/// <summary>sets this to vectorE3GA value. /// </summary> public void Set(vectorE3GA src) { AllocateGroups(GroupBitmap.GROUP_1); float[] ptr; ptr = m_c[1]; ptr[0] = ptr[4] = 0.0f; ptr[1] = src.m_c[0]; ptr[2] = src.m_c[1]; ptr[3] = src.m_c[2]; }
/// <summary> /// Copy constructor. /// </summary> public vectorE3GA(vectorE3GA A) { Set(A); }
public void Set(vectorE3GA a) { m_c[0] = a.m_c[0]; m_c[1] = a.m_c[1]; m_c[2] = a.m_c[2]; }
/// <summary> /// Converts a vectorE3GA to a mv. /// </summary> public mv(vectorE3GA A) { Set(A); }
/// <summary>sets this to vectorE3GA value. /// </summary> public void Set(vectorE3GA src) { AllocateGroups(GroupBitmap.GROUP_1); float[] ptr; ptr = m_c[1]; ptr[0] = ptr[4] = 0.0f; ptr[1] = src.m_c[0]; ptr[2] = src.m_c[1]; ptr[3] = src.m_c[2]; }
/// <summary> /// Copy constructor. /// </summary> public vectorE3GA(vectorE3GA A) { Set(A); }
public void Set(vectorE3GA a) { m_c[0] = a.m_c[0]; m_c[1] = a.m_c[1]; m_c[2] = a.m_c[2]; }
/// <summary> /// Converts a vectorE3GA to a mv. /// </summary> public mv(vectorE3GA A) { Set(A); }
/// <summary>Returns conformal point. /// </summary> public static normalizedPoint cgaPoint(flatPoint a) { vectorE3GA _v_ = new vectorE3GA(); _v_.m_c[0] = a.m_c[0]/((a.m_c[3])); _v_.m_c[1] = a.m_c[1]/((a.m_c[3])); _v_.m_c[2] = a.m_c[2]/((a.m_c[3])); return new normalizedPoint(normalizedPoint.coord_e1_e2_e3_ni, _v_.m_c[0], // e1 _v_.m_c[1], // e2 _v_.m_c[2], // e3 (0.5f*_v_.m_c[0]*_v_.m_c[0]+0.5f*_v_.m_c[1]*_v_.m_c[1]+0.5f*_v_.m_c[2]*_v_.m_c[2]) // ni ); }