make API consistent with use

mrirecon · Jul 15, 2024 · 8abfc2b · 8abfc2b
1 parent e5ce197
commit 8abfc2b
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Showing 2 changed files with 4 additions and 4 deletions.
diff --git a/src/num/lapack.c b/src/num/lapack.c
@@ -104,7 +104,7 @@ void lapack_trimat_inverse_lower(long N, complex float A[N][N])
 }
 
 // Solve A x = B for x
-void lapack_trimat_solve(long N, long M, complex float A[N][N], complex float B[N][M], bool upper)
+void lapack_trimat_solve(long N, long M, complex float A[N][N], complex float B[M][N], bool upper)
 {
 	// for non-unit ('N') triangular matrix A
 	// on output: B overwritten by solution matrix X
@@ -129,7 +129,7 @@ void lapack_schur_double(long N, complex double W[N], complex double VS[N][N], c
 
 // Solves the complex Sylvester matrix equation
 // op(A)*X + X*op(B) = scale*C
-void lapack_sylvester(long N, long M, float* scale, complex float A[N][N], complex float B[M][M], complex float C[N][M])
+void lapack_sylvester(long N, long M, float* scale, complex float A[N][N], complex float B[M][M], complex float C[M][N])
 {
 	// A -> triangluar
 	// On output: C overwritten by X

diff --git a/src/num/lapack.h b/src/num/lapack.h
@@ -28,10 +28,10 @@ extern void lapack_cholesky_lower(long N, complex float A[N][N]);
 
 extern void lapack_trimat_inverse(long N, complex float A[N][N]);
 extern void lapack_trimat_inverse_lower(long N, complex float A[N][N]);
-extern void lapack_trimat_solve(long N, long M, complex float A[N][N], complex float B[N][M], bool upper);
+extern void lapack_trimat_solve(long N, long M, complex float A[N][N], complex float B[M][N], bool upper);
 
 extern void lapack_schur(long N, complex float W[N], complex float VS[N][N], complex float A[N][N]);
 extern void lapack_schur_double(long N, complex double W[N], complex double VS[N][N], complex double A[N][N]);
 
-extern void lapack_sylvester(long N, long M, float* scale, complex float A[N][N], complex float B[M][M], complex float C[N][M]);
+extern void lapack_sylvester(long N, long M, float* scale, complex float A[N][N], complex float B[M][M], complex float C[M][N]);