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chore: update indentation
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‎lib/node_modules/@stdlib/blas/base/cher2/examples/index.js

Lines changed: 3 additions & 3 deletions
Original file line numberDiff line numberDiff line change
@@ -22,7 +22,7 @@ var discreteUniform = require( '@stdlib/random/base/discrete-uniform' );
2222
var filledarrayBy = require( '@stdlib/array/filled-by' );
2323
var Complex64 = require( '@stdlib/complex/float32/ctor' );
2424
var logEach = require( '@stdlib/console/log-each' );
25-
var cher = require( './../lib' );
25+
var cher2 = require( './../lib' );
2626

2727
function rand() {
2828
return new Complex64( discreteUniform( 0, 10 ), discreteUniform( -5, 5 ) );
@@ -40,12 +40,12 @@ console.log( A.get( 0 ).toString() );
4040
var alpha = new Complex64( 2.0, 2.0 );
4141
console.log( alpha.toString() );
4242

43-
cher( 'row-major', 'upper', 3, alpha, x, 1, y, 1, A, 3 );
43+
cher2( 'row-major', 'upper', 3, alpha, x, 1, y, 1, A, 3 );
4444

4545
// Print the results:
4646
logEach( '(%s)', A );
4747

48-
cher.ndarray( 'upper', 3, alpha, x, 1, 0, y, 1, 0, A, 3, 1, 0 );
48+
cher2.ndarray( 'upper', 3, alpha, x, 1, 0, y, 1, 0, A, 3, 1, 0 );
4949

5050
// Print the results:
5151
logEach( '(%s)', A );

‎lib/node_modules/@stdlib/blas/base/cher2/lib/base.js

Lines changed: 134 additions & 134 deletions
Original file line numberDiff line numberDiff line change
@@ -58,141 +58,141 @@ var f32 = require( '@stdlib/number/float64/base/to-float32' );
5858
* cher2( 'lower', x.length, alpha, x, 1, 0, y, 1, 0, A, 2, 1, 0 );
5959
* // A => <Complex64Array>[ 5.0, 0.0, 0.0, 0.0, 6.0, 3.0, 8.0, 0.0 ]
6060
*/
61-
function cher2( uplo, N, alpha, x, strideX, offsetX, y, strideY, offsetY, A, strideA1, strideA2, offsetA ) {
62-
var alpha_re;
63-
var alpha_im;
64-
var tmp1_re;
65-
var tmp1_im;
66-
var tmp2_re;
67-
var tmp2_im;
68-
var re0_x;
69-
var im0_x;
70-
var re0_y;
71-
var im0_y;
72-
var re1_x;
73-
var im1_x;
74-
var re1_y;
75-
var im1_y;
61+
function cher2( uplo, N, alpha, x, strideX, offsetX, y, strideY, offsetY, A, strideA1, strideA2, offsetA ) { // eslint-disable-line max-params, max-len
62+
var realpha;
63+
var imalpha;
64+
var retmp1;
65+
var imtmp1;
66+
var retmp2;
67+
var imtmp2;
7668
var viewX;
77-
var viewY;
78-
var viewA;
79-
var isrm;
80-
var idx;
81-
var ix1;
82-
var iy1;
83-
var ix0;
84-
var iy0;
85-
var re0;
86-
var im0;
87-
var re1;
88-
var im1;
89-
var sa0;
90-
var sa1;
91-
var re;
92-
var im;
93-
var i1;
94-
var i0;
95-
var ix;
96-
var iy;
97-
var ia;
98-
var sx;
99-
var sy;
100-
101-
alpha_re = f32( alpha.re );
102-
alpha_im = f32( alpha.im );
103-
104-
viewX = reinterpret( x, 0 );
105-
viewY = reinterpret( y, 0 );
106-
viewA = reinterpret( A, 0 );
107-
108-
isrm = isRowMajor( [ strideA1, strideA2 ] );
109-
if ( isrm ) {
110-
sa0 = strideA2 * 2;
111-
sa1 = strideA1 * 2;
112-
} else {
113-
sa0 = strideA1 * 2;
114-
sa1 = strideA2 * 2;
115-
}
116-
ix = offsetX * 2;
117-
iy = offsetY * 2;
118-
ia = offsetA * 2;
119-
sx = strideX * 2;
120-
sy = strideY * 2;
121-
if ( ( isrm && uplo === 'upper' ) || ( !isrm && uplo === 'lower' ) ) {
122-
for ( i1 = 0; i1 < N; i1++ ) {
123-
ix1 = ix + ( i1 * sx );
124-
iy1 = iy + ( i1 * sy );
125-
re0_x = f32( viewX[ ix1 ] );
126-
im0_x = f32( viewX[ ix1 + 1 ] );
127-
re0_y = f32( viewY[ iy1 ] );
128-
im0_y = f32( viewY[ iy1 + 1 ] );
129-
for ( i0 = i1; i0 < N; i0++ ) {
130-
ix0 = ix + ( i0 * sx );
131-
iy0 = iy + ( i0 * sy );
132-
re1_x = f32( viewX[ ix0 ] );
133-
im1_x = f32( viewX[ ix0 + 1 ] );
134-
re1_y = f32( viewY[ iy0 ] );
135-
im1_y = f32( viewY[ iy0 + 1 ] );
136-
137-
re0 = f32( ( re0_x * re1_y ) + ( im0_x * im1_y ) );
138-
im0 = f32( ( im0_x * re1_y ) - ( re0_x * im1_y ) );
139-
tmp1_re = f32( ( alpha_re * re0 ) - ( alpha_im * im0 ) );
140-
tmp1_im = f32( ( alpha_re * im0 ) + ( alpha_im * re0 ) );
141-
142-
re1 = f32( ( re0_y * re1_x ) + ( im0_y * im1_x ) );
143-
im1 = f32( ( im0_y * re1_x ) - ( re0_y * im1_x ) );
144-
tmp2_re = f32( ( alpha_re * re1 ) + ( alpha_im * im1 ) );
145-
tmp2_im = f32( ( alpha_re * im1 ) - ( alpha_im * re1 ) );
146-
147-
re = f32( tmp1_re + tmp2_re );
148-
im = f32( tmp1_im + tmp2_im );
149-
idx = ia + ( i0 * sa0 ) + ( i1 * sa1 );
150-
viewA[ idx ] = f32( viewA[ idx ] + re );
151-
viewA[ idx + 1 ] = f32( viewA[ idx + 1 ] + im );
152-
if ( i0 === i1 ) {
153-
viewA[ idx + 1 ] = 0.0;
154-
}
155-
}
156-
}
157-
return A;
158-
}
159-
// ( isrm && uplo === 'lower' ) || ( !isrm && uplo === 'upper' )
160-
for ( i1 = 0; i1 < N; i1++ ) {
161-
ix1 = ix + ( i1 * sx );
162-
iy1 = iy + ( i1 * sy );
163-
re0_x = f32( viewX[ ix1 ] );
164-
im0_x = f32( viewX[ ix1 + 1 ] );
165-
re0_y = f32( viewY[ iy1 ] );
166-
im0_y = f32( viewY[ iy1 + 1 ] );
167-
for ( i0 = 0; i0 <= i1; i0++ ) {
168-
ix0 = ix + ( i0 * sx );
169-
iy0 = iy + ( i0 * sy );
170-
re1_x = f32( viewX[ ix0 ] );
171-
im1_x = f32( viewX[ ix0 + 1 ] );
172-
re1_y = f32( viewY[ iy0 ] );
173-
im1_y = f32( viewY[ iy0 + 1 ] );
174-
175-
re0 = f32( ( re0_x * re1_y ) + ( im0_x * im1_y ) );
176-
im0 = f32( ( im0_x * re1_y ) - ( re0_x * im1_y ) );
177-
tmp1_re = f32( ( alpha_re * re0 ) - ( alpha_im * im0 ) );
178-
tmp1_im = f32( ( alpha_re * im0 ) + ( alpha_im * re0 ) );
179-
180-
re1 = f32( ( re0_y * re1_x ) + ( im0_y * im1_x ) );
181-
im1 = f32( ( im0_y * re1_x ) - ( re0_y * im1_x ) );
182-
tmp2_re = f32( ( alpha_re * re1 ) + ( alpha_im * im1 ) );
183-
tmp2_im = f32( ( alpha_re * im1 ) - ( alpha_im * re1 ) );
184-
185-
re = f32( tmp1_re + tmp2_re );
186-
im = f32( tmp1_im + tmp2_im );
187-
idx = ia + ( i0 * sa0 ) + ( i1 * sa1 );
188-
viewA[ idx ] = f32( viewA[ idx ] + re );
189-
viewA[ idx + 1 ] = f32( viewA[ idx + 1 ] + im );
190-
if ( i0 === i1 ) {
191-
viewA[ idx + 1 ] = 0.0;
192-
}
193-
}
194-
}
195-
return A;
69+
var viewY;
70+
var viewA;
71+
var xre0;
72+
var xim0;
73+
var yre0;
74+
var yim0;
75+
var xre1;
76+
var xim1;
77+
var yre1;
78+
var yim1;
79+
var isrm;
80+
var idx;
81+
var ix1;
82+
var iy1;
83+
var ix0;
84+
var iy0;
85+
var re0;
86+
var im0;
87+
var re1;
88+
var im1;
89+
var sa0;
90+
var sa1;
91+
var re;
92+
var im;
93+
var i1;
94+
var i0;
95+
var ix;
96+
var iy;
97+
var ia;
98+
var sx;
99+
var sy;
100+
101+
realpha = f32( alpha.re );
102+
imalpha = f32( alpha.im );
103+
104+
viewX = reinterpret( x, 0 );
105+
viewY = reinterpret( y, 0 );
106+
viewA = reinterpret( A, 0 );
107+
108+
isrm = isRowMajor( [ strideA1, strideA2 ] );
109+
if ( isrm ) {
110+
sa0 = strideA2 * 2;
111+
sa1 = strideA1 * 2;
112+
} else {
113+
sa0 = strideA1 * 2;
114+
sa1 = strideA2 * 2;
115+
}
116+
ix = offsetX * 2;
117+
iy = offsetY * 2;
118+
ia = offsetA * 2;
119+
sx = strideX * 2;
120+
sy = strideY * 2;
121+
if ( ( isrm && uplo === 'upper' ) || ( !isrm && uplo === 'lower' ) ) {
122+
for ( i1 = 0; i1 < N; i1++ ) {
123+
ix1 = ix + ( i1 * sx );
124+
iy1 = iy + ( i1 * sy );
125+
xre0 = f32( viewX[ ix1 ] );
126+
xim0 = f32( viewX[ ix1 + 1 ] );
127+
yre0 = f32( viewY[ iy1 ] );
128+
yim0 = f32( viewY[ iy1 + 1 ] );
129+
for ( i0 = i1; i0 < N; i0++ ) {
130+
ix0 = ix + ( i0 * sx );
131+
iy0 = iy + ( i0 * sy );
132+
xre1 = f32( viewX[ ix0 ] );
133+
xim1 = f32( viewX[ ix0 + 1 ] );
134+
yre1 = f32( viewY[ iy0 ] );
135+
yim1 = f32( viewY[ iy0 + 1 ] );
136+
137+
re0 = f32( ( xre0 * yre1 ) + ( xim0 * yim1 ) );
138+
im0 = f32( ( xim0 * yre1 ) - ( xre0 * yim1 ) );
139+
retmp1 = f32( ( realpha * re0 ) - ( imalpha * im0 ) );
140+
imtmp1 = f32( ( realpha * im0 ) + ( imalpha * re0 ) );
141+
142+
re1 = f32( ( yre0 * xre1 ) + ( yim0 * xim1 ) );
143+
im1 = f32( ( yim0 * xre1 ) - ( yre0 * xim1 ) );
144+
retmp2 = f32( ( realpha * re1 ) + ( imalpha * im1 ) );
145+
imtmp2 = f32( ( realpha * im1 ) - ( imalpha * re1 ) );
146+
147+
re = f32( retmp1 + retmp2 );
148+
im = f32( imtmp1 + imtmp2 );
149+
idx = ia + ( i0 * sa0 ) + ( i1 * sa1 );
150+
viewA[ idx ] = f32( viewA[ idx ] + re );
151+
viewA[ idx + 1 ] = f32( viewA[ idx + 1 ] + im );
152+
if ( i0 === i1 ) {
153+
viewA[ idx + 1 ] = 0.0;
154+
}
155+
}
156+
}
157+
return A;
158+
}
159+
// ( isrm && uplo === 'lower' ) || ( !isrm && uplo === 'upper' )
160+
for ( i1 = 0; i1 < N; i1++ ) {
161+
ix1 = ix + ( i1 * sx );
162+
iy1 = iy + ( i1 * sy );
163+
xre0 = f32( viewX[ ix1 ] );
164+
xim0 = f32( viewX[ ix1 + 1 ] );
165+
yre0 = f32( viewY[ iy1 ] );
166+
yim0 = f32( viewY[ iy1 + 1 ] );
167+
for ( i0 = 0; i0 <= i1; i0++ ) {
168+
ix0 = ix + ( i0 * sx );
169+
iy0 = iy + ( i0 * sy );
170+
xre1 = f32( viewX[ ix0 ] );
171+
xim1 = f32( viewX[ ix0 + 1 ] );
172+
yre1 = f32( viewY[ iy0 ] );
173+
yim1 = f32( viewY[ iy0 + 1 ] );
174+
175+
re0 = f32( ( xre0 * yre1 ) + ( xim0 * yim1 ) );
176+
im0 = f32( ( xim0 * yre1 ) - ( xre0 * yim1 ) );
177+
retmp1 = f32( ( realpha * re0 ) - ( imalpha * im0 ) );
178+
imtmp1 = f32( ( realpha * im0 ) + ( imalpha * re0 ) );
179+
180+
re1 = f32( ( yre0 * xre1 ) + ( yim0 * xim1 ) );
181+
im1 = f32( ( yim0 * xre1 ) - ( yre0 * xim1 ) );
182+
retmp2 = f32( ( realpha * re1 ) + ( imalpha * im1 ) );
183+
imtmp2 = f32( ( realpha * im1 ) - ( imalpha * re1 ) );
184+
185+
re = f32( retmp1 + retmp2 );
186+
im = f32( imtmp1 + imtmp2 );
187+
idx = ia + ( i0 * sa0 ) + ( i1 * sa1 );
188+
viewA[ idx ] = f32( viewA[ idx ] + re );
189+
viewA[ idx + 1 ] = f32( viewA[ idx + 1 ] + im );
190+
if ( i0 === i1 ) {
191+
viewA[ idx + 1 ] = 0.0;
192+
}
193+
}
194+
}
195+
return A;
196196
}
197197

198198

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