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| new:math [2018/02/21 13:09] – korshun | new:math [2018/02/21 13:11] – korshun |
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| * ''fixed, fixed VectorToAngles(fixed x, fixed y, fixed z)'' -- converts vector to a pair of angles (angle and pitch) | * ''fixed, fixed VectorToAngles(fixed x, fixed y, fixed z)'' -- converts vector to a pair of angles (angle and pitch) |
| * ''fixed, fixed RotateVector(fixed x, fixed y, fixed angle)'' -- returns vector rotated by angle | * ''fixed, fixed RotateVector(fixed x, fixed y, fixed angle)'' -- returns vector rotated by angle |
| * ''fixed, fixed RotateVectorSC(fixed x, fixed y, fixed rx, fixed ry)'' -- returns vector rotated by another vector's angle. Result is multipled by the second vector's length. If the second vector is normalized, it's a (cos(angle), sin(angle)) vector of rotation angle. | * ''fixed, fixed RotateVectorCS(fixed x, fixed y, fixed rx, fixed ry)'' -- returns vector rotated by another vector's angle. Result is multipled by the second vector's length. If the second vector is normalized, it's a (cos(angle), sin(angle)) vector of rotation angle. |
| * ''fixed, fixed RotatePoint(fixed x, fixed y, fixed originX, fixed originY, fixed angle)'' -- returns 2D point rotated by angle around the origin. | * ''fixed, fixed RotatePoint(fixed x, fixed y, fixed originX, fixed originY, fixed angle)'' -- returns 2D point rotated by angle around the origin. |
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