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// =============================================================================
// Scilab ( http://www.scilab.org/ ) - This file is part of Scilab
// Copyright (C) 2008 - INRIA
//
// This file is distributed under the same license as the Scilab package.
// =============================================================================
// <-- JVM NOT MANDATORY -->
// unit tests for msprintf function
// =============================================================================
// format '%f'
// =============================================================================
mprintf("==>%f<==\n\n",-35);
mprintf("==>%f<==\n\n",35.55);
mprintf("==>%f<==\n\n",0.00433);
mprintf("==>%f<==\n\n",0.0000000345456);
mprintf("==>%f<==\n\n",1112423453);
mprintf("==>%15f<==\n\n",-35);
mprintf("==>%15f<==\n\n",0.00433);
mprintf("==>%15f<==\n\n",0.0000000345456);
mprintf("==>%15f<==\n\n",1112423453);
mprintf("==>%.1f<==\n\n" ,-35);
mprintf("==>%.0f<==\n\n" ,-35);
mprintf("==>%#.0f<==\n\n",-35);
mprintf("==>%.1f<==\n\n" ,0.00433);
mprintf("==>%.15f<==\n\n",0.0000000345456);
mprintf("==>%.1f<==\n\n" ,11124234534545);
// format '%g'
// =============================================================================
mprintf("==>%g<==\n\n" ,-35);
mprintf("==>%g<==\n\n" ,35.55);
mprintf("==>%g<==\n\n" ,35.551234567890);
mprintf("==>%+g<==\n\n",35.551234567890);
mprintf("==>%g<==\n\n" ,0.00433);
mprintf("==>%g<==\n\n" ,0.0000000345456);
mprintf("==>%g<==\n\n" ,11124234534545);
mprintf("==>%15g<==\n\n",-35);
mprintf("==>%15g<==\n\n",0.00433);
mprintf("==>%15g<==\n\n",0.0000000345456);
mprintf("==>%15g<==\n\n",11124234534545);
mprintf("==>%.1g<==\n\n",-35.1);
mprintf("==>%.0g<==\n\n",-35.1);
mprintf("==>%#.0g<==\n\n",-35.1);
mprintf("==>%#.0G<==\n\n",-35.1);
mprintf("==>%.1g<==\n\n",0.00433);
mprintf("==>%.15g<==\n\n",0.0000000345456);
mprintf("==>%.1g<==\n\n",11124234534545);
// format '%e'
// =============================================================================
mprintf("==>%e<==\n\n",-35);
mprintf("==>%e<==\n\n",35.55);
mprintf("==>%+e<==\n\n",35.55);
mprintf("==>%e<==\n\n",35.551234567890);
mprintf("==>%e<==\n\n",0.00433);
mprintf("==>%e<==\n\n",0.0000000345456);
mprintf("==>%e<==\n\n",11124234534545);
mprintf("==>%E<==\n\n",11124234534545);
mprintf("==>%15e<==\n\n",-35);
mprintf("==>%15e<==\n\n",0.00433);
mprintf("==>%15e<==\n\n",0.0000000345456);
mprintf("==>%+15e<==\n\n",0.0000000345456);
mprintf("==>%15e<==\n\n",11124234534545);
mprintf("==>%.1e<==\n\n",-35);
mprintf("==>%.0e<==\n\n",-35.1);
mprintf("==>%#.0e<==\n\n",-35.1);
mprintf("==>%.1e<==\n\n",0.00433);
mprintf("==>%.15e<==\n\n",0.0000000345456);
mprintf("==>%.1e<==\n\n",11124234534545);
// format '%c'
// =============================================================================
mprintf("==>%c<==\n\n","t");
mprintf("==>%10c<==\n\n","t");
mprintf("==>%10.3c<==\n\n","t");
mprintf("==>%-10c<==\n\n","t");
// format '%s'
// =============================================================================
mprintf("==>%s<==\n\n","text");
mprintf("==>%10s<==\n\n","text");
mprintf("==>%10.3s<==\n\n","text");
mprintf("==>%-10s<==\n\n","text");
mprintf("==>%s<==\n\n","t");
// format '%x'
// =============================================================================
mprintf("==>%x<==\n\n",123);
mprintf("==>%.10x<==\n\n",123);
mprintf("==>%x<==\n\n",-123);
mprintf("==>%X<==\n\n",-123);
mprintf("==>%#.3X<==\n\n",12);
// Vectorisation
// =============================================================================
// test 1
A = "row "+string(1:10)';
B = [ ..
50.153416 28.06498 40.948255 ; ..
43.685876 12.800585 87.841258 ; ..
26.931248 77.831286 11.383597 ; ..
63.257449 21.190304 19.983377 ; ..
40.51954 11.213547 56.186607 ; ..
91.847078 68.56896 58.961773 ; ..
4.3733433 15.312167 68.539797 ; ..
48.185089 69.708506 89.062247 ; ..
26.39556 84.155184 50.422128 ; ..
41.481037 40.620248 34.936154 ];
mprintf("==>%10s : %08.4f %08.4f %08.4f<==\n\n",A,B);
// test 2
C = [ ..
50.153416 28.06498 ; ..
43.685876 12.800585 ; ..
26.931248 77.831286 ; ..
63.257449 21.190304 ; ..
40.51954 11.213547 ; ..
91.847078 68.56896 ; ..
4.3733433 15.312167 ; ..
48.185089 69.708506 ; ..
26.39556 84.155184 ; ..
41.481037 40.620248 ];
D = [ ..
40.948255 ; ..
87.841258 ; ..
11.383597 ; ..
19.983377 ; ..
56.186607 ; ..
58.961773 ; ..
68.539797 ; ..
89.062247 ; ..
50.422128 ; ..
34.936154 ];
mprintf("==>%10s : %08.4f %08.4f %08.4f<==\n\n",A,C,D);
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