VVISF & VVGL
VVGL_Geom.hpp
1 #ifndef VVGL_GLGeom_hpp
2 #define VVGL_GLGeom_hpp
3 
4 #include "VVGL_Defines.hpp"
5 
6 #include <iostream>
7 #include "VVGL_Base.hpp"
8 
9 #define BUFFER_OFFSET(i) ((uint8_t*)NULL + (i))
10 
11 
12 
13 
14 namespace VVGL
15 {
16 
17 
18 using namespace std;
19 
20 
21 
26 // basic geometry structs
27 struct Point {
28  double x = 0.;
29  double y = 0.;
30 
31  Point() {};
32  Point(const double & inX, const double & inY) { x=inX;y=inY; };
33 
34  inline bool isZero() const { return (this->x==0.0 && this->y==0.0); }
35 
36  inline bool operator==(const Point & n) const { return (n.x==this->x && n.y==this->y); }
37  inline bool operator!=(const Point & n) const { return !(*this==(n)); }
38  inline Point operator+(const Point & n) const { return { this->x + n.x, this->y + n.y }; }
39  inline Point operator-(const Point & n) const { return { this->x - n.x, this->y - n.y }; }
40  friend ostream & operator<<(ostream & os, const Point & n) { os<<"("<<n.x<<", "<<n.y<<")";return os; }
41 };
46 struct Size {
47  double width = 0.;
48  double height = 0.;
49 
50  Size() {};
51  Size(const double & inWidth, const double & inHeight) { width=inWidth;height=inHeight; };
52 
53  inline bool isZero() const { return (this->width==0.0 && this->height==0.0); }
54 
55  inline bool operator==(const Size & n) const { return (n.width==this->width && n.height==this->height); }
56  inline bool operator!=(const Size & n) const { return !(*this==(n)); }
57  inline Size operator+(const Size & n) const { return { this->width + n.width, this->height + n.height }; }
58  inline Size operator-(const Size & n) const { return { this->width - n.width, this->height - n.height }; }
59  friend ostream & operator<<(ostream & os, const Size & n) { os<<"("<<n.width<<"x"<<n.height<<")";return os; }
60 };
65 struct Rect {
66  Point origin = {0.,0.};
67  Size size = {0., 0.};
68 
69  Rect() {};
70  Rect(const double & inX, const double & inY, const double & inW, const double & inH) { origin={inX,inY}; size={inW,inH}; };
71 
73  inline double minX() const { return ((size.width>=0) ? (origin.x) : (origin.x+size.width)); }
75  inline double maxX() const { return ((size.width>=0) ? (origin.x+size.width) : (origin.x)); }
77  inline double minY() const { return ((size.height>=0) ? (origin.y) : (origin.y+size.height)); }
79  inline double maxY() const { return ((size.height>=0) ? (origin.y+size.height) : (origin.y)); }
81  inline double midX() const { return (origin.x+(size.width/2.0)); }
83  inline double midY() const { return (origin.y+(size.height/2.0)); }
85  inline Point topLeft() const { return { this->minX(), this->maxY() }; }
87  inline Point topRight() const { return { this->maxX(), this->maxY() }; }
89  inline Point botLeft() const { return { this->minX(), this->minY() }; }
91  inline Point botRight() const { return { this->maxX(), this->minY() }; }
93  inline Point center() const { return { this->midX(), this->midY() }; }
95  inline bool isZero() const { return (this->origin.isZero() && this->size.isZero()); }
96 
97  inline bool operator==(const Rect & n) const { return (this->origin.operator==(n.origin) && this->size.operator==(n.size)); }
98  inline bool operator!=(const Rect & n) const { return !(*this==(n)); }
99  friend ostream & operator<<(ostream & os, const Rect & n) { os<<"{"<<n.origin<<","<<n.size<<"}";return os; }
100 };
101 
102 
103 
104 
109 enum SizingMode {
110  SizingMode_Fit,
111  SizingMode_Fill,
112  SizingMode_Stretch,
113  SizingMode_Copy
114 };
120 VVGL_EXPORT Rect ResizeRect(const Rect & fitThisRect, const Rect & inThisRect, const SizingMode & sizingMode);
121 
122 
123 
124 
129 struct VT {
130  //virtual void zero() = 0;
131 };
136 struct VT_XY : public VT {
137  float x = 0.;
138  float y = 0.;
139 
140  VT_XY() {}
141  VT_XY(const float & inX, const float & inY) : x(inX), y(inY) {}
142 
143  inline float & operator[] (const int index) { switch(index) { case 0: return x; case 1: default: return y; } }
144  inline bool operator== (const VT_XY & n) const { return (this->x==n.x && this->y==n.y); }
145  inline bool operator!= (const VT_XY & n) const { return !(*this==n); }
146  friend ostream & operator<<(ostream & os, const VT_XY & n) { os<<"{"<<n.x<<","<<n.y<<"}";return os; }
147 
148  inline void zero() { x=0.; y=0; }
149  inline int numComponents() const { return 2; }
150 };
155 struct VT_XYZ : public VT {
156  float x = 0.;
157  float y = 0.;
158  float z = 0.;
159 
160  VT_XYZ() {}
161  VT_XYZ(const float & inX, const float & inY, const float & inZ) : x(inX), y(inY), z(inZ) {}
162 
163  inline float & operator[] (const int index) { switch(index) { case 0: return x; case 1: return y; case 2: default: return z; } }
164  inline bool operator== (const VT_XYZ & n) const { return (this->x==n.x && this->y==n.y && this->z==n.z); }
165  inline bool operator!= (const VT_XYZ & n) const { return !(*this==n); }
166  friend ostream & operator<<(ostream & os, const VT_XYZ & n) { os<<"{"<<n.x<<","<<n.y<<","<<n.z<<"}";return os; }
167 
168  inline void zero() { x=0.; y=0; z=0; }
169  inline int numComponents() const { return 3; }
170 };
175 struct VT_ST : public VT {
176  float s = 0.;
177  float t = 0.;
178 
179  VT_ST() {}
180  VT_ST(const float & inS, const float & inT) : s(inS), t(inT) {}
181 
182  inline float & operator[] (const int index) { switch(index) { case 0: return s; case 1: default: return t; } }
183  inline bool operator== (const VT_ST & n) const { return (this->s==n.s && this->t==n.t); }
184  inline bool operator!= (const VT_ST & n) const { return !(*this==n); }
185  friend ostream & operator<<(ostream & os, const VT_ST & n) { os<<"{"<<n.s<<","<<n.t<<"}";return os; }
186 
187  inline void zero() { s=0.; t=0; }
188  inline int numComponents() const { return 2; }
189 };
194 struct VT_RGBA : public VT {
195  float r = 0.0;
196  float g = 0.0;
197  float b = 0.0;
198  float a = 0.0;
199 
200  VT_RGBA() {}
201  VT_RGBA(const float & inR, const float & inG, const float & inB, const float & inA) : r(inR), g(inG), b(inB), a(inA) {}
202 
203  inline float & operator[] (const int index) { switch(index) { case 0: return r; case 1: return g; case 2: return b; case 3: default: return a; } }
204  inline void operator= (const GLColor & n) { r=n.r; g=n.g; b=n.b; a=n.a; };
205  inline bool operator== (const VT_RGBA & n) const { return (this->r==n.r && this->g==n.g && this->b==n.b && this->a==n.a); };
206  inline bool operator!= (const VT_RGBA & n) const { return !(*this==n); };
207  friend ostream & operator<<(ostream & os, const VT_RGBA & n) { os<<"{"<<n.r<<","<<n.g<<","<<n.b<<","<<n.a<<"}";return os; }
208 
209  inline void zero() { r=0.; g=0; b=0; a=0; }
210  inline int numComponents() const { return 4; }
211 };
212 
213 
214 
215 
217 
221 struct Vertex {
223  //virtual void zero() = 0;
224 };
225 // these structs define different commonly-used kinds of vertices using the above data types. the ordering and alignment of the members in these structs should correspond directly to how the memory is used in GL (likewise, it is expected that the members of all these structs are compatible with GL).
230 struct VertXY : public Vertex {
232  VT_XY geo;
233 
234  inline bool operator== (const VertXY & n) const { return (this->geo==n.geo); }
235  inline bool operator!= (const VertXY & n) const { return !(*this==n); }
236 
238  inline int geoOffset() const { return 0; }
239 
240  inline void zero() { geo.zero(); }
241 };
246 struct VertXYST : public Vertex {
248  VT_XY geo;
250  VT_ST tex;
251 
252  inline bool operator== (const VertXYST & n) const { return (this->geo==n.geo && this->tex==n.tex); }
253  inline bool operator!= (const VertXYST & n) const { return !(*this==n); }
254 
256  inline int geoOffset() const { return 0; }
258  inline int texOffset() const { return sizeof(geo); }
259 
260  inline void zero() { geo.zero(); tex.zero(); }
261 };
266 struct VertXYRGBA : public Vertex {
268  VT_XY geo;
270  VT_RGBA color;
271 
272  inline bool operator== (const VertXYRGBA & n) const { return (this->geo==n.geo && this->color==n.color); }
273  inline bool operator!= (const VertXYRGBA & n) const { return !(*this==n); }
274 
276  inline int geoOffset() const { return 0; }
278  inline int colorOffset() const { return sizeof(geo); }
279 
280  inline void zero() { geo.zero(); color.zero(); }
281 };
286 struct VertXYSTRGBA : public Vertex {
288  VT_XY geo;
290  VT_ST tex;
292  VT_RGBA color;
293 
294  inline bool operator== (const VertXYSTRGBA & n) const { return (this->geo==n.geo && this->tex==n.tex && this->color==n.color); }
295  inline bool operator!= (const VertXYSTRGBA & n) const { return !(*this==n); }
296 
298  inline int geoOffset() const { return 0; }
300  inline int texOffset() const { return sizeof(geo); }
302  inline int colorOffset() const { return (sizeof(geo) + sizeof(tex)); }
303 
304  inline void zero() { geo.zero(); tex.zero(); color.zero(); }
305 };
306 
307 
312 struct VertXYZ : public Vertex {
314  VT_XYZ geo;
315 
316  inline bool operator== (const VertXYZ & n) const { return (this->geo==n.geo); }
317  inline bool operator!= (const VertXYZ & n) const { return !(*this==n); }
318 
320  inline int geoOffset() const { return 0; }
321 
322  inline void zero() { geo.zero(); }
323 };
328 struct VertXYZST : public Vertex {
330  VT_XYZ geo;
332  VT_ST tex;
333 
334  inline bool operator== (const VertXYZST & n) const { return (this->geo==n.geo && this->tex==n.tex); }
335  inline bool operator!= (const VertXYZST & n) const { return !(*this==n); }
336 
338  inline int geoOffset() const { return 0; }
340  inline int texOffset() const { return sizeof(geo); }
341 
342  inline void zero() { geo.zero(); tex.zero(); }
343 };
348 struct VertXYZRGBA : public Vertex {
350  VT_XYZ geo;
352  VT_RGBA color;
353 
354  inline bool operator== (const VertXYZRGBA & n) const { return (this->geo==n.geo && this->color==n.color); }
355  inline bool operator!= (const VertXYZRGBA & n) const { return !(*this==n); }
356 
358  inline int geoOffset() const { return 0; }
360  inline int colorOffset() const { return sizeof(geo); }
361 
362  inline void zero() { geo.zero(); color.zero(); }
363 };
368 struct VertXYZSTRGBA : public Vertex {
370  VT_XYZ geo;
372  VT_ST tex;
374  VT_RGBA color;
375 
376  inline bool operator== (const VertXYZSTRGBA & n) const { return (this->geo==n.geo && this->tex==n.tex && this->color==n.color); }
377  inline bool operator!= (const VertXYZSTRGBA & n) const { return !(*this==n); }
378 
380  inline int geoOffset() const { return 0; }
382  inline int texOffset() const { return sizeof(geo); }
384  inline int colorOffset() const { return (sizeof(geo) + sizeof(tex)); }
385 
386  inline void zero() { geo.zero(); tex.zero(); color.zero(); }
387 };
392 struct VertRGBA : public Vertex {
394  VT_RGBA color;
395 
396  inline bool operator== (const VertRGBA & n) const { return (this->color==n.color); }
397  inline bool operator!= (const VertRGBA & n) const { return !(*this==n); }
398 
400  inline int colorOffset() const { return 0; }
401 
402  inline void zero() { color.zero(); }
403 };
404 
405 
406 
407 
412 template <typename QuadType>
413 struct Quad {
415  QuadType bl;
417  QuadType br;
419  QuadType tl;
421  QuadType tr;
422 
423  // make sure that the template type derives from VVGL::Vertex
424  static_assert(std::is_base_of<VVGL::Vertex,QuadType>::value, "QuadType must inherit from VVGL::Vertex");
425 
426  Quad() {}
427  Quad(const QuadType & inBL, const QuadType & inBR, const QuadType & inTL, const QuadType & inTR) : bl(inBL), br(inBR), tl(inTL), tr(inTR) {}
428 
429  inline QuadType & operator[] (const int index) { switch(index) { case 0: return br; case 1: return br; case 2: return tl; case 3: default: return tr; } }
430  inline bool operator==(const Quad & n) const { return (this->bl==n.bl && this->br==n.br && this->tl==n.tl && this->tr==n.tr); }
431  inline bool operator!=(const Quad & n) const { return !(*this==n); }
432 
434  inline int stride() const { return sizeof(bl); }
436  inline int geoOffset() const { return bl.geoOffset(); }
438  inline int texOffset() const { return bl.texOffset(); }
440  inline int colorOffset() const { return bl.colorOffset(); }
441 
443  inline void populateGeo(Rect & inRect) {
444  const Rect tmpRect = inRect;
445  populateGeo(tmpRect);
446  }
448  inline void populateGeo(const Rect & inRect) {
449  bl.geo.x = inRect.minX();
450  bl.geo.y = inRect.minY();
451 
452  br.geo.x = inRect.maxX();
453  br.geo.y = inRect.minY();
454 
455  tl.geo.x = inRect.minX();
456  tl.geo.y = inRect.maxY();
457 
458  tr.geo.x = inRect.maxX();
459  tr.geo.y = inRect.maxY();
460  }
462  inline void populateTex(Rect & inRect, const bool & inFlip) {
463  const Rect tmpRect = inRect;
464  populateTex(tmpRect, inFlip);
465  }
467  inline void populateTex(const Rect & inRect, const bool & inFlip) {
468  if (!inFlip) {
469  bl.tex.s = inRect.minX();
470  bl.tex.t = inRect.minY();
471 
472  br.tex.s = inRect.maxX();
473  br.tex.t = inRect.minY();
474 
475  tl.tex.s = inRect.minX();
476  tl.tex.t = inRect.maxY();
477 
478  tr.tex.s = inRect.maxX();
479  tr.tex.t = inRect.maxY();
480  }
481  else {
482  bl.tex.s = inRect.minX();
483  bl.tex.t = inRect.maxY();
484 
485  br.tex.s = inRect.maxX();
486  br.tex.t = inRect.maxY();
487 
488  tl.tex.s = inRect.minX();
489  tl.tex.t = inRect.minY();
490 
491  tr.tex.s = inRect.maxX();
492  tr.tex.t = inRect.minY();
493  }
494  }
496  inline void populateColor(VT_RGBA & inColor) {
497  const VT_RGBA tmpColor = inColor;
498  populateColor(tmpColor);
499  }
501  inline void populateColor(const VT_RGBA & inColor) {
502  VT_RGBA tmpColor = inColor;
503  for (int i=0; i<4; ++i) {
504  bl.color[i] = tmpColor[i];
505  br.color[i] = tmpColor[i];
506  tl.color[i] = tmpColor[i];
507  tr.color[i] = tmpColor[i];
508  }
509  }
510 };
511 
512 
513 
514 
515 }
516 
517 
518 #endif /* VVGL_GLGeom_hpp */
VVGL::VertXYZSTRGBA::color
VT_RGBA color
The RGBA color data for this vertex.
Definition: VVGL_Geom.hpp:374
VVGL::VertXYZSTRGBA::colorOffset
int colorOffset() const
Returns the offset of the color data within the vertex.
Definition: VVGL_Geom.hpp:384
VVGL::Rect::midX
double midX() const
Returns the middle X coordinate of the rect.
Definition: VVGL_Geom.hpp:81
VVGL::GLColor
This struct describes an RGBA color.
Definition: VVGL_Base.hpp:116
VVGL::Quad::br
QuadType br
The bottom-right vertex.
Definition: VVGL_Geom.hpp:417
VVGL::SizingMode_Copy
the content is copied directly to the desired area- it is not made any larger or smaller ...
Definition: VVGL_Geom.hpp:113
VVGL::VertXYZST::geo
VT_XYZ geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:330
VVGL::VertXYZ::geo
VT_XYZ geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:314
VVGL::SizingMode_Stretch
the content is scaled to fit perfectly within the desired area- some stretching or squashing may occu...
Definition: VVGL_Geom.hpp:112
VVGL::VertXYSTRGBA::texOffset
int texOffset() const
Returns the offset of the texture data within the vertex.
Definition: VVGL_Geom.hpp:300
VVGL::VertXYZST::tex
VT_ST tex
The texture coordinate data for this vertex.
Definition: VVGL_Geom.hpp:332
VVGL
Definition: GLBuffer.hpp:13
VVGL::VT
Abstract base struct for vertex types (VT == "vertex type")
Definition: VVGL_Geom.hpp:129
VVGL::Quad::populateTex
void populateTex(Rect &inRect, const bool &inFlip)
Populates the quad&#39;s texture coordinate data with the passed rect&#39;s geometry.
Definition: VVGL_Geom.hpp:462
VVGL::VertXYSTRGBA
Describes a vertex that contains x/y geometry data and s/t texture coordinate data and RGBA color dat...
Definition: VVGL_Geom.hpp:286
VVGL::VertXYSTRGBA::colorOffset
int colorOffset() const
Returns the offset of the color data within the vertex.
Definition: VVGL_Geom.hpp:302
VVGL::VertXYST::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:256
VVGL::SizingMode
SizingMode
Definition: VVGL_Geom.hpp:109
VVGL::Rect::minY
double minY() const
Returns the min Y coordinate of the rect.
Definition: VVGL_Geom.hpp:77
VVGL::VertXYZRGBA::geo
VT_XYZ geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:350
VVGL::VertXY::geo
VT_XY geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:232
VVGL::Quad::populateGeo
void populateGeo(const Rect &inRect)
Populates the quad&#39;s geometry with the passed rect&#39;s geometry.
Definition: VVGL_Geom.hpp:448
VVGL::VertXYRGBA::geo
VT_XY geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:268
VVGL::VertXYRGBA::color
VT_RGBA color
The RGBA color data for this vertex.
Definition: VVGL_Geom.hpp:270
VVGL::VertXYZSTRGBA::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:380
VVGL::Vertex
Abstract base struct for a vertex that has one or kinds of data stored in one or more vertex types...
Definition: VVGL_Geom.hpp:221
VVGL::Rect::midY
double midY() const
Returns the middle Y coordinate of the rect.
Definition: VVGL_Geom.hpp:83
VVGL::VertXYSTRGBA::geo
VT_XY geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:288
std
STL namespace.
VVGL::VertXY
Describes a vertex that only contains x/y geometry data. Derived from Vertex.
Definition: VVGL_Geom.hpp:230
VVGL::VertXYZSTRGBA
Describes a vertex that contains x/y/z geometry data and s/t texture coordinate data and RGBA color d...
Definition: VVGL_Geom.hpp:368
VVGL::GLColor::r
float r
The red component.
Definition: VVGL_Base.hpp:118
VVGL::GLColor::a
float a
The alpha component.
Definition: VVGL_Base.hpp:124
VVGL::Size
Basic struct for 2D size.
Definition: VVGL_Geom.hpp:46
VVGL::VertXYZST
Describes a vertex that contains x/y/z geometry data and s/t texture coordinate data. Derived from Vertex.
Definition: VVGL_Geom.hpp:328
VVGL::VertXYST::geo
VT_XY geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:248
VVGL::VertRGBA::color
VT_RGBA color
The RGBA color data for this vertex.
Definition: VVGL_Geom.hpp:394
VVGL::VertXYZSTRGBA::tex
VT_ST tex
The texture coordinate data for this vertex.
Definition: VVGL_Geom.hpp:372
VVGL::VertXYSTRGBA::tex
VT_ST tex
The texture coordinate data for this vertex.
Definition: VVGL_Geom.hpp:290
VVGL_Base.hpp
VVGL::Quad::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the quad.
Definition: VVGL_Geom.hpp:436
VVGL::Quad::tr
QuadType tr
The top-right vertex.
Definition: VVGL_Geom.hpp:421
VVGL::Rect::topLeft
Point topLeft() const
Returns a Point describing the top-left corner of the rect.
Definition: VVGL_Geom.hpp:85
VVGL::VT_XY
This vertex type describes a two-dimensional point. Derives from VT. Concrete subclasses of Vertex us...
Definition: VVGL_Geom.hpp:136
VVGL::Rect::center
Point center() const
Returns a Point describing the center of the rect.
Definition: VVGL_Geom.hpp:93
VVGL::VertXYST
Describes a vertex that contains x/y geometry data and s/t texture coordinate data. Derived from Vertex.
Definition: VVGL_Geom.hpp:246
VVGL::VertXYZRGBA::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:358
VVGL::VertXYZST::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:338
VVGL::VertXYRGBA::colorOffset
int colorOffset() const
Returns the offset of the color data within the vertex.
Definition: VVGL_Geom.hpp:278
VVGL::SizingMode_Fit
the content is made as large as possible, proportionally, without cutting itself off or going outside...
Definition: VVGL_Geom.hpp:110
VVGL::VT_RGBA
This vertex type describes RGBA color data. Derives from VT. Concrete subclasses of Vertex use one or...
Definition: VVGL_Geom.hpp:194
VVGL::Rect::maxX
double maxX() const
Returns the max X coordinate of the rect.
Definition: VVGL_Geom.hpp:75
VVGL::VertRGBA
Describes a vertex that contains RGBA color data. Derived from Vertex.
Definition: VVGL_Geom.hpp:392
VVGL::Rect::topRight
Point topRight() const
Returns a Point describing the top-right corner of the rect.
Definition: VVGL_Geom.hpp:87
VVGL::GLColor::g
float g
The green component.
Definition: VVGL_Base.hpp:120
VVGL::VT_XYZ
This vertex type describes a three-dimensional point. Derives from VT. Concrete subclasses of Vertex ...
Definition: VVGL_Geom.hpp:155
VVGL::VertXYSTRGBA::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:298
VVGL::Rect::maxY
double maxY() const
Returns the max Y coordinate of the rect.
Definition: VVGL_Geom.hpp:79
VVGL::VertXYZRGBA::colorOffset
int colorOffset() const
Returns the offset of the color data within the vertex.
Definition: VVGL_Geom.hpp:360
VVGL::VertXYRGBA::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:276
VVGL::Quad::populateColor
void populateColor(const VT_RGBA &inColor)
Populates the quad&#39;s RGBA color data with the passed color.
Definition: VVGL_Geom.hpp:501
VVGL::VertRGBA::colorOffset
int colorOffset() const
Returns the offset of the color data within the vertex.
Definition: VVGL_Geom.hpp:400
VVGL::Rect
Basic struct for a rectangle using VVGL::Point and VVGL::Size.
Definition: VVGL_Geom.hpp:65
VVGL::VertXYRGBA
Describes a vertex that contains x/y geometry data and RGBA color data. Derived from Vertex...
Definition: VVGL_Geom.hpp:266
VVGL::VT_ST
This vertex type describes a two-dimensional texture location. Derives from VT. Concrete subclasses o...
Definition: VVGL_Geom.hpp:175
VVGL::Rect::isZero
bool isZero() const
Sets all the values of the rect to 0.
Definition: VVGL_Geom.hpp:95
VVGL::Quad::populateTex
void populateTex(const Rect &inRect, const bool &inFlip)
Populates the quad&#39;s texture coordinate data with the passed rect&#39;s geometry.
Definition: VVGL_Geom.hpp:467
VVGL::Quad::texOffset
int texOffset() const
Returns the offset of the texture coordinate data within the quad.
Definition: VVGL_Geom.hpp:438
VVGL::VertXYZRGBA::color
VT_RGBA color
The RGBA color data for this vertex.
Definition: VVGL_Geom.hpp:352
VVGL::VertXYST::texOffset
int texOffset() const
Returns the offset of the texture data within the vertex.
Definition: VVGL_Geom.hpp:258
VVGL::VertXYZRGBA
Describes a vertex that contains x/y/z geometry data and RGBA color data. Derived from Vertex...
Definition: VVGL_Geom.hpp:348
VVGL::Quad::populateGeo
void populateGeo(Rect &inRect)
Populates the quad&#39;s geometry with the passed rect&#39;s geometry.
Definition: VVGL_Geom.hpp:443
VVGL::Quad
This struct defines a quad- it&#39;s a simple template which is expected to be passed one of the structs ...
Definition: VVGL_Geom.hpp:413
VVGL::Rect::botRight
Point botRight() const
Returns a Point describing the bottom-right corner of the rect.
Definition: VVGL_Geom.hpp:91
VVGL::VertXYSTRGBA::color
VT_RGBA color
The RGBA color data for this vertex.
Definition: VVGL_Geom.hpp:292
VVGL::Rect::minX
double minX() const
Returns the min X coordinate of the rect.
Definition: VVGL_Geom.hpp:73
VVGL::VertXYZST::texOffset
int texOffset() const
Returns the offset of the texture data within the vertex.
Definition: VVGL_Geom.hpp:340
VVGL::VertXYZSTRGBA::geo
VT_XYZ geo
The geometry data for this vertex.
Definition: VVGL_Geom.hpp:370
VVGL::Quad::tl
QuadType tl
The top-left vertex.
Definition: VVGL_Geom.hpp:419
VVGL::VertXY::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:238
VVGL::ResizeRect
Rect ResizeRect(const Rect &fitThisRect, const Rect &inThisRect, const SizingMode &sizingMode)
Proportional resizing of Rects This method resizes one rect to fit in another using the provided sizi...
VVGL::Quad::populateColor
void populateColor(VT_RGBA &inColor)
Populates the quad&#39;s RGBA color data with the passed color.
Definition: VVGL_Geom.hpp:496
VVGL::Rect::botLeft
Point botLeft() const
Returns a Point describing the bottom-left corner of the rect.
Definition: VVGL_Geom.hpp:89
VVGL::Quad::stride
int stride() const
Returns the size of a single vertex in bytes/the stride between vertices. If you know the stride of a...
Definition: VVGL_Geom.hpp:434
VVGL::Point
Basic struct for 2D point.
Definition: VVGL_Geom.hpp:27
VVGL::Quad::bl
QuadType bl
The bottom-left vertex.
Definition: VVGL_Geom.hpp:415
VVGL::VertXYZSTRGBA::texOffset
int texOffset() const
Returns the offset of the texture data within the vertex.
Definition: VVGL_Geom.hpp:382
VVGL::VertXYZ::geoOffset
int geoOffset() const
Returns the offset of the geometry data within the vertex.
Definition: VVGL_Geom.hpp:320
VVGL::SizingMode_Fill
the content is made as large as possible, proportionally, to fill the desired area- some of the conte...
Definition: VVGL_Geom.hpp:111
VVGL::VertXYST::tex
VT_ST tex
The texture coordinate data for this vertex.
Definition: VVGL_Geom.hpp:250
VVGL::VertXYZ
Describes a vertex that contains x/y/z geometry data. Derived from Vertex.
Definition: VVGL_Geom.hpp:312
VVGL::Quad::colorOffset
int colorOffset() const
Returns the offset of the RGBA color data within the quad.
Definition: VVGL_Geom.hpp:440
VVGL::GLColor::b
float b
The blue component.
Definition: VVGL_Base.hpp:122