Create a ball

Void createsphere1 (string strname, float R, int nrings, int nsegments) {<br/> imanualobject manual = mscenemgr. createmanualobject (strname); <br/> manual. begin ("basewhitenolighting", operationtype. ot_triangle_list); <br/> float fdeltaringangle = (float) (math. PI/nrings); <br/> float fdeltasegangle = (float) (2 * Math. PI/nsegments); <br/> short wverticeindex = 0; <br/> // generate the group of rings F Or the sphere <br/> for (INT ring = 0; ring <= nrings; ring ++) {<br/> float R0 = (float) (R * Math. sin (ring * fdeltaringangle); <br/> float Y0 = (float) (R * Math. cos (ring * fdeltaringangle); <br/> // generate the group of segments for the current ring <br/> for (INT seg = 0; seg <= nsegments; SEG ++) {<br/> float X0 = (float) (R0 * Math. sin (SEG * fdeltasegangle); <br/> float z0 = (float) (R0 * Math. Cos (SEG * fdeltasegangle); <br/> // Add one vertex to the strip which makes up the sphere <br/> manual. position (x0, y0, z0); <br/> vector3 temp = new vector3 (x0, y0, z0); <br/> vector3 vnormal = new vector3 (); <br/> temp. normalisedcopy (vnormal); <br/> manual. normal (vnormal); <br/> manual. texturecoord (float) seg/(float) nsegments, <br/> (float) ring/(float) nrings); <br/> If (ring! = Nrings) {<br/> // each vertex (vertex t the last) has six indicies pointing <br/> // to it <br/> manual. index (wverticeindex + nsegments + 1); <br/> manual. index (wverticeindex); <br/> manual. index (wverticeindex + nsegments); <br/> manual. index (wverticeindex + nsegments + 1); <br/> manual. index (wverticeindex + 1); <br/> manual. index (wverticeindex); <br/> wverticeindex ++; <br/>}< br/>; // end for seg <B R/>}// end for Ring <br/> manual. end (); <br/> meshptr mesh = new meshptr (); <br/> manual. converttomesh (mesh, strname, <br/> resourcegroupmanager. getdefault_resource_group_name (); <br/> mesh. get (). _ setbounds (<br/> New axisalignedbox (New vector3 (-R,-R,-R), <br/> New vector3 (R, R, R )), false); <br/> mesh. get (). _ setboundingsphereradius (r); <br/> short src = 0, DEST = 0; <br/> If (! Mesh. get (). suggesttangentvectorbuildparams (<br/> vertexelementsemantic. ves_tangent, new integerpointer (SRC), <br/> New integerpointer (DEST) {<br/> mesh. get (). buildtangentvectors (vertexelementsemantic. ves_tangent, <br/> SRC, DEST, false); <br/>}< br/>}