Rajiv/html/_configuration_8h_source.html

00001 #ifndef CONFIGURATION_H
00002 #define CONFIGURATION_H
00003
00004 #include <iostream>
00005 #include "vector"
00006
00007 #include "ngl/Camera.h"
00008 #include "ngl/SpotLight.h"
00009 #include "ngl/Colour.h"
00010
00011 #include "ShaderObject.h"
00012 #include "Particle.h"
00013 #include "FluidParticle.h"
00014 #include "Capsule.h"
00015
00016
00026
00027 class Configuration
00028 {
00029 public:
00031     static bool s_debug;
00032
00034     static ngl::Real s_accelerationOfFreeFall;
00035
00037     static ngl::Colour s_normalColour;
00038
00040     static ngl::Colour s_boundaryColour;
00041
00043     static int s_nextParticleId;
00044
00046     static int s_nextObstacleId;
00047
00048 public :
00061     static void initialiseWindow
00062                             (
00063                                 int& o_frameRate,
00064                                 int& o_mouseMoveSensitivity,
00065                                 ngl::Real& o_timestep,
00066                                 bool& o_fpsTimerEnabled,
00067                                 bool& o_cacheEnabled,
00068                                 int& o_cacheSamplingInterval,
00069                                 bool& o_cacheAutomaticFlushEnabled,
00070                                 int& o_cacheAutomaticFlushInterval,
00071                                 bool& o_cacheExportRBDEnabled,
00072                                 bool& o_cacheExportBoundaryEnabled,
00073                                 std::string& o_path
00074                             );
00075
00078     static ngl::Camera initialiseCamera(const float _aspect);
00079
00081     static ngl::Light initialiseLight();
00082
00084     static std::vector<ShaderObject*>* initialiseShader();
00085
00101     static void initialiseEnvironment
00102                             (
00103                                 bool &o_obstacleEnabled,
00104                                 ngl::Vector &o_boundaryPosition,
00105                                 ngl::Vector &o_boundaryDimension,
00106                                 ngl::Real& o_boundaryRestitutionCoefficientForFluid,
00107                                 ngl::Real& o_boundaryRestitutionCoefficientForRBD,
00108                                 bool& o_boundaryBoundTop,
00109                                 std::vector<Particle>& o_sphereObstacleList,
00110                                 std::vector<Capsule>& o_capsuleObstacleList,
00111                                 ngl::Real& o_obstacleRestitutionCoefficient,
00112                                 bool& o_periodicWallEnabled,
00113                                 ngl::Real& o_periodicWallMaxAmplitude,
00114                                 ngl::Real& o_periodicWallSpeed,
00115                                 ngl::Real& o_periodicWallAngleIncrement,
00116                                 int& o_capsuleResolution
00117                             );
00118
00129     static void initialiseFluidSolver
00130             (
00131                 ngl::Real& o_smoothingLength,
00132                 std::vector<FluidParticle>& o_particleList,
00133                 std::vector<FluidParticle>& o_hoseParticlePrototypeList,
00134                 std::vector<FluidParticle>& o_hoseParticleList,
00135                 ngl::Vector& o_centerOfHose,
00136                 ngl::Vector& o_velocityOfHose,
00137                 bool& o_drawHoseMarker,
00138                 bool& o_hoseWaitUntilFirstHitBoundary,
00139                 bool& o_hoseWaitUntilFirstHitRBD
00140             );
00141
00142
00143
00144 private:
00146     static std::string s_settingsDoc;
00147
00148 private:
00152     static std::vector<ngl::Real> getFloatVectorFromString
00153                                             (
00154                                                 const std::string _str,
00155                                                 const int _d
00156                                             );
00157
00158
00159 };
00160
00161 #endif // CONFIGURATION_H