#include <cmath>Include dependency graph for defines.h:
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Defines | |
| #define | LOG(x) |
| #define | TRACE(x) |
Functions | |
| float | frand () |
| float | lerp (float a, float b, float f) |
| Vec3f | lerp (const Vec3f &a, const Vec3f &b, float f) |
| RGBAColor | lerp (const RGBAColor &a, const RGBAColor &b, float f) |
Variables | |
| const float | EPSILON |
| Some global constants float comparision constant. | |
| const int | RESX |
| default x resolution | |
| const int | RESY |
| default y resolution | |
| const float | MIN_INFLUENCE |
| lowest boundary for adaptive recursion termination | |
| const int | MAX_RECURSION_DEEP |
| maximum recursion depth for recursion | |
| static const int | NUMBER_OF_THREADS = 1 |
| number of threads to use | |
| const unsigned int | FRAMES |
| maximum default number of threads | |
| const float | BALL_RADIUS |
| radius of the balls | |
| const Vec3f | WORLD_UP |
| Global up vector. | |
| const Vec3f | WORLD_UP_MASK |
| Vector to mask the up direction. | |
| const Vec3f | TABLE_MIN |
| Lower left corner of the table plate. | |
| const Vec3f | TABLE_MAX |
| Upper right corner of the table plate. | |
| const float | PHYS_EPS |
| Independent epsilon for physics. | |
| const float | MUE_SLIDING |
| Sliding friction factor between ball and table. | |
| const float | MUE_ROLLING |
| Rolling friction factor between ball and table. | |
| const float | MUE_BALLS |
| Friction factor between balls. | |
| const float | COLLISION_LOSS |
| Factor of energy loss during a collision. | |
| const float | T_IMPULSE |
| Collision impulse length. | |
| const float | GRAVITY |
| Gravity constant. | |
| const float | CONTACT_RADIUS |
| Radius of the contact circle between ball and table. | |
| const float | BALL_MASS |
| Ball mass. | |
| const float | SPREAD_POW |
| Spread factor. | |
| const float | SPREAD_MAX_V |
| Maximal spread velocity. | |
| const float | FRAME_LENGTH |
| Frame length. | |
| #define LOG | ( | x | ) |
Definition at line 22 of file defines.h.
Referenced by SceneBuilder::addObject(), PhysicsStep::animate(), CameraAnimator::animate(), BallCollision::BallCollision(), BilliardPhysics::BilliardPhysics(), BorderCollision::BorderCollision(), SimpleKDTree::buildTree(), SAHKDTree::buildTree(), KDTree::buildTree(), OBJObject::calcBounds(), BallCollision::collide(), RGBAColor::dot(), Object::dump(), BilliardPhysics::dumpCollisions(), CameraInstructionMove::execute(), RGBAColor::length(), SceneBuilder::load(), SceneBuilder::makeScene(), RGBAColor::normal(), RGBAColor::normalize(), Object::Object(), OBJObject::OBJObject(), operator *(), parse(), CameraAnimator::parse(), PNGImage::read(), OBJObject::read(), Renderer::render(), Renderer::renderAnimated(), Renderer::renderFromTo(), DepthOfFieldCamera::setAperture(), DepthOfFieldCamera::setDepthSamples(), DepthOfFieldCamera::setFocusDistance(), WoodShader::shade(), CookTorranceShader::shade(), SphereObject::SphereObject(), BilliardPhysics::step(), Object::~Object(), and Scene::~Scene().
| float frand | ( | ) |
Generate a pseudorandom number uniformly distributed between [0.0, 1.0)
Definition at line 46 of file defines.cpp.
Referenced by QuadAreaLight::illuminate(), DepthOfFieldCamera::initRay(), RandomSampleGenerator::samples(), and StratifiedSampleGenerator::samples().
Linearly interpolate 2 colors
| a | First value | |
| b | Second value | |
| f | Transmission coefficient |
Definition at line 90 of file defines.cpp.
References RGBAColor::a(), RGBAColor::b(), RGBAColor::g(), and RGBAColor::r().
Linearly interpolate 2 vectors
| a | First value | |
| b | Second value | |
| f | Transmission coefficient |
Definition at line 75 of file defines.cpp.
References Vec3f::x(), Vec3f::y(), and Vec3f::z().
| float lerp | ( | float | a, | |
| float | b, | |||
| float | f | |||
| ) |
Linearly interpolate 2 float values
| a | First value | |
| b | Second value | |
| f | Transmission coefficient |
Definition at line 62 of file defines.cpp.
| const float BALL_MASS |
Ball mass.
Definition at line 36 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), and SphereObject::SphereObject().
| const float BALL_RADIUS |
radius of the balls
Definition at line 21 of file defines.cpp.
Referenced by BallCollision::collide(), BorderCollision::collide(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), PhysicalObject::updateProperties(), BilliardPhysics::willCollide(), and BilliardPhysics::willHitBorder().
| const float COLLISION_LOSS |
Factor of energy loss during a collision.
Definition at line 32 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BallCollision::collide(), BorderCollision::collide(), BilliardPhysics::dumpToFile(), and BilliardPhysics::loadFromFile().
| const float CONTACT_RADIUS |
Radius of the contact circle between ball and table.
Definition at line 35 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), and PhysicalObject::updateProperties().
| const float EPSILON |
Some global constants float comparision constant.
Definition at line 11 of file defines.cpp.
Referenced by Sphere::axes(), BilliardPhysics::BilliardPhysics(), BallCollision::collide(), BorderCollision::collide(), CameraInstructionMove::execute(), Box::extend(), SAHKDTree::findBestPlane(), SAHKDTree::generateEvents(), PointLight::illuminate(), QuadAreaLight::illuminate(), Ray::init(), Box::intersect(), KDTree::intersect(), Sphere::intersect(), Triangle::intersect(), Node::leafIntersect(), BilliardPhysics::loadFromFile(), TexCoordinate::normal(), Vec3f::normal(), TexCoordinate::normalize(), Vec3f::normalize(), SplitPlane::operator<(), Vec3f::operator==(), PhysicalObject::rotate(), MirrorShader::shade(), PhongShader::shade(), RefractiveShader::shade(), TransparentShader::shade(), WoodShader::shade(), Box::split(), BilliardPhysics::step(), PhysicalObject::updateProperties(), BilliardPhysics::willCollide(), and BilliardPhysics::willHitBorder().
| const float FRAME_LENGTH |
Frame length.
Definition at line 39 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), BilliardPhysics::step(), BilliardPhysics::willCollide(), and BilliardPhysics::willHitBorder().
| const unsigned int FRAMES |
| const float GRAVITY |
Gravity constant.
Definition at line 34 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), and PhysicalObject::updateProperties().
| const int MAX_RECURSION_DEEP |
maximum recursion depth for recursion
Definition at line 17 of file defines.cpp.
Referenced by Scene::rayTrace(), MirrorShader::shade(), and RefractiveShader::shade().
| const float MIN_INFLUENCE |
lowest boundary for adaptive recursion termination
Definition at line 16 of file defines.cpp.
Referenced by MirrorShader::shade(), and RefractiveShader::shade().
| const float MUE_BALLS |
Friction factor between balls.
Definition at line 31 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BallCollision::collide(), BilliardPhysics::dumpToFile(), and BilliardPhysics::loadFromFile().
| const float MUE_ROLLING |
Rolling friction factor between ball and table.
Definition at line 30 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), and PhysicalObject::updateProperties().
| const float MUE_SLIDING |
Sliding friction factor between ball and table.
Definition at line 29 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BorderCollision::collide(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), and PhysicalObject::updateProperties().
const int NUMBER_OF_THREADS = 1 [static] |
| const float PHYS_EPS |
Independent epsilon for physics.
Definition at line 28 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BallCollision::collide(), BilliardPhysics::dumpToFile(), BilliardPhysics::loadFromFile(), PhysicalObject::updateProperties(), and BilliardPhysics::willHitBorder().
| const int RESX |
| const int RESY |
| const float SPREAD_MAX_V |
Maximal spread velocity.
Definition at line 38 of file defines.cpp.
Referenced by BallCollision::collide(), BilliardPhysics::dumpToFile(), and BilliardPhysics::loadFromFile().
| const float SPREAD_POW |
Spread factor.
Definition at line 37 of file defines.cpp.
Referenced by BallCollision::collide(), BilliardPhysics::dumpToFile(), and BilliardPhysics::loadFromFile().
| const float T_IMPULSE |
Collision impulse length.
Definition at line 33 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics(), BallCollision::collide(), BorderCollision::collide(), BilliardPhysics::dumpToFile(), and BilliardPhysics::loadFromFile().
Upper right corner of the table plate.
Definition at line 25 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics().
Lower left corner of the table plate.
Definition at line 24 of file defines.cpp.
Referenced by BilliardPhysics::BilliardPhysics().
Global up vector.
Definition at line 22 of file defines.cpp.
Referenced by PhysicalObject::updateProperties().
| const Vec3f WORLD_UP_MASK |
Vector to mask the up direction.
Definition at line 23 of file defines.cpp.
Referenced by PhysicalObject::updateProperties().
1.5.1