Tools to convert spherical to cartesian coordinates. More...
Functions | |
| void | fromRadianToCarthesien (decimal tetha, decimal phi, vec3 &result) |
| Convert spherical coordinates to cartesian coordinates In this function : More... | |
| void | fromRadianToCarthesien2 (decimal tetha, decimal phi, vec3 &result) |
| Convert spherical coordinates to cartesian coordinates In this function : More... | |
Detailed Description
Tools to convert spherical to cartesian coordinates.
Function Documentation
◆ fromRadianToCarthesien()
| void Tools::fromRadianToCarthesien | ( | decimal | tetha, |
| decimal | phi, | ||
| vec3 & | result | ||
| ) |
Convert spherical coordinates to cartesian coordinates In this function :
- theta is the polar angle where 0 is on the equator
- phi is the equatorial angle This function is used by samplers that generates rays
Definition at line 21 of file UnitConverter.cpp.
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◆ fromRadianToCarthesien2()
| void Tools::fromRadianToCarthesien2 | ( | decimal | tetha, |
| decimal | phi, | ||
| vec3 & | result | ||
| ) |
Convert spherical coordinates to cartesian coordinates In this function :
- theta is the polar angle where 0 is on north pole
- phi is the equatorial angle This function is used by diffraction events to generate secondary rays
Definition at line 28 of file UnitConverter.cpp.
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