| A_b(const float theta) | HairRenderNode::DualScatterMath | inlineprivate |
| a_fb(const float theta, const float from, const float to) | HairRenderNode::DualScatterMath | inlineprivate |
| alpha_fb(const float phi, const float from, const float to) | HairRenderNode::DualScatterMath | inlineprivate |
| beta_fb(const float phi, const float from, const float to) | HairRenderNode::DualScatterMath | inlineprivate |
| delta_b(const float theta) | HairRenderNode::DualScatterMath | inlineprivate |
| DualScatterMath(const unsigned int tableSize=128) | HairRenderNode::DualScatterMath | |
| DualScatterMath::f_s(const float theta, const float phi, const float I_R, const float I_TT, const float I_TRT, const float I_G, Ogre::ColourValue &colour_R, Ogre::ColourValue &colour_TT, Ogre::ColourValue &colour_TRT) | HairRenderNode::DualScatterMath | inlineprivate |
| f_R(const float theta, const float I, const float phi, Ogre::ColourValue &colour) | HairRenderNode::DualScatterMath | inlineprivate |
| f_TRT(const float theta, const float I, const float phi, Ogre::ColourValue &colour) | HairRenderNode::DualScatterMath | inlineprivate |
| f_TT(const float theta, const float I, const float phi, Ogre::ColourValue &colour) | HairRenderNode::DualScatterMath | inlineprivate |
| fill_A_b(const float from, const float to) | HairRenderNode::DualScatterMath | private |
| fill_delta_b(const float from, const float to) | HairRenderNode::DualScatterMath | private |
| fill_sigma_b(const float from, const float to) | HairRenderNode::DualScatterMath | private |
| fillN_gR() | HairRenderNode::DualScatterMath | private |
| fillN_gTRT() | HairRenderNode::DualScatterMath | private |
| fillN_gTT() | HairRenderNode::DualScatterMath | private |
| funcPtr typedef | HairRenderNode::DualScatterMath | private |
| g(float x, float variance) | HairRenderNode::DualScatterMath | private |
| getTablesize() const | HairRenderNode::DualScatterMath | |
| GToR(const float grad) | HairRenderNode::DualScatterMath | inlineprivate |
| m_a | HairRenderNode::DualScatterMath | private |
| m_A_b | HairRenderNode::DualScatterMath | private |
| m_alpha_R | HairRenderNode::DualScatterMath | private |
| m_alpha_TRT | HairRenderNode::DualScatterMath | private |
| m_alpha_TT | HairRenderNode::DualScatterMath | private |
| m_beta_R | HairRenderNode::DualScatterMath | private |
| m_beta_TRT | HairRenderNode::DualScatterMath | private |
| m_beta_TT | HairRenderNode::DualScatterMath | private |
| m_C_R | HairRenderNode::DualScatterMath | private |
| m_C_TRT | HairRenderNode::DualScatterMath | private |
| m_C_TT | HairRenderNode::DualScatterMath | private |
| m_delta_b | HairRenderNode::DualScatterMath | private |
| m_dEta | HairRenderNode::DualScatterMath | private |
| m_dh_M | HairRenderNode::DualScatterMath | private |
| m_eta | HairRenderNode::DualScatterMath | private |
| m_gamma_G | HairRenderNode::DualScatterMath | private |
| m_gamma_TT | HairRenderNode::DualScatterMath | private |
| m_I_G | HairRenderNode::DualScatterMath | private |
| m_I_R | HairRenderNode::DualScatterMath | private |
| m_I_TRT | HairRenderNode::DualScatterMath | private |
| m_I_TT | HairRenderNode::DualScatterMath | private |
| m_k_g | HairRenderNode::DualScatterMath | private |
| m_N_gR | HairRenderNode::DualScatterMath | private |
| m_N_gTRT | HairRenderNode::DualScatterMath | private |
| m_N_gTT | HairRenderNode::DualScatterMath | private |
| m_sigma_a | HairRenderNode::DualScatterMath | private |
| m_sigma_b | HairRenderNode::DualScatterMath | private |
| m_tableSize | HairRenderNode::DualScatterMath | private |
| m_w_c | HairRenderNode::DualScatterMath | private |
| M_X(const float alpha, const float beta, const float theta) | HairRenderNode::DualScatterMath | inlineprivate |
| N_R(const float phi, float empty=0) | HairRenderNode::DualScatterMath | inlineprivate |
| N_TRT(const float phi, const float gamma) | HairRenderNode::DualScatterMath | inlineprivate |
| N_TT(const float phi, const float gamma) | HairRenderNode::DualScatterMath | inlineprivate |
| S(funcPtr f, const float a, const float b, int n, const float c) | HairRenderNode::DualScatterMath | inlineprivate |
| sigma_b(const float theta) | HairRenderNode::DualScatterMath | inlineprivate |
| SM_X(const float alpha, const float beta, const float a, const float b) | HairRenderNode::DualScatterMath | inlineprivate |
| SX_f_s(const float theta, const float from, const float to) | HairRenderNode::DualScatterMath | inlineprivate |
| ~DualScatterMath() | HairRenderNode::DualScatterMath | |
