| Geant4 Cross Reference |
1 // 1 //
2 // ******************************************* 2 // ********************************************************************
3 // * License and Disclaimer << 3 // * DISCLAIMER *
4 // * 4 // * *
5 // * The Geant4 software is copyright of th << 5 // * The following disclaimer summarizes all the specific disclaimers *
6 // * the Geant4 Collaboration. It is provided << 6 // * of contributors to this software. The specific disclaimers,which *
7 // * conditions of the Geant4 Software License << 7 // * govern, are listed with their locations in: *
8 // * LICENSE and available at http://cern.ch/ << 8 // * http://cern.ch/geant4/license *
9 // * include a list of copyright holders. <<
10 // * 9 // * *
11 // * Neither the authors of this software syst 10 // * Neither the authors of this software system, nor their employing *
12 // * institutes,nor the agencies providing fin 11 // * institutes,nor the agencies providing financial support for this *
13 // * work make any representation or warran 12 // * work make any representation or warranty, express or implied, *
14 // * regarding this software system or assum 13 // * regarding this software system or assume any liability for its *
15 // * use. Please see the license in the file << 14 // * use. *
16 // * for the full disclaimer and the limitatio <<
17 // * 15 // * *
18 // * This code implementation is the result << 16 // * This code implementation is the intellectual property of the *
19 // * technical work of the GEANT4 collaboratio << 17 // * GEANT4 collaboration. *
20 // * By using, copying, modifying or distri << 18 // * By copying, distributing or modifying the Program (or any work *
21 // * any work based on the software) you ag << 19 // * based on the Program) you indicate your acceptance of this *
22 // * use in resulting scientific publicati << 20 // * statement, and all its terms. *
23 // * acceptance of all terms of the Geant4 Sof <<
24 // ******************************************* 21 // ********************************************************************
25 // 22 //
26 // 23 //
>> 24 // $Id: G4ViewParameters.hh,v 1.13 2001/07/11 10:09:15 gunter Exp $
>> 25 // GEANT4 tag $Name: geant4-05-00 $
27 // 26 //
28 // 27 //
29 // John Allison 19th July 1996 28 // John Allison 19th July 1996
30 // 29 //
31 // Class description 30 // Class description
32 // 31 //
33 // View parameters and options. 32 // View parameters and options.
34 // 33 //
35 // THE STANDARD VIEW AND ALL THAT. 34 // THE STANDARD VIEW AND ALL THAT.
36 // 35 //
37 // In GEANT4 visualization, we have the concep 36 // In GEANT4 visualization, we have the concept of a "Standard
38 // View". This is the view when the complete 37 // View". This is the view when the complete set of objects being
39 // viewed is comfortably in view from any view 38 // viewed is comfortably in view from any viewpoint. It is defined by
40 // the "Bounding Extent" of "visible" objects << 39 // the "Bounding Sphere" of "visible" objects when initially
41 // registered in the scene, and by the View Pa 40 // registered in the scene, and by the View Parameters.
42 // 41 //
43 // There is also the "Standard Target Point", 42 // There is also the "Standard Target Point", which is the centre of
44 // the Bounding Extent (note that this belongs << 43 // the Bounding Sphere (note that this belongs to the scene and is
45 // stored in the G4Scene object). The "Curren 44 // stored in the G4Scene object). The "Current Target Point", defined
46 // relative to the Standard Target Point, is c 45 // relative to the Standard Target Point, is changed by the
47 // "dolly" and "zoom" commands, and can be res 46 // "dolly" and "zoom" commands, and can be reset to the Standard
48 // Target Point with the "/vis/viewer/reset" c 47 // Target Point with the "/vis/viewer/reset" command.
49 // 48 //
50 // Also, the "Standard Camera Position" is the 49 // Also, the "Standard Camera Position" is the "Standard Camera
51 // Distance" along the Viewpoint Direction vec 50 // Distance" along the Viewpoint Direction vector from the Standard
52 // Target Point. The Standard Camera Distance 51 // Target Point. The Standard Camera Distance is the radius of the
53 // Bounding Extent divided by fFieldHalfAngle. << 52 // Bounding Sphere divided by fFieldHalfAngle. It is not stored
54 // explicitly because of the singularity at fF 53 // explicitly because of the singularity at fFieldHalfAngle = 0,
55 // which implies parallel projection. 54 // which implies parallel projection.
56 // 55 //
57 // Similarly, the "Current Camera Position" is 56 // Similarly, the "Current Camera Position" is the "Current Camera
58 // Distance" along the Viewpoint Direction vec 57 // Distance" along the Viewpoint Direction vector from the Current
59 // Target Point. The Current Camera Distance 58 // Target Point. The Current Camera Distance is given by the formulae
60 // below, but note that it can be negative, me 59 // below, but note that it can be negative, meaning that the camera
61 // has moved *beyond* the Current Target Point 60 // has moved *beyond* the Current Target Point, which is
62 // conceptually possible, but which might give 61 // conceptually possible, but which might give some problems when
63 // setting up the view matrix - see, for examp 62 // setting up the view matrix - see, for example, G4OpenGLView::SetView ().
64 // 63 //
65 // All viewers are expected to keep the "Up Ve << 64 // All viewers are expected to keep the "Up Vector" vertical.
66 // RotationStyle is freeRotation. <<
67 // 65 //
68 // Finally, the view is magnified by the "Zoom 66 // Finally, the view is magnified by the "Zoom Factor" which is
69 // reset to 1 by the "/vis/viewer/reset" comma 67 // reset to 1 by the "/vis/viewer/reset" command.
70 // 68 //
71 // The algorithms for calculating various usef 69 // The algorithms for calculating various useful quantities from the
72 // View Parameters, such as GetCameraDistance, 70 // View Parameters, such as GetCameraDistance, are described below.
73 71
74 #ifndef G4VIEWPARAMETERS_HH 72 #ifndef G4VIEWPARAMETERS_HH
75 #define G4VIEWPARAMETERS_HH 73 #define G4VIEWPARAMETERS_HH
76 74
77 #include <CLHEP/Units/SystemOfUnits.h> << 75 #include "g4std/vector"
78 #include "G4Vector3D.hh" 76 #include "G4Vector3D.hh"
79 #include "G4Point3D.hh" 77 #include "G4Point3D.hh"
80 #include "G4Plane3D.hh" 78 #include "G4Plane3D.hh"
81 #include "G4VisAttributes.hh" 79 #include "G4VisAttributes.hh"
82 #include "G4VMarker.hh" 80 #include "G4VMarker.hh"
83 #include "G4ModelingParameters.hh" <<
84 81
85 #include <vector> << 82 typedef G4std::vector<G4Plane3D> G4Planes;
86 #include <utility> <<
87 <<
88 typedef std::vector<G4Plane3D> G4Planes; <<
89 83
90 class G4ViewParameters { 84 class G4ViewParameters {
91 85
92 public: // With description 86 public: // With description
93 87
94 enum DrawingStyle { 88 enum DrawingStyle {
95 wireframe, // Draw edges - no hidden l 89 wireframe, // Draw edges - no hidden line removal.
96 hlr, // Draw edges - hidden line 90 hlr, // Draw edges - hidden lines removed.
97 hsr, // Draw surfaces - hidden surf 91 hsr, // Draw surfaces - hidden surfaces removed.
98 hlhsr, // Draw surfaces and edges - h << 92 hlhsr // Draw surfaces and edges - hidden removed.
99 cloud // Draw volume as a cloud of d <<
100 }; <<
101 <<
102 enum CutawayMode { <<
103 cutawayUnion, // Union (addition) of <<
104 cutawayIntersection // Intersection (multi <<
105 }; <<
106 <<
107 enum RotationStyle { <<
108 constrainUpDirection, // Standard, HEP co <<
109 freeRotation // Free, Google-lik <<
110 }; 93 };
111 94
112 enum SMROption { // Special Mesh Rendering << 95 enum RepStyle {
113 meshAsDefault, << 96 polyhedron, // Use G4Polyhedron.
114 meshAsDots, << 97 nurbs // Use G4NURBS.
115 meshAsSurfaces <<
116 }; 98 };
117 99
118 friend std::ostream& operator << << 100 friend G4std::ostream& operator << (G4std::ostream&,
119 (std::ostream&, DrawingStyle); << 101 const DrawingStyle&);
120 <<
121 friend std::ostream& operator << <<
122 (std::ostream&, SMROption); <<
123 102
124 friend std::ostream& operator << << 103 friend G4std::ostream& operator << (G4std::ostream&,
125 (std::ostream&, const G4ViewParameters&); << 104 const G4ViewParameters&);
126 105
127 G4ViewParameters (); 106 G4ViewParameters ();
128 ~G4ViewParameters (); 107 ~G4ViewParameters ();
129 108
130 // Note: uses default assignment operator an 109 // Note: uses default assignment operator and copy constructor.
131 110
132 G4bool operator != (const G4ViewParameters&) 111 G4bool operator != (const G4ViewParameters&) const;
133 112
134 // Get and Is functions. 113 // Get and Is functions.
135 DrawingStyle GetDrawingStyle 114 DrawingStyle GetDrawingStyle () const;
136 G4int GetNumberOfCloudPoint << 115 RepStyle GetRepStyle () const;
137 G4bool IsAuxEdgeVisible <<
138 G4bool IsCulling 116 G4bool IsCulling () const;
139 G4bool IsCullingInvisible 117 G4bool IsCullingInvisible () const;
140 G4bool IsDensityCulling 118 G4bool IsDensityCulling () const;
141 G4double GetVisibleDensity 119 G4double GetVisibleDensity () const;
142 G4bool IsCullingCovered 120 G4bool IsCullingCovered () const;
143 G4int GetCBDAlgorithmNumber <<
144 const std::vector<G4double>& GetCBDParameter <<
145 G4bool IsSection 121 G4bool IsSection () const;
146 const G4Plane3D& GetSectionPlane 122 const G4Plane3D& GetSectionPlane () const;
147 G4bool IsCutaway 123 G4bool IsCutaway () const;
148 CutawayMode GetCutawayMode <<
149 const G4Planes& GetCutawayPlanes 124 const G4Planes& GetCutawayPlanes () const;
150 G4bool IsExplode 125 G4bool IsExplode () const;
151 G4double GetExplodeFactor 126 G4double GetExplodeFactor () const;
152 const G4Point3D& GetExplodeCentre <<
153 G4int GetNoOfSides 127 G4int GetNoOfSides () const;
154 const G4Vector3D& GetViewpointDirection 128 const G4Vector3D& GetViewpointDirection () const;
155 const G4Vector3D& GetUpVector 129 const G4Vector3D& GetUpVector () const;
156 G4double GetFieldHalfAngle 130 G4double GetFieldHalfAngle () const;
157 G4double GetZoomFactor 131 G4double GetZoomFactor () const;
158 const G4Vector3D& GetScaleFactor <<
159 const G4Point3D& GetCurrentTargetPoint 132 const G4Point3D& GetCurrentTargetPoint () const;
160 G4double GetDolly 133 G4double GetDolly () const;
161 G4bool GetLightsMoveWithCame 134 G4bool GetLightsMoveWithCamera () const;
162 const G4Vector3D& GetLightpointDirectio 135 const G4Vector3D& GetLightpointDirection () const; // Relative...
163 G4Vector3D& GetActualLightpointDi 136 G4Vector3D& GetActualLightpointDirection (); // Actual...
164 // ... depending on GetLightsMoveWithCamera. 137 // ... depending on GetLightsMoveWithCamera.
>> 138 G4bool IsViewGeom () const;
>> 139 G4bool IsViewHits () const;
>> 140 G4bool IsViewDigis () const;
165 const G4VisAttributes* GetDefaultVisAttribut 141 const G4VisAttributes* GetDefaultVisAttributes () const;
166 const G4VisAttributes* GetDefaultTextVisAttr 142 const G4VisAttributes* GetDefaultTextVisAttributes () const;
167 const G4VMarker& GetDefaultMarker 143 const G4VMarker& GetDefaultMarker () const;
168 G4double GetGlobalMarkerScale 144 G4double GetGlobalMarkerScale () const;
169 G4double GetGlobalLineWidthSca <<
170 G4bool IsMarkerNotHidden 145 G4bool IsMarkerNotHidden () const;
171 unsigned int GetWindowSizeHintX << 146 G4int GetWindowSizeHintX () const;
172 unsigned int GetWindowSizeHintY << 147 G4int GetWindowSizeHintY () const;
173 G4int GetWindowAbsoluteLoca <<
174 G4int GetWindowAbsoluteLoca <<
175 G4int GetWindowLocationHint <<
176 G4int GetWindowLocationHint <<
177 G4bool IsWindowLocationHintX <<
178 G4bool IsWindowLocationHintY <<
179 const G4String& GetXGeometryString <<
180 // GetXGeometryString is intended to be pars <<
181 // It contains the size information, as in G <<
182 // may also contain the window position, e.g <<
183 // viewer should use this in preference to G <<
184 // it contains more information. (The size <<
185 // GetXGeometryString and GetWindowSizeHint <<
186 // identical.) <<
187 bool IsWindowSizeHintX <<
188 bool IsWindowSizeHintY <<
189 bool IsWindowLocationHintX <<
190 bool IsWindowLocationHintY <<
191 G4bool IsAutoRefresh 148 G4bool IsAutoRefresh () const;
192 const G4Colour& GetBackgroundColour <<
193 G4bool IsPicking <<
194 RotationStyle GetRotationStyle <<
195 const std::vector<G4ModelingParameters::VisA <<
196 GetVisAttributesModif <<
197 G4double GetStartTime <<
198 G4double GetEndTime <<
199 G4double GetFadeFactor <<
200 G4bool IsDisplayHeadTime <<
201 G4double GetDisplayHeadTimeX <<
202 G4double GetDisplayHeadTimeY <<
203 G4double GetDisplayHeadTimeSiz <<
204 G4double GetDisplayHeadTimeRed <<
205 G4double GetDisplayHeadTimeGre <<
206 G4double GetDisplayHeadTimeBlu <<
207 G4bool IsDisplayLightFront <<
208 G4double GetDisplayLightFrontX <<
209 G4double GetDisplayLightFrontY <<
210 G4double GetDisplayLightFrontZ <<
211 G4double GetDisplayLightFrontT <<
212 G4double GetDisplayLightFrontR <<
213 G4double GetDisplayLightFrontG <<
214 G4double GetDisplayLightFrontB <<
215 G4bool IsSpecialMeshRenderin <<
216 SMROption GetSpecialMeshRenderi <<
217 const std::vector<G4ModelingParameters::PVNa <<
218 149
219 // Here Follow functions to evaluate useful << 150 // Here Follow functions to evaluate the above algorithms as a
220 // function of the radius of the Bounding Ex << 151 // function of the radius of the Bounding Sphere of the object being
221 // viewed. Call them in the order given - f 152 // viewed. Call them in the order given - for efficiency, later
222 // functions depend on the results of earlie 153 // functions depend on the results of earlier ones (Store the
223 // results of earlier functions in your own 154 // results of earlier functions in your own temporary variables -
224 // see, for example, G4OpenGLView::SetView ( 155 // see, for example, G4OpenGLView::SetView ().)
225 G4double GetCameraDistance (G4double radius 156 G4double GetCameraDistance (G4double radius) const;
226 G4double GetNearDistance (G4double camera 157 G4double GetNearDistance (G4double cameraDistance, G4double radius) const;
227 G4double GetFarDistance (G4double camera 158 G4double GetFarDistance (G4double cameraDistance,
228 G4double nearDistance, G4double r 159 G4double nearDistance, G4double radius) const;
229 G4double GetFrontHalfHeight (G4double nearDi 160 G4double GetFrontHalfHeight (G4double nearDistance, G4double radius) const;
230 161
231 // Set, Add, Multiply, Increment, Unset and 162 // Set, Add, Multiply, Increment, Unset and Clear functions.
232 void SetDrawingStyle (G4ViewParamete 163 void SetDrawingStyle (G4ViewParameters::DrawingStyle style);
233 G4int SetNumberOfCloudPoints (G4int); // Re << 164 void SetRepStyle (G4ViewParameters::RepStyle style);
234 void SetAuxEdgeVisible (G4bool); <<
235 void SetCulling (G4bool); 165 void SetCulling (G4bool);
236 void SetCullingInvisible (G4bool); 166 void SetCullingInvisible (G4bool);
237 void SetDensityCulling (G4bool); 167 void SetDensityCulling (G4bool);
238 void SetVisibleDensity (G4double visib 168 void SetVisibleDensity (G4double visibleDensity);
239 void SetCullingCovered (G4bool); 169 void SetCullingCovered (G4bool);
240 void SetCBDAlgorithmNumber (G4int); <<
241 void SetCBDParameters (const std::vec <<
242 void SetSectionPlane (const G4Plane3 170 void SetSectionPlane (const G4Plane3D& sectionPlane);
243 void UnsetSectionPlane (); 171 void UnsetSectionPlane ();
244 void SetCutawayMode (CutawayMode); <<
245 void AddCutawayPlane (const G4Plane3 172 void AddCutawayPlane (const G4Plane3D& cutawayPlane);
246 void ChangeCutawayPlane (size_t index, <<
247 void ClearCutawayPlanes (); 173 void ClearCutawayPlanes ();
248 void SetExplodeFactor (G4double explo 174 void SetExplodeFactor (G4double explodeFactor);
249 void UnsetExplodeFactor (); 175 void UnsetExplodeFactor ();
250 void SetExplodeCentre (const G4Point3 << 176 void SetNoOfSides (G4int nSides);
251 G4int SetNoOfSides (G4int nSides); <<
252 void SetViewpointDirection (const G4Vector 177 void SetViewpointDirection (const G4Vector3D& viewpointDirection);
253 // Calls the following to get lightpoint dir << 178 // Prefer the following to get lightpoint direction right too.
254 void SetViewAndLights (const G4Vector 179 void SetViewAndLights (const G4Vector3D& viewpointDirection);
255 // Also sets lightpoint direction according 180 // Also sets lightpoint direction according to G4bool fLightsMoveWithCamera.
256 void SetUpVector (const G4Vector 181 void SetUpVector (const G4Vector3D& upVector);
257 void SetFieldHalfAngle (G4double field 182 void SetFieldHalfAngle (G4double fieldHalfAngle);
258 void SetOrthogonalProjection (); // This an <<
259 void SetPerspectiveProjection(G4double field <<
260 void SetZoomFactor (G4double zoomF 183 void SetZoomFactor (G4double zoomFactor);
261 void MultiplyZoomFactor (G4double zoomF 184 void MultiplyZoomFactor (G4double zoomFactorMultiplier);
262 void SetScaleFactor (const G4Vector <<
263 void MultiplyScaleFactor (const G4Vector <<
264 void SetCurrentTargetPoint (const G4Point3 185 void SetCurrentTargetPoint (const G4Point3D& currentTargetPoint);
265 void SetDolly (G4double dolly 186 void SetDolly (G4double dolly);
266 void IncrementDolly (G4double dolly 187 void IncrementDolly (G4double dollyIncrement);
267 void SetLightpointDirection (const G4Vector 188 void SetLightpointDirection (const G4Vector3D& lightpointDirection);
268 void SetLightsMoveWithCamera (G4bool moves); 189 void SetLightsMoveWithCamera (G4bool moves);
269 void SetPan (G4double right 190 void SetPan (G4double right, G4double up);
270 void IncrementPan (G4double right 191 void IncrementPan (G4double right, G4double up);
271 // Increment currentTarget point perpendicul << 192 void SetViewGeom ();
272 void IncrementPan (G4double right << 193 void UnsetViewGeom ();
273 // Increment currentTarget point also along << 194 void SetViewHits ();
>> 195 void UnsetViewHits ();
>> 196 void SetViewDigis ();
>> 197 void UnsetViewDigis ();
274 void SetDefaultVisAttributes (const G4VisAtt 198 void SetDefaultVisAttributes (const G4VisAttributes&);
275 void SetDefaultColour (const G4Colour <<
276 void SetDefaultTextVisAttributes (const G4Vi 199 void SetDefaultTextVisAttributes (const G4VisAttributes&);
277 void SetDefaultTextColour (const G4Colour <<
278 void SetDefaultMarker (const G4VMarke 200 void SetDefaultMarker (const G4VMarker& defaultMarker);
279 void SetGlobalMarkerScale (G4double globa 201 void SetGlobalMarkerScale (G4double globalMarkerScale);
280 void SetGlobalLineWidthScale (G4double globa <<
281 void SetMarkerHidden (); 202 void SetMarkerHidden ();
282 void SetMarkerNotHidden (); 203 void SetMarkerNotHidden ();
283 void SetWindowSizeHint (G4int xHint, G 204 void SetWindowSizeHint (G4int xHint, G4int yHint);
284 void SetWindowLocationHint (G4int xHint, G <<
285 void SetXGeometryString (const G4String <<
286 void SetAutoRefresh (G4bool); 205 void SetAutoRefresh (G4bool);
287 void SetBackgroundColour (const G4Colour <<
288 void SetPicking (G4bool); <<
289 void SetRotationStyle (RotationStyle) <<
290 void ClearVisAttributesModifiers (); <<
291 void AddVisAttributesModifier(const G4Modeli <<
292 void SetStartTime (G4double); <<
293 void SetEndTime (G4double); <<
294 void SetFadeFactor (G4double); <<
295 void SetDisplayHeadTime (G4bool); <<
296 void SetDisplayHeadTimeX (G4double); <<
297 void SetDisplayHeadTimeY (G4double); <<
298 void SetDisplayHeadTimeSize (G4double); <<
299 void SetDisplayHeadTimeRed (G4double); <<
300 void SetDisplayHeadTimeGreen (G4double); <<
301 void SetDisplayHeadTimeBlue (G4double); <<
302 void SetDisplayLightFront (G4bool); <<
303 void SetDisplayLightFrontX (G4double); <<
304 void SetDisplayLightFrontY (G4double); <<
305 void SetDisplayLightFrontZ (G4double); <<
306 void SetDisplayLightFrontT (G4double); <<
307 void SetDisplayLightFrontRed (G4double); <<
308 void SetDisplayLightFrontGreen (G4double); <<
309 void SetDisplayLightFrontBlue (G4double); <<
310 void SetSpecialMeshRendering (G4bool); <<
311 void SetSpecialMeshRenderingOption (SMROptio <<
312 void SetSpecialMeshVolumes (const std::vec <<
313 <<
314 // Command dumping functions. <<
315 // For camera commands we need to provide th <<
316 // the current scene. <<
317 G4String CameraAndLightingCommands(const G4P <<
318 G4String DrawingStyleCommands () const; <<
319 G4String SceneModifyingCommands() const; <<
320 G4String TouchableCommands () const; <<
321 G4String TimeWindowCommands () const; <<
322 206
323 // Other functions. <<
324 void PrintDifferences (const G4ViewParameter 207 void PrintDifferences (const G4ViewParameters& v) const;
325 208
326 // Interpolation <<
327 // Returns a null pointer when no more to be <<
328 // do { <<
329 // G4ViewParameters* vp = <<
330 // G4ViewParameters::CatmullRomCubicSpline <<
331 // if (!vp) break; <<
332 // ... <<
333 // } while (true); <<
334 // Assumes equal intervals <<
335 static G4ViewParameters* CatmullRomCubicSpli <<
336 (const std::vector<G4ViewParameters>& views, <<
337 G4int nInterpolationPoints = 50); // No of <<
338 <<
339 private: 209 private:
340 <<
341 G4int ParseGeometry ( const char *string, G4 <<
342 G4int ReadInteger(char *string, char **NextS <<
343 210
344 DrawingStyle fDrawingStyle; // Drawing st 211 DrawingStyle fDrawingStyle; // Drawing style.
345 G4int fNumberOfCloudPoints; // For dr << 212 RepStyle fRepStyle; // Representation style.
346 // <= 0 m <<
347 G4bool fAuxEdgeVisible; // Auxiliary <<
348 G4bool fCulling; // Culling re 213 G4bool fCulling; // Culling requested.
349 G4bool fCullInvisible; // Cull (don' 214 G4bool fCullInvisible; // Cull (don't Draw) invisible objects.
350 G4bool fDensityCulling; // Density cu 215 G4bool fDensityCulling; // Density culling requested. If so...
351 G4double fVisibleDensity; // ...density 216 G4double fVisibleDensity; // ...density lower than this not drawn.
352 G4bool fCullCovered; // Cull daugh 217 G4bool fCullCovered; // Cull daughters covered by opaque mothers.
353 G4int fCBDAlgorithmNumber; // Colour <<
354 std::vector<G4double> fCBDParameters; // Col <<
355 G4bool fSection; // Section dr 218 G4bool fSection; // Section drawing requested (DCUT in GEANT3).
356 G4Plane3D fSectionPlane; // Cut plane 219 G4Plane3D fSectionPlane; // Cut plane for section drawing (DCUT).
357 CutawayMode fCutawayMode; // Cutaway mo << 220 G4bool fCutaway; // Cutaway flag.
358 G4Planes fCutawayPlanes; // Set of pla 221 G4Planes fCutawayPlanes; // Set of planes used for cutaway.
359 G4double fExplodeFactor; // Explode al << 222 G4bool fExplode; // Explode flag.
360 G4Point3D fExplodeCentre; // ...about t << 223 G4double fExplodeFactor;
361 G4int fNoOfSides; // ...if poly 224 G4int fNoOfSides; // ...if polygon approximates circle.
362 G4Vector3D fViewpointDirection; 225 G4Vector3D fViewpointDirection;
363 G4Vector3D fUpVector; // Up vector. 226 G4Vector3D fUpVector; // Up vector. (Warning: MUST NOT be parallel
364 // to fViewpo 227 // to fViewpointDirection!)
365 G4double fFieldHalfAngle; // Radius / c 228 G4double fFieldHalfAngle; // Radius / camara distance, 0 for parallel.
366 G4double fZoomFactor; // Magnificat 229 G4double fZoomFactor; // Magnification relative to Standard View.
367 G4Vector3D fScaleFactor; // (Non-unifo <<
368 G4Point3D fCurrentTargetPoint; // Relati 230 G4Point3D fCurrentTargetPoint; // Relative to standard target point.
369 G4double fDolly; // Distance t 231 G4double fDolly; // Distance towards current target point.
370 G4bool fLightsMoveWithCamera; 232 G4bool fLightsMoveWithCamera;
371 G4Vector3D fRelativeLightpointDirection; 233 G4Vector3D fRelativeLightpointDirection;
372 // i.e., rel. to object or camera accoding t 234 // i.e., rel. to object or camera accoding to G4bool fLightsMoveWithCamera.
373 G4Vector3D fActualLightpointDirection; 235 G4Vector3D fActualLightpointDirection;
>> 236 G4bool fViewGeom; // View geometry objects.
>> 237 G4bool fViewHits; // View hits, if any.
>> 238 G4bool fViewDigis; // View digis, if any.
374 G4VisAttributes fDefaultVisAttributes; 239 G4VisAttributes fDefaultVisAttributes;
375 G4VisAttributes fDefaultTextVisAttributes; 240 G4VisAttributes fDefaultTextVisAttributes;
376 G4VMarker fDefaultMarker; 241 G4VMarker fDefaultMarker;
377 G4double fGlobalMarkerScale; 242 G4double fGlobalMarkerScale;
378 G4double fGlobalLineWidthScale; <<
379 G4bool fMarkerNotHidden; 243 G4bool fMarkerNotHidden;
380 // True if transients are to be drawn and no 244 // True if transients are to be drawn and not hidden by
381 // hidden-line-hidden-surface removal algori 245 // hidden-line-hidden-surface removal algorithms, e.g., z-buffer
382 // testing; false if they are to be hidden-l 246 // testing; false if they are to be hidden-line-hidden-surface
383 // removed. 247 // removed.
384 G4int fWindowSizeHintX; // Size hints 248 G4int fWindowSizeHintX; // Size hints for pixel-based window systems.
385 G4int fWindowSizeHintY; 249 G4int fWindowSizeHintY;
386 G4int fWindowLocationHintX; // Locati <<
387 G4int fWindowLocationHintY; <<
388 G4bool fWindowLocationHintXNegative; / <<
389 G4bool fWindowLocationHintYNegative; <<
390 G4String fXGeometryString; // If non-nul <<
391 G4int fGeometryMask; // Correspond <<
392 G4bool fAutoRefresh; // ...after c 250 G4bool fAutoRefresh; // ...after change of view parameters.
393 G4Colour fBackgroundColour; <<
394 G4bool fPicking; // Request pi <<
395 RotationStyle fRotationStyle; // Rotation s <<
396 std::vector<G4ModelingParameters::VisAttribu <<
397 G4double fStartTime, fEndTime; // Time <<
398 G4double fFadeFactor; // 0: no fade; 1: <<
399 G4bool fDisplayHeadTime; // Display h <<
400 G4double fDisplayHeadTimeX, fDisplayHead <<
401 G4double fDisplayHeadTimeSize; // Scree <<
402 G4double fDisplayHeadTimeRed, fDisplayHe <<
403 G4bool fDisplayLightFront;// Display l <<
404 G4double fDisplayLightFrontX, fDisplayLi <<
405 fDisplayLightFrontT; <<
406 G4double fDisplayLightFrontRed, fDisplay <<
407 G4bool fSpecialMeshRendering; // Requ <<
408 SMROption fSpecialMeshRenderingOption; / <<
409 std::vector<G4ModelingParameters::PVNameCopy <<
410 <<
411 enum { // Constants for geometry mask in Par <<
412 fNoValue = 0, <<
413 fXValue = 0x0001, <<
414 fYValue = 0x0002, <<
415 fWidthValue = 0x0004, <<
416 fHeightValue = 0x0008, <<
417 fAllValues = 0x000F, <<
418 fXNegative = 0x0010, <<
419 fYNegative = 0x0020 <<
420 }; <<
421 }; 251 };
422 252
423 #include "G4ViewParameters.icc" 253 #include "G4ViewParameters.icc"
424 254
425 #endif 255 #endif
426 256