1+ (- (getf *dimensions* :ymax) (getf *dimensions* :ymin))))))
+
(defun export-view ()
+ "EXPORT-VIEW => IMAGE-DATA
+
+ARGUMENTS AND VALUES:
+
+ IMAGE-DATA: A vector, pixel data as returned by opengls readPixels
+
+DESCRIPTION:
+
+ EXPORT-VIEW returns the current view in raw data of RGBA pixels.
+
+ Each pixel is made up of 4 bytes of data, which an be walked over. The number
+ of pixels is the current width x height. Converting to some other image format
+ is a matter of pulling that information out and putting it into whatever format
+ you like.
+
+ This requires opengl to run, but can be used with xvfb in a headless mode."
(sb-int:with-float-traps-masked (:invalid)
(when (not *glut-window-opened*)
(cl-glut:init)
- (gl:clear-color 0 0 0 1)
(cl-glut:init-window-size 1 1)
(cl-glut:create-window "CLNL Test Window")
- (set-turtle-list)
+ (gl:clear-color 0 0 0 1)
+ (set-turtle-lists)
+ (set-patch-list)
(setf *glut-window-opened* t))
(let
((fbo (first (gl:gen-framebuffers 1)))
(render-buf (first (gl:gen-renderbuffers 1)))
- ;(width (floor (* *patch-size* (1+ (- (getf *world-dims* :xmax) (getf *world-dims* :xmin))))))
- ;(height (floor (* *patch-size* (1+ (- (getf *world-dims* :ymax) (getf *world-dims* :ymin))))))
- (width 143) ; Hard coded for now, yay v1 (if you see this comment in a year, please cry for me)
- (height 143))
+ (width (world-width-in-pixels))
+ (height (world-height-in-pixels)))
(gl:bind-framebuffer :framebuffer fbo)
(gl:bind-renderbuffer :renderbuffer render-buf)
(gl:renderbuffer-storage :renderbuffer :rgba8 width height)
projects / clnl / blobdiff