View source for RelativePositionVec2

{{Template:FunctionInfo|fName=          RelativePositionVec2|fDescription=   Computes a new position vector by offsetting a given vector by a specified distance and bearing in degrees.|parentFile=     cmm.positionFunctions.lua|syntax=         CMM.RelativePositionVec2(vec2 <TBL>, bearing <number>, distance <number>)|return=         table|returnDesc=     A vec3 table representing the new position after applying the offset based on bearing and distance.|example=        CMM.RelativePositionVec2({x=100, y=50, z=10}, 45, 100)|exampleDesc=    Returns a new position at 141.42 meters in a 45-degree bearing from the origin, with coordinates adjusted accordingly.|related=        |note=           |envType= CMM|par1=         table vec2|reqType1=     table|reqName1=     vec2|desc1=       A vec3 table containing x, y, and z components representing the base position to offset.|par2=         number bearing|reqType2=     number|reqName2=     bearing|desc2=       Direction in degrees from north, used to determine the angle of offset (0° is north, 90° is east, etc.).|par3=         number distance|reqType3=     number|reqName3=     distance|desc3=       Distance in meters to move from the base position along the specified bearing.}}