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// Example ex15
//[1] call intersci with Makefile
//
V=G_make('ex15fi.c','ex15fi.c');
//[2] run the builder generated by intersci.
// Since files and libs were nor transmited
// to intersci we give them here
files = ['ex15fi.o';'ex15c.o'];
libs = [] ;
exec ex15fi_builder.sce
//[3] run the loader to load the interface
// Note that the file loader.sce
// is changed each time you run a demo
// if several .desc are present in a directory
exec loader.sce;
//[4] test the loaded function
a=[0,0,1.23;0,2.32,0;3.45,0,0];
// simple matrix argument
b=mat1(a);
if norm(b- a) > %eps then pause,end
// matrix argument + conversion to int
b=mat2(a);
if norm(b- int(a)) > %eps then pause,end
// matrix and return a matrix in a list
b=mat3(a);
if norm(b(1)- a) > %eps then pause,end
// new matrix in intersci
b=mat4(a);
if norm(b- 2*a) > %eps then pause,end
// new matrix + conversion to int
b=mat5(a);
if norm(b- int(2*a)) > %eps then pause,end
// new matrix returned in a list
b=mat6(a);
if norm(b(1)- 2*a) > %eps then pause,end
// list argument with a matrix
b=mat7(list(a));
if norm(b- a) > %eps then pause,end
// list argument + conversion
b=mat8(list(a));
if norm(b- int(a)) > %eps then pause,end
// list argument + list output
b=mat9(list(a));
if norm(b(1)- a) > %eps then pause,end
// cintf
b=mat10();
if norm(b'- (0:9)) > %eps then pause,end
// cintf + list
b=mat11();
if norm(b(1)'- (0:9)) > %eps then pause,end
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