; -*-Lisp-*- ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; ; File: test-compo.lsp ; RCS: $Header: /users/npm/src/widgit/examples/xtango/RCS/test-compo.lsp,v 2.1 1994/06/06 15:01:47 npm Exp npm $ ; Description: Tests on TANGO:COMPOSITE_IMAGE_CLASS. The statements in this ; file should be evaluated interactively; the results of loading ; this file are somewhat uninteresting. ; Author: Niels P. Mayer ; Created: 1993 ; Modified: Wed May 10 03:26:01 1995 (Niels Mayer) npm@indeed ; Language: Lisp ; Package: N/A ; Status: X11r6 contrib release ; ; Copyright (C) 1994, Enterprise Integration Technologies Corp. and Niels Mayer. ; WINTERP 1.15-1.99, Copyright (c) 1993, Niels P. Mayer. ; WINTERP 1.0-1.14, Copyright (c) 1989-1992 Hewlett-Packard Co. and Niels Mayer. ; ; Permission to use, copy, modify, distribute, and sell this software and its ; documentation for any purpose is hereby granted without fee, provided that ; the above copyright notice appear in all copies and that both that ; copyright notice and this permission notice appear in supporting ; documentation, and that the name of Enterprise Integration Technologies, ; Hewlett-Packard Company, or Niels Mayer not be used in advertising or ; publicity pertaining to distribution of the software without specific, ; written prior permission. Enterprise Integration Technologies, Hewlett-Packard ; Company, and Niels Mayer makes no representations about the suitability of ; this software for any purpose. It is provided "as is" without express or ; implied warranty. ; ; ENTERPRISE INTEGRATION TECHNOLOGIES, HEWLETT-PACKARD COMPANY AND NIELS MAYER ; DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL IMPLIED ; WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL ENTERPRISE ; INTEGRATION TECHNOLOGIES, HEWLETT-PACKARD COMPANY OR NIELS MAYER BE LIABLE ; FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER ; RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF ; CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN ; CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; (progn (setq top_w (send TOP_LEVEL_SHELL_WIDGET_CLASS :new "test-compo" :XMN_TITLE "WINTERP: Xtango Composite Image Test" :XMN_ICON_NAME "W:test-compo" )) (setq tango_w (send TANGO:DRAW_WIDGET_CLASS :new :managed "tango" top_w :XMN_HEIGHT 300 :XMN_WIDTH 300 )) (send tango_w :set_event_handler BUTTON_PRESS_MASK '(EVHANDLER_WIDGET EVHANDLER_XEVENT) '( (let ((timage (send EVHANDLER_WIDGET :get_event_image EVHANDLER_XEVENT))) (if timage (progn (send timage :tap_flash :perform 1) (format t "\ ------------------------------------------------------------------------------\ TANGO-LOC: ~A\ TANGO-IMAGE: ~A\ IMAGE-CLASS: ~A\ " (send timage :image_loc :ctr) (generic timage) (generic (send timage :class))) ) )) )) (progn (send top_w :realize) (send tango_w :forced_expose_update) ;wait until exposed to ensure windows created for :begin_drawing call (send tango_w :begin_drawing) ;must call this after :realize ) ;; optional... (setq expose_callback (send tango_w :add_callback :xmn_expose_callback '(CALLBACK_WIDGET) '( (send CALLBACK_WIDGET :refresh) ))) ) (setq comp_image (send TANGO:COMPOSITE_IMAGE_CLASS :new :show tango_w #C(0.25 0.25) TANGO:LINE_IMAGE_CLASS #C(0.0 0.0) #C(0.2 0.2) "black" 0.0 1.0 :both_arrow TANGO:CIRCLE_IMAGE_CLASS #C(0.0 0.0) 0.1 "orange" 0.0 TANGO:SPLINE_IMAGE_CLASS #C(0.0 0.0) #C(+0.05 +0.10) #C(+0.03 -0.10) #C(-0.02 +0.10) #C(+0.07 -0.10) #C(-0.08 +0.10) #C(+0.09 +0.10) #C(-0.09 -0.10) "magenta" 0.0 1.0 TANGO:POLYGON_IMAGE_CLASS #C(0.2 0.2) #C(+0.10 +0.10) #C(-0.10 +0.05) #C(-0.10 +0.10) #C(+0.10 -0.10) #C(+0.10 -0.10) #C(+0.10 +0.10) "green" 1.0 )) ;(send comp_image :tx_delete :perform) (setq comp_image (send TANGO:COMPOSITE_IMAGE_CLASS :new :show tango_w #C(0.5 0.5) TANGO:LINE_IMAGE_CLASS #C(0.0 0.0) #C(0.2 0.2) "black" 0.0 1.0 :no_arrow TANGO:CIRCLE_IMAGE_CLASS #C(0.0 0.0) 0.1 "orange" 0.0 TANGO:SPLINE_IMAGE_CLASS #C(0.0 0.0) #C(+0.10 +0.10) #C(+0.10 -0.10) #C(-0.10 +0.10) #C(+0.05 -0.10) #C(-0.10 +0.10) #C(+0.10 +0.10) #C(-0.10 -0.10) "red" 0.0 1.0 TANGO:POLYGON_IMAGE_CLASS #C(0.2 0.2) #C(+0.10 +0.10) #C(-0.10 +0.05) #C(-0.10 +0.10) #C(+0.10 -0.10) #C(+0.10 -0.10) #C(+0.10 +0.10) "green" 1.0 TANGO:TEXT_IMAGE_CLASS #C(0.0 0.0) "This is text this is text!" "black" NIL ) ) ;(send comp_image :tx_delete :perform) (send comp_image :tx_move :perform #C(0.1 0.1) #C(0.1 -0.1) #C(-0.1 .1) #C(-0.1 -0.1)) (send comp_image :tx_resize :perform #C(0.1 0.1)) (send comp_image :tx_resize1 :perform #C(0.1 0.1)) ;; the door example given in xtangodoc.doc (setq door_image (send TANGO:COMPOSITE_IMAGE_CLASS :new :show tango_w #C(0.25 0.25) TANGO:RECTANGLE_IMAGE_CLASS #C(0.00 0.00) #C(0.100 0.20) TANGO_COLOR_BLACK 0.0 TANGO:RECTANGLE_IMAGE_CLASS #C(0.01 0.01) #C(0.080 0.08) TANGO_COLOR_BLACK 0.0 TANGO:RECTANGLE_IMAGE_CLASS #C(0.01 0.11) #C(0.080 0.08) TANGO_COLOR_BLACK 0.0 TANGO:CIRCLE_IMAGE_CLASS #C(0.09 0.10) 0.005 TANGO_COLOR_BLACK 0.0 )) (send door_image :tx_move :perform #C(0.1 0.1)) (send door_image :tx_resize :perform #C(0.01 0.01)) (send door_image :tx_resize :perform (- #C(0.01 0.01))) (send door_image :tx_raise :perform) (send door_image :tx_lower :perform) (send door_image :tx_raise :perform) (send door_image :tap_color :perform "red") (send door_image :tap_fill :perform) (send door_image :tx_delete :perform) (setq door_image (send TANGO:COMPOSITE_IMAGE_CLASS :new :show tango_w #C(0.25 0.25) TANGO:RECTANGLE_IMAGE_CLASS #C(0.00 0.00) #C(0.100 0.20) TANGO_COLOR_BLACK 0.0 TANGO:RECTANGLE_IMAGE_CLASS #C(0.01 0.01) #C(0.080 0.08) TANGO_COLOR_BLACK 0.0 TANGO:RECTANGLE_IMAGE_CLASS #C(0.01 0.11) #C(0.080 0.08) TANGO_COLOR_BLACK 0.0 TANGO:CIRCLE_IMAGE_CLASS #C(0.09 0.10) 0.005 TANGO_COLOR_BLACK 0.0 )) (send door_image :tap_fill :perform) (send door_image :tx_fill :perform #C(-0.1 -0.1)) (send door_image :tx_fill :perform #C(0.005 0.05)) (dotimes (z 3) (send door_image :tx_fill :perform (let ((v (make-array 20))) (dotimes (i (length v) v) (setf (aref v i) #C(0.05 0.0))))) (send door_image :tx_fill :perform (let ((v (make-array 20))) (dotimes (i (length v) v) (setf (aref v i) #C(-0.05 0.0))))) ) (send door_image :tap_vis_toggle :perform) (send door_image :tx_visible :perform 2)