Update imports and function signatures in lapack and blas modules

blas/blas64/conversions.v

@@ -1,27 +1,32 @@
 module blas64
 
+// MemoryLayout is used to specify the memory layout of a matrix.
 pub enum MemoryLayout {
 	row_major = 101
 	col_major = 102
 }
 
+// Transpose is used to specify the transposition of a matrix.
 pub enum Transpose {
 	no_trans      = 111
 	trans         = 112
 	conj_trans    = 113
 	conj_no_trans = 114
 }
 
+// Uplo is used to specify whether the upper or lower triangle of a matrix is
 pub enum Uplo {
 	upper = 121
 	lower = 122
 }
 
+// Diagonal is used to specify whether the diagonal of a matrix is unit or non-unit.
 pub enum Diagonal {
 	non_unit = 131
 	unit     = 132
 }
 
+// Side is used to specify whether a matrix is on the left or right side in a matrix-matrix multiplication.
 pub enum Side {
 	left  = 141
 	right = 142

blas/conversions.v

@@ -6,18 +6,37 @@ import math.complex
 import vsl.errors
 import vsl.blas.blas64
 
-pub fn c_trans(trans bool) blas64.Transpose {
+// MemoryLayout is used to specify the memory layout of a matrix.
+pub type MemoryLayout = blas64.MemoryLayout
+
+// Transpose is used to specify the transposition of a matrix.
+pub type Transpose = blas64.Transpose
+
+// Uplo is used to specify whether the upper or lower triangle of a matrix is
+pub type Uplo = blas64.Uplo
+
+// Diagonal is used to specify whether the diagonal of a matrix is unit or non-unit.
+pub type Diagonal = blas64.Diagonal
+
+// Side is used to specify whether a matrix is on the left or right side in a matrix-matrix multiplication.
+pub type Side = blas64.Side
+
+// c_trans is a helper function to convert bool to Transpose
+pub fn c_trans(trans bool) Transpose {
 	return if trans { .trans } else { .no_trans }
 }
 
-pub fn c_uplo(up bool) blas64.Uplo {
+// c_uplo is a helper function to convert bool to Uplo
+pub fn c_uplo(up bool) Uplo {
 	return if up { .upper } else { .lower }
 }
 
+// l_uplo is a helper function to convert bool to Uplo
 fn l_uplo(up bool) u8 {
 	return if up { `U` } else { `L` }
 }
 
+// job_vlr is a helper function to convert bool to char
 fn job_vlr(do_calc bool) rune {
 	return if do_calc { `V` } else { `N` }
 }