/* $XConsortium: pexocp.88.3.c,v 1.0 93/11/22 12:34:35 rws Exp $ */ /******************************************************************************/ /* */ /* (c) Copyright Hewlett-Packard Company, 1993, Fort Collins, Colorado */ /* */ /* All Rights Reserved */ /* */ /* Permission to use, copy, modify, and distribute this software and its */ /* documentation for any purpose and without fee is hereby granted, */ /* provided that the above copyright notices appear in all copies and that */ /* both the copyright notices and this permission notice appear in */ /* supporting documentation, and that the name of Hewlett-Packard not be */ /* used in advertising or publicity pertaining to distribution of the */ /* software without specific, written prior permission. */ /* */ /* HEWLETT-PACKARD MAKES NO WARRANTY OF ANY KIND WITH REGARD TO THIS */ /* SOFTWARE, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF */ /* MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. Hewlett-Packard */ /* shall not be liable for errors contained herein or direct, indirect, */ /* special, incidental or consequential damages in connection with the */ /* furnishing, performance or use of this software. */ /* */ /******************************************************************************/ #include #include #define MAX_CURVE_ORDER 6 /* * PEXlib NURBCurve: Test Case 3, specifying a curve order * that is not supported. */ draw_image(Display *dpy, XID resourceID, PEXOCRequestType req_type) { /* * Data declarations */ static PEXCoord4D control_points[9]; static float knot_vals[] = {0,0,0,1,1,1,2,2,2,3,3,3,4,4,4,4}; static PEXCoord pgon_points[] = { {.5,0.1,0}, {.9,0.1,0}, {.9,0.5,0}, {.9,0.9,0}, {.5,0.9,0}, {.1,0.9,0}, {.1,0.5,0}, {.1,0.1,0}, {.5,0.1,0} }; int order, count, i; float tmin, tmax; PEXArrayOfCoord cpts; PEXColor color; /* * Initialize the curve points */ control_points[0].x = 0.5; control_points[0].y = 0.1; control_points[0].z = 0; control_points[0].w = 1; control_points[1].x = 0.9; control_points[1].y = 0.1; control_points[1].z = 0; control_points[1].w = 0.7071; control_points[2].x = 0.9; control_points[2].y = 0.5; control_points[2].z = 0; control_points[2].w = 1; control_points[3].x = 0.9; control_points[3].y = 0.9; control_points[3].z = 0; control_points[3].w = 0.7071; control_points[4].x = 0.5; control_points[4].y = 0.9; control_points[4].z = 0; control_points[4].w = 1; control_points[5].x = 0.1; control_points[5].y = 0.9; control_points[5].z = 0; control_points[5].w = 0.7071; control_points[6].x = 0.1; control_points[6].y = 0.5; control_points[6].z = 0; control_points[6].w = 1; control_points[7].x = 0.1; control_points[7].y = 0.1; control_points[7].z = 0; control_points[7].w = 0.7071; control_points[8].x = 0.5; control_points[8].y = 0.1; control_points[8].z = 0; control_points[8].w = 1; /* * Define the curve. */ count = 9; cpts.point_4d = control_points; /* * Apply weights to the x,y, and z control points coords. */ for( i = 0; i < count; i++ ) { control_points[i].x *= control_points[i].w; control_points[i].y *= control_points[i].w; control_points[i].z *= control_points[i].w; } /* * Use markers to show the location of the control points. */ color.rgb.red = 1.0; color.rgb.green = 0.0; color.rgb.blue = 0.0; PEXSetMarkerScale(dpy, resourceID, req_type, 3.0); PEXSetMarkerColor(dpy, resourceID, req_type, PEXColorTypeRGB, &color); PEXMarkers(dpy, resourceID, req_type, count, pgon_points ); /* * Use Polylines to show the control polygon and then set * the linetype and color for the NURBCurve. */ color.rgb.red = 0.0; color.rgb.green = 1.0; color.rgb.blue = 0.0; PEXSetLineType(dpy, resourceID, req_type, PEXLineTypeDotted ); PEXSetLineColor(dpy, resourceID, req_type, PEXColorTypeRGB, &color); PEXPolyline(dpy, resourceID, req_type, count, pgon_points ); color.rgb.red = 1.0; color.rgb.green = 1.0; color.rgb.blue = 1.0; PEXSetLineType(dpy, resourceID, req_type, PEXLineTypeSolid ); PEXSetLineColor(dpy, resourceID, req_type, PEXColorTypeRGB, &color); /* * Draw the nurb curve. */ PEXSetCurveApprox( dpy, resourceID, req_type, PEXApproxImpDep, 20.0 ); order = MAX_CURVE_ORDER + 1; { char desc_string[80]; sprintf( desc_string,"PEXNURBCurve order = %d\n", order ); describe_test(desc_string); } tmin = knot_vals[order-1]; tmax = knot_vals[count]; PEXNURBCurve( dpy, resourceID, req_type, PEXRational, order, knot_vals, count, cpts, tmin, tmax ); } void inquire_test_params(char *test_name, int *num_images, int *supported_modes, char *win_title) { strcpy(test_name, "pexocp.88.3"); *num_images = 1; *supported_modes = IMM_MODE | STR_MODE | WKS_MODE; strcpy(win_title, "pexocp.88.3"); } void misc_setup(Display *dpy, Window window, PEXRenderer renderer, int cur_image) { unsigned long mask = PEXRAHLHSRMode; PEXRendererAttributes attrs; attrs.hlhsr_mode = PEXHLHSRZBuffer; PEXChangeRenderer(dpy, renderer, mask, &attrs); } void execute_test(Display *dpy, XID resourceID, PEXOCRequestType req_type, int cur_image) { describe_test("\nPEXlib NURBCurve with invalid curve order.\n"); describe_test(" Image should consist of a green dotted rectangle \n"); describe_test(" with 8 red asterisks at the control points.\n"); describe_test(" The NURB curve should NOT be drawn.\n\n"); draw_image( dpy, resourceID, req_type ); } void testproc(Display *dpy, Window window, int cur_image) { image_testproc("pexocp.88.3", "pexocp.88.3", img_desc, dpy,window, 0, 0, glob_window_width, glob_window_height); }