void Sound::setDirection(Vector3 direction)
{
setVector3(direction, AL_DIRECTION);
}
void Sound::setVelocity(Vector3 vel)
{
setVector3(vel, AL_VELOCITY);
}
void Sound::setPosition(Vector3 pos)
{
setVector3(pos, AL_POSITION);
}
void Vector3::setZ( float Z )
{
if( Z != this->z )
setVector3( this->x , this->y , Z );
}
void MappedValues::fromJson(const Json::Value& root)
{
Json::Value floats = root["Floats"], ints = root["Ints"], uints = root["Uints"], strings = root["Strings"], vector2s = root["Vector2s"], vector3s = root["Vector3s"], vector4s = root["Vector4s"],
matrix2s = root["Matrix2s"], matrix3s = root["Matrix3s"], matrix4s = root["Matrix4s"], textures = root["Textures"];
for (auto i = floats.begin(); i != floats.end(); i++) {
setFloat(i.name(), (*i).asFloat());
}
for (auto i = ints.begin(); i != ints.end(); i++) {
setI32(i.name(), (*i).asInt());
}
for (auto i = uints.begin(); i != uints.end(); i++) {
setU32(i.name(), (*i).asUInt());
}
for (auto i = strings.begin(); i != strings.end(); i++) {
setString(i.name(), (*i).asString());
}
for (auto i = vector2s.begin(); i != vector2s.end(); i++) {
Vector2 vec((*i)[0].asFloat(), (*i)[1].asFloat());
setVector2(i.name(), vec);
}
for (auto i = vector3s.begin(); i != vector3s.end(); i++) {
Vector3 vec((*i)[0].asFloat(), (*i)[1].asFloat(), (*i)[2].asFloat());
setVector3(i.name(), vec);
}
for (auto i = vector4s.begin(); i != vector4s.end(); i++) {
Vector4 vec((*i)[0].asFloat(), (*i)[1].asFloat(), (*i)[2].asFloat(), (*i)[3].asFloat());
setVector4(i.name(), vec);
}
for (auto i = matrix2s.begin(); i != matrix2s.end(); i++) {
Matrix2 mat((*i)[0].asFloat(), (*i)[1].asFloat(), (*i)[2].asFloat(), (*i)[3].asFloat());
setMatrix2(i.name(), mat);
}
for (auto i = matrix3s.begin(); i != matrix3s.end(); i++) {
Matrix3 mat((*i)[0].asFloat(), (*i)[1].asFloat(), (*i)[2].asFloat(), (*i)[3].asFloat(), (*i)[4].asFloat(), (*i)[5].asFloat(), (*i)[6].asFloat(), (*i)[7].asFloat(), (*i)[8].asFloat());
setMatrix3(i.name(), mat);
}
for (auto i = matrix4s.begin(); i != matrix4s.end(); i++) {
Matrix4 mat((*i)[0].asFloat(), (*i)[1].asFloat(), (*i)[2].asFloat(), (*i)[3].asFloat(), (*i)[4].asFloat(), (*i)[5].asFloat(), (*i)[6].asFloat(), (*i)[7].asFloat(), (*i)[8].asFloat(), (*i)[9].asFloat(),
(*i)[10].asFloat(), (*i)[11].asFloat(), (*i)[12].asFloat(), (*i)[13].asFloat(), (*i)[14].asFloat(), (*i)[15].asFloat());
setMatrix4(i.name(), mat);
}
for (auto i = textures.begin(); i != textures.end(); i++) {
setTexture(i.name(), resourceManager->fetchTextureLoad((*i).asString()));
}
}
void Vector3::setX( float X )
{
if( X != this->x )
setVector3( X , this->y , this->z );
}
void Vector3::setY( float Y )
{
if( Y != this->y )
setVector3( this->x , Y , this->z );
}
Vector3::Vector3( float x , float y , float z )
{
setVector3(x,y,z);
}
extern "C" FREObject RigidBodyapplyTorqueImpulse(FREContext ctx, void *funcData, uint32_t argc, FREObject argv[])
{
return setVector3(argv, &btRigidBody::applyTorqueImpulse);
}
extern "C" FREObject RigidBodyapplyCentralForce(FREContext ctx, void *funcData, uint32_t argc, FREObject argv[])
{
return setVector3(argv, &btRigidBody::applyCentralForce);
}
extern "C" FREObject RigidBodysetAngularVelocity(FREContext ctx, void *funcData, uint32_t argc, FREObject argv[])
{
return setVector3(argv, &btRigidBody::setAngularVelocity);
}
extern "C" FREObject RigidBodysetLinearFactor(FREContext ctx, void *funcData, uint32_t argc, FREObject argv[])
{
return setVector3(argv, &btRigidBody::setLinearFactor);
}
