/* matrxstr.h */

#ifndef _INC_MATRXSTR_H
#define _INC_MATRXSTR_H

// generic
#define _mrxstr_inp     "Input Array"
#define _mrxstr_ofm     "Output Form"
#define _mrxtip_sqm     "Square Matrix"
#define _mrxtip_rcm     "Square or Rectangular Matrix"

// svd.pan
#define _svdopt_sin     "Singular Values (W)"
#define _svdopt_rsv     "Right Matrix (V)"
#define _svdopt_lsv     "Left Matrix (U)"
#define _svdopt_uvw     "Combined Matrix (U, V, W)"
#define _svdtip_frm     "Singular Values as a Column | V, Right Singular Values Matrix | U, Left Singular Values Matrix | Combined U, V, W Matrix"

// qr.pan
#define _qropt_utm      "Upper Triangular Matrix (R)"
#define _qropt_orm      "Orthogonal Matrix (Q)"
#define _qropt_cou      "Combined Matrix (QR)"
#define _qrtip_frm      "Triangular Matrix R where A = Q *^ R | Orthogonal Matrix Q where A = Q *^ R | Combined Orthogonal and Upper Triangluar Matrix (Q, R)"

// lu.pan
#define _luopt_lum      "Lower Triangular Matrix (L)"
#define _luopt_ulm      "Upper Triangular Matrix (U)"
#define _luopt_cou      "Complete LU Matrix (LU)"
#define _lustr_prm      "Permute Lower Matrix"
#define _lutip_prm      "Permute Lower Triangular Matrix"
#define _lutip_frm      "Lower Triangular Matrix L where A = L *^ U | Upper Triangular Matrix U where A = L *^ U | Full LU Decomposition Matrix"

#endif