GCC Code Coverage Report

Line	Branch	Exec	Source
1			/*
2			* Copyright (c) 2000-2022 Inria
3			* All rights reserved.
4			*
5			* Redistribution and use in source and binary forms, with or without
6			* modification, are permitted provided that the following conditions are met:
7			*
8			* * Redistributions of source code must retain the above copyright notice,
9			* this list of conditions and the following disclaimer.
10			* * Redistributions in binary form must reproduce the above copyright notice,
11			* this list of conditions and the following disclaimer in the documentation
12			* and/or other materials provided with the distribution.
13			* * Neither the name of the ALICE Project-Team nor the names of its
14			* contributors may be used to endorse or promote products derived from this
15			* software without specific prior written permission.
16			*
17			* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
18			* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
19			* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
20			* ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE
21			* LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
22			* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
23			* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
24			* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
25			* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
26			* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
27			* POSSIBILITY OF SUCH DAMAGE.
28			*
29			* Contact: Bruno Levy
30			*
31			* https://www.inria.fr/fr/bruno-levy
32			*
33			* Inria,
34			* Domaine de Voluceau,
35			* 78150 Le Chesnay - Rocquencourt
36			* FRANCE
37			*
38			*/
39
40			#ifndef GEOGRAM_GFX_GLUP_GLUP_PRIVATE
41			#define GEOGRAM_GFX_GLUP_GLUP_PRIVATE
42
43			#include <geogram_gfx/GLUP/GLUP.h>
44			#include <geogram_gfx/GLUP/GLUP_context.h>
45
46			/**
47			* \file geogram_gfx/GLUP/GLUP_private.h
48			* \brief Slightly faster GLUP functions, not part of the API (do not use in
49			* client code).
50			*/
51
52
53			namespace GLUP {
54			using namespace GEO;
55			extern GLUP_API Context* current_context_;
56			}
57
58			inline void glupPrivateBegin(GLUPprimitive primitive) {
59			GLUP::current_context_->begin(primitive);
60			}
61
62			inline void glupPrivateEnd() {
63			GLUP::current_context_->end();
64			}
65
66		✗	inline void glupPrivateVertex2fv(const GLUPfloat* xy) {
67		✗	GLUP::current_context_->immediate_vertex(xy[0], xy[1]);
68		✗	}
69
70		✗	inline void glupPrivateVertex3fv(const GLUPfloat* xyz) {
71		✗	GLUP::current_context_->immediate_vertex(xyz[0], xyz[1], xyz[2]);
72		✗	}
73
74			inline void glupPrivateVertex4fv(const GLUPfloat* xyzw) {
75			GLUP::current_context_->immediate_vertex(
76			xyzw[0], xyzw[1], xyzw[2], xyzw[3]
77			);
78			}
79
80		✗	inline void glupPrivateVertex2dv(const GLUPdouble* xy) {
81		✗	GLUP::current_context_->immediate_vertex(
82		✗	GLfloat(xy[0]),
83		✗	GLfloat(xy[1])
84			);
85		✗	}
86
87		✗	inline void glupPrivateVertex3dv(const GLUPdouble* xyz) {
88		✗	GLUP::current_context_->immediate_vertex(
89		✗	GLfloat(xyz[0]),
90		✗	GLfloat(xyz[1]),
91		✗	GLfloat(xyz[2])
92			);
93		✗	}
94
95			inline void glupPrivateVertex4dv(const GLUPdouble* xyzw) {
96			GLUP::current_context_->immediate_vertex(
97			GLfloat(xyzw[0]),
98			GLfloat(xyzw[1]),
99			GLfloat(xyzw[2]),
100			GLfloat(xyzw[3])
101			);
102			}
103
104			inline void glupPrivateVertex2f(GLUPfloat x, GLUPfloat y) {
105			GLUP::current_context_->immediate_vertex(x,y);
106			}
107
108		✗	inline void glupPrivateVertex3f(GLUPfloat x, GLUPfloat y, GLUPfloat z) {
109		✗	GLUP::current_context_->immediate_vertex(x,y,z);
110		✗	}
111
112			inline void glupPrivateVertex4f(
113			GLUPfloat x, GLUPfloat y, GLUPfloat z, GLUPfloat w
114			) {
115			GLUP::current_context_->immediate_vertex(x,y,z,w);
116			}
117
118			inline void glupPrivateVertex2d(GLUPdouble x, GLUPdouble y) {
119			GLUP::current_context_->immediate_vertex(
120			GLfloat(x),
121			GLfloat(y)
122			);
123			}
124
125		✗	inline void glupPrivateVertex3d(GLUPdouble x, GLUPdouble y, GLUPdouble z) {
126		✗	GLUP::current_context_->immediate_vertex(
127			GLfloat(x),
128			GLfloat(y),
129			GLfloat(z)
130			);
131		✗	}
132
133		✗	inline void glupPrivateVertex4d(
134			GLUPdouble x, GLUPdouble y, GLUPdouble z, GLUPdouble w
135			) {
136		✗	GLUP::current_context_->immediate_vertex(
137			GLfloat(x),
138			GLfloat(y),
139			GLfloat(z),
140			GLfloat(w)
141			);
142		✗	}
143
144			inline void glupPrivateColor3fv(const GLUPfloat* rgb) {
145			GLUP::current_context_->immediate_color(rgb[0], rgb[1], rgb[2]);
146			}
147
148			inline void glupPrivateColor4fv(const GLUPfloat* rgba) {
149			GLUP::current_context_->immediate_color(rgba[0], rgba[1], rgba[2], rgba[3]);
150			}
151
152			inline void glupPrivateColor3dv(const GLUPdouble* rgb) {
153			GLUP::current_context_->immediate_color(
154			GLfloat(rgb[0]),
155			GLfloat(rgb[1]),
156			GLfloat(rgb[2])
157			);
158			}
159
160			inline void glupPrivateColor4dv(const GLUPdouble* rgba) {
161			GLUP::current_context_->immediate_color(
162			GLfloat(rgba[0]),
163			GLfloat(rgba[1]),
164			GLfloat(rgba[2]),
165			GLfloat(rgba[3])
166			);
167			}
168
169			inline void glupPrivateColor3f(GLUPfloat r, GLUPfloat g, GLUPfloat b) {
170			GLUP::current_context_->immediate_color(r, g, b);
171			}
172
173			inline void glupPrivateColor4f(
174			GLUPfloat r, GLUPfloat g, GLUPfloat b, GLUPfloat a
175			) {
176			GLUP::current_context_->immediate_color(r, g, b, a);
177			}
178
179			inline void glupPrivateColor3d(GLUPdouble r, GLUPdouble g, GLUPdouble b) {
180			GLUP::current_context_->immediate_color(
181			GLfloat(r),
182			GLfloat(g),
183			GLfloat(b)
184			);
185			}
186
187			inline void glupPrivateColor4d(
188			GLUPdouble r, GLUPdouble g, GLUPdouble b, GLUPdouble a
189			) {
190			GLUP::current_context_->immediate_color(
191			GLfloat(r),
192			GLfloat(g),
193			GLfloat(b),
194			GLfloat(a)
195			);
196			}
197
198			inline void glupPrivateTexCoord2fv(const GLUPfloat* st) {
199			GLUP::current_context_->immediate_tex_coord(st[0], st[1]);
200			}
201
202			inline void glupPrivateTexCoord3fv(const GLUPfloat* stu) {
203			GLUP::current_context_->immediate_tex_coord(stu[0], stu[1], stu[2]);
204			}
205
206			inline void glupPrivateTexCoord4fv(const GLUPfloat* stuv) {
207			GLUP::current_context_->immediate_tex_coord(
208			stuv[0], stuv[1], stuv[2], stuv[3]
209			);
210			}
211
212			inline void glupPrivateTexCoord2dv(const GLUPdouble* st) {
213			GLUP::current_context_->immediate_tex_coord(
214			GLfloat(st[0]),
215			GLfloat(st[1])
216			);
217			}
218
219			inline void glupPrivateTexCoord3dv(const GLUPdouble* stu) {
220			GLUP::current_context_->immediate_tex_coord(
221			GLfloat(stu[0]),
222			GLfloat(stu[1]),
223			GLfloat(stu[2])
224			);
225			}
226
227			inline void glupPrivateTexCoord4dv(const GLUPdouble* stuv) {
228			GLUP::current_context_->immediate_tex_coord(
229			GLfloat(stuv[0]),
230			GLfloat(stuv[1]),
231			GLfloat(stuv[2]),
232			GLfloat(stuv[3])
233			);
234			}
235
236			inline void glupPrivateTexCoord1f(GLUPfloat s) {
237			GLUP::current_context_->immediate_tex_coord(s);
238			}
239
240		✗	inline void glupPrivateTexCoord2f(GLUPfloat s, GLUPfloat t) {
241		✗	GLUP::current_context_->immediate_tex_coord(s,t);
242		✗	}
243
244			inline void glupPrivateTexCoord3f(GLUPfloat s, GLUPfloat t, GLUPfloat u) {
245			GLUP::current_context_->immediate_tex_coord(s,t,u);
246			}
247
248			inline void glupPrivateTexCoord4f(
249			GLUPfloat s, GLUPfloat t, GLUPfloat u, GLUPfloat v
250			) {
251			GLUP::current_context_->immediate_tex_coord(s,t,u,v);
252			}
253
254		✗	inline void glupPrivateTexCoord1d(GLUPdouble s) {
255		✗	GLUP::current_context_->immediate_tex_coord(
256			GLfloat(s)
257			);
258		✗	}
259
260		✗	inline void glupPrivateTexCoord2d(GLUPdouble s, GLUPdouble t) {
261		✗	GLUP::current_context_->immediate_tex_coord(
262			GLfloat(s),
263			GLfloat(t)
264			);
265		✗	}
266
267		✗	inline void glupPrivateTexCoord3d(GLUPdouble s, GLUPdouble t, GLUPdouble u) {
268		✗	GLUP::current_context_->immediate_tex_coord(
269			GLfloat(s),
270			GLfloat(t),
271			GLfloat(u)
272			);
273		✗	}
274
275			inline void glupPrivateTexCoord4d(
276			GLUPdouble s, GLUPdouble t, GLUPdouble u, GLUPdouble v
277			) {
278			GLUP::current_context_->immediate_tex_coord(
279			GLfloat(s),
280			GLfloat(t),
281			GLfloat(u),
282			GLfloat(v)
283			);
284			}
285
286
287		✗	inline void glupPrivateNormal3fv(GLUPfloat* xyz) {
288		✗	GLUP::current_context_->immediate_normal(
289		✗	xyz[0],xyz[1],xyz[2]
290			);
291		✗	}
292
293			inline void glupPrivateNormal3f(GLUPfloat x, GLUPfloat y, GLUPfloat z) {
294			GLUP::current_context_->immediate_normal(
295			x,y,z
296			);
297			}
298
299			inline void glupPrivateNormal3dv(GLUPdouble* xyz) {
300			GLUP::current_context_->immediate_normal(
301			GLfloat(xyz[0]),
302			GLfloat(xyz[1]),
303			GLfloat(xyz[2])
304			);
305			}
306
307			inline void glupPrivateNormal3d(GLUPdouble x, GLUPdouble y, GLUPdouble z) {
308			GLUP::current_context_->immediate_normal(
309			GLfloat(x),
310			GLfloat(y),
311			GLfloat(z)
312			);
313			}
314
315			#endif
316