plateform stringclasses 1
value | repo_name stringlengths 13 113 | name stringlengths 3 74 | ext stringclasses 1
value | path stringlengths 12 229 | size int64 23 843k | source_encoding stringclasses 9
values | md5 stringlengths 32 32 | text stringlengths 23 843k |
|---|---|---|---|---|---|---|---|---|
github | aristofanio/freemat-master | test_call1.m | .m | freemat-master/FreeMat/tests/suite/test_call1.m | 283 | utf_8 | c49efd82a2a9f68f33b5e01c060a44b8 | % test the multiple left-hand side call with a pre-existing cell-array
function test_val = test_call1
d1 = {1,2};
d2 = {5};
d3 = {6};
[d1,d2,d3] = test_call1_assist;
test_val = test(d1 == 1) & test(d2 == 4) & test(d3 == 3);
function [a,b,c] = test_call1_assist
a = 1;
b = 4;
c = 3;
|
github | aristofanio/freemat-master | test_switch3.m | .m | freemat-master/FreeMat/tests/suite/test_switch3.m | 255 | utf_8 | 139de441a3706a8bd1d7f788f66f7ee7 | % Test the switch statement with a scalar argument
function test_val = test_switch3
test_val = 0;
x = 1.0f + i;
z = 1.0 + i;
switch x
case 1
test_val = 0;
case i
test_val = 0;
case z
test_val = 1;
case 'astring'
test_val = 0;
otherwise
test_val = 0;
end
|
github | aristofanio/freemat-master | test_svd2.m | .m | freemat-master/FreeMat/tests/suite/test_svd2.m | 456 | utf_8 | db82457ef69b7740715ea688387c0702 | % Test the svd with finite and infinite args (functional only)
function test_val = test_svd2
a = double([1,3;4,2]);
[u,s,v] = svd(a);
res1 = 1;
res2 = 0;
res3 = 0;
res4 = 0;
try
c = a;
c(2,2) = inf;
svd(c);
catch
res2 = 1;
end
try
c = a;
c(2,2) = -inf;
svd(c);
catch
... |
github | aristofanio/freemat-master | test_range8.m | .m | freemat-master/FreeMat/tests/suite/test_range8.m | 171 | utf_8 | 20a03b1fc7e42dc87a904e7af2f7e529 | % Check the range function with a negative step size
function test_val = test_range8
range = 3f:-1f:-2f;
range2 = [3f,2f,1f,0f,-1f,-2f];
test_val = test(range == range2);
|
github | aristofanio/freemat-master | test_struct9.m | .m | freemat-master/FreeMat/tests/suite/test_struct9.m | 194 | utf_8 | db0e842f5f573b708ca3dc14c55ae7fb | % Test the ability to assign a single element in a structure array
function test_val = test_struct9
d = struct('foo',3,'goo','hello','shoo',1:5);
d(3).shoo = 3;
test_val = test(d(3).shoo == 3);
|
github | aristofanio/freemat-master | test_assign3.m | .m | freemat-master/FreeMat/tests/suite/test_assign3.m | 189 | utf_8 | 07997e054ba178af8cdd6cef94625083 | % Test the assignment of a value to a cell-array using content-based n-dim indexing
function test_val = test_assign3
a = {1,2;4,5};
test_val = 0;
try
a{2,1:2} = -1;
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_assign1.m | .m | freemat-master/FreeMat/tests/suite/test_assign1.m | 160 | utf_8 | 812855ecbc2217803b2fdfeea6f51cdc | % Test the assignment of a value to a cell array as a vector-contents
function test_val = test_assign1
a = {1,2,3,4,5};
a{5} = -1;
test_val = test(a{5} == -1);
|
github | aristofanio/freemat-master | test_switch1.m | .m | freemat-master/FreeMat/tests/suite/test_switch1.m | 241 | utf_8 | 6d630c35eb780aa8503148a051ddc195 | % Test the switch statement with a string argument
function test_val = test_switch1
test_val = 0;
x = 'astring';
switch x
case 'bstring'
test_val = 0;
case 'astring';
test_val = 1;
case 'cstring';
test_val = 0;
otherwise
test_val = 0;
end
|
github | aristofanio/freemat-master | test_sparse60.m | .m | freemat-master/FreeMat/tests/suite/test_sparse60.m | 706 | utf_8 | 37bb776ca6e60462037f332a7b93c1a5 | % Test dense-sparse matrix multiplication
function x = test_sparse60
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
[yi2,zi2] = spa... |
github | aristofanio/freemat-master | test_typeof5.m | .m | freemat-master/FreeMat/tests/suite/test_typeof5.m | 138 | utf_8 | 298b6941dc859a307a084ab17eb266bf | % Check the typeof function for dcomplex types
function test_val = test_typeof5
a = 2.0 + i;
test_val = test(strcmp(typeof(a),'double'));
|
github | aristofanio/freemat-master | test_image1.m | .m | freemat-master/FreeMat/tests/suite/test_image1.m | 181 | utf_8 | 9446caca41bea90fe5f63c079eb862d1 | % test image of an empty argument
function test_val = test_image1
a = [];
try
% If this causes a segfault, it won't be caught.
image(a);
catch
end
close all;
test_val = 1;
|
github | aristofanio/freemat-master | test_assign6.m | .m | freemat-master/FreeMat/tests/suite/test_assign6.m | 185 | utf_8 | 93d74abf712139b0b81ce57f8c07c060 | % Test the field assignment with a vector struct (should cause an error)
function test_val = test_assign6
a = struct('foo',{5,7});
test_val = 0;
try
a.foo = -1;
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_file1.m | .m | freemat-master/FreeMat/tests/suite/test_file1.m | 227 | utf_8 | 9da8960330781c05845acb76335d7450 | % Test reading and writing a scalar to a file
function test_val = test_file1
fp = fopen('junk.dat','w');
p = uint32(4);
fwrite(fp,p);
fclose(fp);
fp = fopen('junk.dat','r');
q = fread(fp,1,'uint32');
fclose(fp);
return (p==q);
|
github | aristofanio/freemat-master | test_subset9.m | .m | freemat-master/FreeMat/tests/suite/test_subset9.m | 235 | utf_8 | 783b7847cbd7d88d8f200f93ab2efb50 | % Test the cell vector subset with contents-based addressing
function test_val = test_subset9
a = {5,8;10,3};
sm = test_subset9_assist(a{1:3});
test_val = test(sm == 23);
function a = test_subset9_assist(b,c,d)
a = b + c + d;
|
github | aristofanio/freemat-master | test_typeof3.m | .m | freemat-master/FreeMat/tests/suite/test_typeof3.m | 132 | utf_8 | afbae34f93290b9cdfc10d437224c2ab | % Check the typeof function for float types
function test_val = test_typeof3
a = 2.0f;
test_val = test(strcmp(typeof(a),'single'));
|
github | aristofanio/freemat-master | test_fitfun1.m | .m | freemat-master/FreeMat/tests/suite/test_fitfun1.m | 170 | utf_8 | 449d5432ebd585c9496583cd88deb686 | % Test the fitfun bug (bug 1514605)
function test_val = test_fitfun1
O = 3/4*pi;
y0 = cos(O);
[x y] = fitfun('cos',3.5/4*pi,y0,1,0.0001);
test_val = abs((x-O)/O*100)<.1;
|
github | aristofanio/freemat-master | test_while1.m | .m | freemat-master/FreeMat/tests/suite/test_while1.m | 172 | utf_8 | 94c7987afd2f91320c37980932bad4d4 | % Test the while statement for normal operation
function test_val = test_while1
sum = 0;
i = 1;
while (i<=10)
sum = sum + i;
i = i + 1;
end
test_val = test(sum == 55);
|
github | aristofanio/freemat-master | test_size2.m | .m | freemat-master/FreeMat/tests/suite/test_size2.m | 198 | utf_8 | 1fb7dcdf8698d454d38d98161c951538 | % Check the size function with an n-dim argument & multiple outputs
function test_val = test_size2
a = [1,2,3;4,5,6];
[c1,c2,c3] = size(a);
test_val = test(c1 == 2) & test(c2 == 3) & test(c3 == 1);
|
github | aristofanio/freemat-master | test_source.m | .m | freemat-master/FreeMat/tests/suite/test_source.m | 247 | utf_8 | 7a928b09567bcca7eabe74ffe5ca2cea | % Check that the source function does not double-execute the last line of the script
function test_val = test_source
myloc = which('test_source');
[path,name,sfx] = fileparts(myloc);
source([path '/source_test_script.m'])
test_val = test(n == 2);
|
github | aristofanio/freemat-master | test_sparse78.m | .m | freemat-master/FreeMat/tests/suite/test_sparse78.m | 670 | utf_8 | 9f9320afab01a121615d77f3bf9f7d07 | % Test sparse-sparse matrix array add
function x = test_sparse78
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
[yi2,zi2] = sparse_... |
github | aristofanio/freemat-master | test_size4.m | .m | freemat-master/FreeMat/tests/suite/test_size4.m | 165 | utf_8 | b0465e51ad8bebb9d952e95cad9017fe | % Check the size function with two arguments and two outputs
function test_val = test_size4
a = [1,2,3;4,5,6];
test_val = 0;
[c,d] = size(a,2);
test_val = (c == 3);
|
github | aristofanio/freemat-master | test_svd12.m | .m | freemat-master/FreeMat/tests/suite/test_svd12.m | 1,085 | utf_8 | b5a6381ad561860349ec5e5c0eb774f1 | % Test the compact version of the svd with dcomplex vectors
function test_val = test_svd12
t1all = 1;
p = [];
for n=2:100
a = double(rand(n,2*n))+i*double(rand(n,2*n));
[u,s,v] = svd(a,0);
emat = abs(a-u*s*v');
err = max(emat(:));
p(n) = err;
bnd = 10*max(abs(diag(s)))*eps*n;
t1 = (err... |
github | aristofanio/freemat-master | test_sparse75.m | .m | freemat-master/FreeMat/tests/suite/test_sparse75.m | 604 | utf_8 | 14a600b7391bd3030669e6f5ffa8b15f | % Test sparse matrix array finite test
function x = test_sparse75
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
x = 1;
yi1(150,200... |
github | aristofanio/freemat-master | test_qr6.m | .m | freemat-master/FreeMat/tests/suite/test_qr6.m | 520 | utf_8 | 2b348b5b62cdac5111522974fe6b960d | % Test the QR decomposition (without pivoting, float)
function test_val = test_qr6
a = float([1,2,3;4,5,6;7,8,9;10,0,5]);
% float precision
[q,r] = qr(a);
qorg = q'*q - diag(ones(1,4));
t1 = (max(abs(qorg(:)))<1e-6);
t2 = ((size(q,1) == 4) & (size(q,2) == 4));
t3 = ((size(r,1) == 4) & (size(r,2) == 3));
aorg = q*r - a;... |
github | aristofanio/freemat-master | test_lu1.m | .m | freemat-master/FreeMat/tests/suite/test_lu1.m | 586 | utf_8 | a5651146c9ff7a9c29fe5e6f378e7587 | % Test the LU decomposition with 2 argument return for full matrices
function x = test_lu1
A = float(randn(20));
[L,U] = lu(A);
x = testeq(100,L*U,A);
A = double(randn(20));
[L,U] = lu(A);
x = x & testeq(100,L*U,A);
A = complex(randn(20)+i*randn(20));
[L,U] = lu(A);
x = x & testeq(100,L*U,A);
A = dcomplex(randn(20)+i*r... |
github | aristofanio/freemat-master | test_qr7.m | .m | freemat-master/FreeMat/tests/suite/test_qr7.m | 539 | utf_8 | 5f5741a2fe9bbf13d86c96f4836c138a | % Test the QR decomposition (without pivoting, complex)
function test_val = test_qr7
a = float([1,2,3;4,5,6;7,8,9;10,0,5]);
a = a + i*(a-1);
% float precision
[q,r] = qr(a);
qorg = q'*q - diag(ones(1,4));
t1 = (max(abs(qorg(:)))<1e-6);
t2 = ((size(q,1) == 4) & (size(q,2) == 4));
t3 = ((size(r,1) == 4) & (size(r,2) == 3... |
github | aristofanio/freemat-master | test_range5.m | .m | freemat-master/FreeMat/tests/suite/test_range5.m | 153 | utf_8 | b61b8c93735b72826a8dca7939b99594 | % Check the range function with negative integer
function test_val = test_range5
range = -2:2;
range2 = [-2,-1,0,1,2];
test_val = test(range == range2);
|
github | aristofanio/freemat-master | test_range2.m | .m | freemat-master/FreeMat/tests/suite/test_range2.m | 197 | utf_8 | 8746a698efa0753908ccdd10904ad9a3 | % Check the range function for integer types positive with 3 args & horizontal concatenation
function test_val = test_range2
range = (0:1:3)';
range2 = [0;1;2;3];
test_val = test(range == range2);
|
github | aristofanio/freemat-master | test_empty.m | .m | freemat-master/FreeMat/tests/suite/test_empty.m | 647 | utf_8 | b3a81d440b5d5c0fdf6027753fd8f5eb | % Test the arithmetic operators with empty arguments
function test_val = test_empty
test_val = isempty([]+[]);
test_val = test_val & isempty([]-[]);
test_val = test_val & isempty(-[]);
test_val = test_val & isempty([]*[]);
test_val = test_val & isempty([]/[]);
test_val = test_val & isempty([]\[]);
test_val = test_val &... |
github | aristofanio/freemat-master | test_typeof1.m | .m | freemat-master/FreeMat/tests/suite/test_typeof1.m | 131 | utf_8 | 5a4f283d01720e57ed1c88ce67cc172a | % Check the typeof function for integer types
function test_val = test_typeof1
a = 2;
test_val = test(strcmp(typeof(a),'double'));
|
github | aristofanio/freemat-master | test_diag5.m | .m | freemat-master/FreeMat/tests/suite/test_diag5.m | 157 | utf_8 | 0a16ada5668cbc1c4d5d2ea82bac1820 | % Test the diagonal creation function with no arguments (bug 1620051)
function test_val = test_diag5
test_val = 1;
try
b = diag;
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_assign7.m | .m | freemat-master/FreeMat/tests/suite/test_assign7.m | 117 | utf_8 | 69aab4d65246c104ebae2591b30bb621 | % Test the empty assignment for the empty cell array
function test_val = test_assign7
a = {};
test_val = isempty(a);
|
github | aristofanio/freemat-master | test_sparse68.m | .m | freemat-master/FreeMat/tests/suite/test_sparse68.m | 926 | utf_8 | a9c826619cb6b233e54640a179a525b4 | % Test sparse to IJV conversion
function x = test_sparse68
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
[iyi1,jyi1,vyi1] = find(y... |
github | aristofanio/freemat-master | test_qr9.m | .m | freemat-master/FreeMat/tests/suite/test_qr9.m | 1,354 | utf_8 | 69ba515dca8426b88eadfc8e572b7ce3 | % Test the QR decomposition (full, without pivoting)
function test_val = test_qr9
t1all = 1;
for n=2:4:100
a = float(rand(n,2*n));
[q,r] = qr(a);
err = abs(a-q*r);
err = max(err(:));
bnd = 8*max(abs(diag(r)))*feps*(n^(0.5));
t1 = (err < bnd);
if (~t1) printf('test failed: er = %e bnd = %... |
github | aristofanio/freemat-master | test_range6.m | .m | freemat-master/FreeMat/tests/suite/test_range6.m | 171 | utf_8 | 6316486b5422a4da56529c071f39525f | % Check the range function with a negative float
function test_val = test_range6
range = -2.f:3.f;
range2 = [-2.f,-1.f,0.f,1.f,2.f,3.f];
test_val = test(range == range2);
|
github | aristofanio/freemat-master | test_svd6.m | .m | freemat-master/FreeMat/tests/suite/test_svd6.m | 1,077 | utf_8 | 9d70c4bb21be7af3759854121192ef57 | % Test the full version of the svd with complex vectors
function test_val = test_svd6
t1all = 1;
p = [];
for n=2:4:100
a = float(rand(n,2*n))+i*float(rand(n,2*n));
[u,s,v] = svd(a);
emat = abs(a-u*s*v');
err = max(emat(:));
p(n) = err;
bnd = 10*max(abs(diag(s)))*feps*n;
t1 = (err < bnd... |
github | aristofanio/freemat-master | test_switch7.m | .m | freemat-master/FreeMat/tests/suite/test_switch7.m | 269 | utf_8 | 8eb3cf78298bf12e021a81cba9728393 | % Test the switch statement with a numerical argument and a cell array
function test_val = test_switch7
test_val = 0;
x = 5;
switch x
case 'bstring'
test_val = 0;
case {'dstring',5.0,'astring'};
test_val = 1;
case 'cstring';
test_val = 0;
otherwise
test_val = 0;
end
|
github | aristofanio/freemat-master | test_imwrite_imread.m | .m | freemat-master/FreeMat/tests/suite/test_imwrite_imread.m | 218 | utf_8 | 9491bd847d9fc51e0e2da1db2890abbe | % Test the imwrite and imread capability with random grayscale image
function test_val = test_imwrite_imread
a = uint8(255*rand(64));
imwrite(a, 'test.bmp')
b = imread('test.bmp');
test_val = issame(a,b);
|
github | aristofanio/freemat-master | test_sparse64.m | .m | freemat-master/FreeMat/tests/suite/test_sparse64.m | 1,500 | utf_8 | d1fe613bb4fc6cd22d4263b4290325a3 | % Test sparse matrix array ndim-subset extraction
function x = test_sparse64
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
row_ndx... |
github | aristofanio/freemat-master | test_sparse58.m | .m | freemat-master/FreeMat/tests/suite/test_sparse58.m | 1,486 | utf_8 | fef3ed911f11ff7b5357fdf6c3631372 | % Test type conversion functions
function x = test_sparse58
[yi,zi] = sparse_test_mat('int32',400);
[yf,zf] = sparse_test_mat('float',400);
[yd,zd] = sparse_test_mat('double',400);
[yc,zc] = sparse_test_mat('complex',400);
[yz,zz] = sparse_test_mat('dcomplex',400);
xi = testeq(int32(yi),sparse(int32(zi))) & ...
te... |
github | aristofanio/freemat-master | test_eig2.m | .m | freemat-master/FreeMat/tests/suite/test_eig2.m | 1,986 | utf_8 | 86914557fdcff2075bb8def0f36a3d41 | % Test eigenvalue function - symmetric matrices
function t = test_eig2
% First the float version
t1all = 1;
for i=2:4:100
a = float(randn(i)); a = a + a';
[v,d] = eig(a);
emat = a*v - v*d;
er = max(abs(emat(:)));
bnd = 10*max(diag(abs(d)))*feps*i;
t1 = (er < bnd);
if (~t1) printf('test failed: er = %e bnd... |
github | aristofanio/freemat-master | test_assign15.m | .m | freemat-master/FreeMat/tests/suite/test_assign15.m | 195 | utf_8 | 318d1a636d92b7a2bccc700e8c019060 | % Test for error on illegal (incomplete) assign to empty variables
function test_val = test_assign15
a = [2,3;4,5];
test_val = 0;
try
c(2,:) = a;
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_test3.m | .m | freemat-master/FreeMat/tests/suite/test_test3.m | 125 | utf_8 | f01e10f4bd3e12f966d5713183f16ea8 | % Check that test function works properly for a vector of 1
function test_val = test_test3
test_val = test([1,1,1,1]) == 1;
|
github | aristofanio/freemat-master | test_call3.m | .m | freemat-master/FreeMat/tests/suite/test_call3.m | 163 | utf_8 | fc90586ebef879c93741274aaa6e2f39 | % test calls with pass-by-reference
function test_val = test_call3
d1 = 3;
test_call3_assist(d1);
test_val = test(d1 == 1);
function test_call3_assist(&x)
x = 1;
|
github | aristofanio/freemat-master | test_subset18.m | .m | freemat-master/FreeMat/tests/suite/test_subset18.m | 175 | utf_8 | d5af649eb438783ce8cfb6daa842b2ba | % Test the subset assign with an empty variable
function test_val = test_subset18
a = [];
b = 1:4;
a(:) = b;
test_val = (a(1) == 1) & (a(2) == 2) & (a(3) == 3) & (a(4) == 4);
|
github | aristofanio/freemat-master | test_svd8.m | .m | freemat-master/FreeMat/tests/suite/test_svd8.m | 1,081 | utf_8 | 384baa88ede59efc875544068f068b45 | % Test the full version of the svd with dcomplex vectors
function test_val = test_svd8
t1all = 1;
p = [];
for n=2:4:100
a = double(rand(n,2*n))+i*double(rand(n,2*n));
[u,s,v] = svd(a);
emat = abs(a-u*s*v');
err = max(emat(:));
p(n) = err;
bnd = 10*max(abs(diag(s)))*eps*n;
t1 = (err < b... |
github | aristofanio/freemat-master | test_subset3.m | .m | freemat-master/FreeMat/tests/suite/test_subset3.m | 164 | utf_8 | aabf60f9d621e7590a0af545a61df5a9 | % Test the vector subset with a cell array
function test_val = test_subset3
a = {1,2,3,4;5,6,7,8};
b = [3;4];
c = a(b);
test_val = test((c{1} == 2) & (c{2} == 6));
|
github | aristofanio/freemat-master | test_evalin1.m | .m | freemat-master/FreeMat/tests/suite/test_evalin1.m | 219 | utf_8 | 5ffc2c1089c8fca7b41c7d761330ed99 | function test_val = test_evalin1
test_val = false;
do_test_evalin1_subfunc;
end
function do_test_evalin1_subfunc
evalin('caller','test_val = true');
evalin('caller','test_val = true','test_val=false');
end
|
github | aristofanio/freemat-master | test_if2.m | .m | freemat-master/FreeMat/tests/suite/test_if2.m | 132 | utf_8 | 0664ae2bed422703bc2dd4a923cd6fd6 | % Test the if-else statement
function test_val = test_if2
a = 1;
test_val = 0;
if (a == 0)
test_val = 0;
else
test_val = 1;
end
|
github | aristofanio/freemat-master | test_svd9.m | .m | freemat-master/FreeMat/tests/suite/test_svd9.m | 1,023 | utf_8 | 4869dbbf440ef765b54638fd17fb3282 | % Test the compact version of the svd with float vectors
function test_val = test_svd9
t1all = 1;
p = [];
for n=2:4:100
a = float(rand(n,2*n));
[u,s,v] = svd(a,0);
emat = abs(a-u*s*v');
err = max(emat(:));
p(n) = err;
bnd = 10*max(abs(diag(s)))*feps*n;
t1 = (err < bnd);
if (~t1) pr... |
github | aristofanio/freemat-master | test_qr5.m | .m | freemat-master/FreeMat/tests/suite/test_qr5.m | 517 | utf_8 | f06106208eb923b8a22ea52e1f79c386 | % Test the QR decomposition (without pivoting, double)
function test_val = test_qr5
a = [1,2,3;4,5,6;7,8,9;10,0,5];
% double precision
[q,r] = qr(a);
qorg = q'*q - diag(ones(1,4));
t1 = (max(abs(qorg(:)))<1e-15);
t2 = ((size(q,1) == 4) & (size(q,2) == 4));
t3 = ((size(r,1) == 4) & (size(r,2) == 3));
aorg = q*r - a;
t4 ... |
github | aristofanio/freemat-master | test_eig1.m | .m | freemat-master/FreeMat/tests/suite/test_eig1.m | 1,977 | utf_8 | 7adab29fe784ee2b5b19d341327bef50 | % Test eigenvalue function - general matrices
function t = test_eig1
% First the float version
t1all = 1;
for i=2:4:100
a = float(randn(i));
[v,d] = eig(a);
emat = a*v - v*d;
er = max(abs(emat(:)));
bnd = 100*max(diag(abs(d)))*feps*i;
t1 = (er < bnd);
if (~t1) printf('test failed: er = %e bnd = %e (num %... |
github | aristofanio/freemat-master | test_matcat4.m | .m | freemat-master/FreeMat/tests/suite/test_matcat4.m | 154 | utf_8 | 80ea38cb14e845751750400ee756c692 | % Check the type promotion for the matrix cat function
function test_val = test_matcat4
a = [1,2;3.0f,4f+i];
test_val = test(strcmp(typeof(a),'single'));
|
github | aristofanio/freemat-master | test_strcmp1.m | .m | freemat-master/FreeMat/tests/suite/test_strcmp1.m | 123 | utf_8 | 254dfb0cf212f92a454054380723a292 | % Check the strcmp function for a match
function test_val = test_strcmp1
test_val = test(strcmp('complex','complex'));
|
github | aristofanio/freemat-master | test_builtin1.m | .m | freemat-master/FreeMat/tests/suite/test_builtin1.m | 129 | utf_8 | 9ce7e6516fd97e18b6b2f047588438d7 | function test_val = test_builtin1
a = -1;
b = builtin('abs',a);
test_val = (b == 1);
end
function y = abs(x)
y = x;
end
|
github | aristofanio/freemat-master | test_save1.m | .m | freemat-master/FreeMat/tests/suite/test_save1.m | 222 | utf_8 | e7834e3cd430d14706176927d08cfc88 | % Test the save and load capability with cell arrays (bug 1581481)
function test_val = test_save1
a{1} = 'bert'; a{2} = pi; a{3} = 12; a{4} = 4+5i;
save tmp.mat a
b = a;
load tmp.mat
test_val = issame(a,b);
|
github | aristofanio/freemat-master | test_size3.m | .m | freemat-master/FreeMat/tests/suite/test_size3.m | 150 | utf_8 | a477184164b118bb8d8532b9239fb053 | % Check the size function with two arguments and one output
function test_val = test_size3
a = [1,2,3;4,5,6];
n = size(a,2);
test_val = test(n == 3);
|
github | aristofanio/freemat-master | test_assign13.m | .m | freemat-master/FreeMat/tests/suite/test_assign13.m | 131 | utf_8 | d03c63cb697eec755acc509190cca021 | % Test for assignment of empties to an empty
function test_val = test_assign13
A = [];
A([],[],[]) = [];
test_val = 1;
|
github | aristofanio/freemat-master | test_sparse69.m | .m | freemat-master/FreeMat/tests/suite/test_sparse69.m | 433 | utf_8 | b4ce15112b9a18d0126cb0afeb2a0fdd | % Test the zeros function
function x = test_sparse69
xi = int32(sparse(100,200));
yi = int32(zeros(100,200));
xf = float(sparse(100,200));
yf = float(zeros(100,200));
xd = double(sparse(100,200));
yd = double(zeros(100,200));
xc = complex(sparse(100,200));
yc = complex(zeros(100,200));
xz = dcomplex(sparse(100,200));
y... |
github | aristofanio/freemat-master | test_fcall2.m | .m | freemat-master/FreeMat/tests/suite/test_fcall2.m | 219 | utf_8 | 36dd4c6241e1f05831bdc68ee4a5647c | % Check function declaration with two return args
function test_val = test_fcall2
try
[a,b] = fc2fuc(1,3,2);
test_val = test(a == 4);
catch
test_val = 0;
end
function [a b] = fc2fuc(w,x,y)
a = w+x;
b = y;
|
github | aristofanio/freemat-master | test_diag2.m | .m | freemat-master/FreeMat/tests/suite/test_diag2.m | 177 | utf_8 | 729c659b6f91940f98b4b0dcdc564c0c | % Test the diagonal extraction function with a non-zero diagonal
function test_val = test_diag2
a = [1,2,3,4;5,6,7,8;9,10,11,12];
b = diag(a,1);
test_val = test(b == [2;7;12]);
|
github | aristofanio/freemat-master | test_fitfun2.m | .m | freemat-master/FreeMat/tests/suite/test_fitfun2.m | 263 | utf_8 | c754a6c5f19b650059b922a145d9482e | % Test the nested fitfun bug (bug 1741350)
function test_val = test_fitfun2
a = 2;
b = 0;
init = [a,b];
y = [1:100];
weights = y*0+1;
tol = 1.e-08;
junk = rand(100);
[xopt,yopt] = fitfun('fitfunc_func1',init,y,weights,tol,junk);
test_val = abs(xopt(1)-1) < 1e-6;
|
github | aristofanio/freemat-master | test_subset8.m | .m | freemat-master/FreeMat/tests/suite/test_subset8.m | 247 | utf_8 | e5aa6f60b0896d9f4dfd40add0c65fe8 | % Test the ndim subset with a cell-array vector
function test_val = test_subset8
a = {1,2,3;4,5,6;7,8,9};
c = struct('foo',a);
b = c(2,2:3);
test_val = test(strcmp(typeof(b),'struct')) & ...
test((b(1).foo == 5) & (b(2).foo == 6));
|
github | aristofanio/freemat-master | test_subset12.m | .m | freemat-master/FreeMat/tests/suite/test_subset12.m | 145 | utf_8 | be14a68a18b661676cc24dd7b89a8dcc | % Test the ndim subset assign function
function test_val = test_subset12
a = [1,2,3;4,5,6];
a(:,2) = [8,9];
test_val = test(a == [1,8,3;4,9,6]);
|
github | aristofanio/freemat-master | test_struct2.m | .m | freemat-master/FreeMat/tests/suite/test_struct2.m | 216 | utf_8 | bd3f0c3dc082666952c3d339e103905c | % Test the ability to combine structues with different fields - when valid
function test_val = test_struct2
a.foo = 1;
a.goo = 2;
b.goo = 5;
c = [a,b];
test_val = (c(1).foo == 1) & (c(1).goo == 2) & (c(2).goo == 5);
|
github | aristofanio/freemat-master | test_subset16.m | .m | freemat-master/FreeMat/tests/suite/test_subset16.m | 283 | utf_8 | 153706c2a749c7ffffa89197e4086fd9 | % Test the ndim contents-based assign for multiple values - with
% too many outputs
function test_val = test_subset16
a = {0,0;0,0};
test_val = 0;
try
[a{1:2,1:2}] = test_subset16_assist
catch
test_val = 1;
end
function [a,b,c] = test_subset16_assist
a = 1;
b = 2;
c = 3;
|
github | aristofanio/freemat-master | test_subset17.m | .m | freemat-master/FreeMat/tests/suite/test_subset17.m | 115 | utf_8 | a4908988b41dd3036a589af9670ff89a | % Test the subset assign with an empty variable
function test_val = test_subset17
a = [];
a(:) = [];
test_val = 1;
|
github | aristofanio/freemat-master | test_matcat3.m | .m | freemat-master/FreeMat/tests/suite/test_matcat3.m | 269 | utf_8 | e1e408880d7ff0718f5ee5fcf3414882 | % Check the matcat function with n-dimensional arrays
function test_val = test_matcat3
a = 1;
a(1,1,1,1,1) = 1;
a(1,2,1,1,1) = 2;
a(1,1,1,1,2) = 5;
a(1,2,1,1,2) = 6;
c = [a;a];
c1 = c(:,:,1,1,1);
c2 = c(:,:,1,1,2);
test_val = test(c1==[1,2;1,2]) & test(c2==[5,6;5,6]);
|
github | aristofanio/freemat-master | test_assign16.m | .m | freemat-master/FreeMat/tests/suite/test_assign16.m | 405 | utf_8 | 2a62134e40d8e2a3e3377c0e852322ff | % Test for bug 1808557 - incorrect subset assignment with complex arrays
function test_val = test_assign16
x = rand(4,2)+i*rand(4,2);
y = rand(2,2)+i*rand(2,2);
x(2:2:4,:)=y;
z = x;
for i=1:2;
for j=1:2;
z(2+(i-1)*2,j) = y(i,j);
end
end
q = x;
q(:,1) = y(:);
p = [x,x];
p(1,:) ... |
github | aristofanio/freemat-master | test_matcat7.m | .m | freemat-master/FreeMat/tests/suite/test_matcat7.m | 225 | utf_8 | 5722894102eb138e7af94c360185e765 | % Check that matrix cat works properly with spaces before the continuation
function test_val = test_matcat7
a = [1;2;...
3;4; ...
5;6];
b = [1, 2, 3, ...
4, 5, 6 ];
c=[1, 2, ...
3];
test_val = 1;
|
github | aristofanio/freemat-master | test_diag3.m | .m | freemat-master/FreeMat/tests/suite/test_diag3.m | 126 | utf_8 | a279479a9e99d3c948ef57ab203eca66 | % Test the diagonal creation function
function test_val = test_diag3
a = [2,3];
b = diag(a);
test_val = test(b == [2,0;0,3]);
|
github | aristofanio/freemat-master | test_vec1.m | .m | freemat-master/FreeMat/tests/suite/test_vec1.m | 123 | utf_8 | 283bd26b20e9ccfb119070eacbaeca46 | % Check the case of continuation with vectors
function test_val = test_vec1
a = [1 2 3 4...
5 6 7 8];
test_val = 1;
|
github | aristofanio/freemat-master | test_subset14.m | .m | freemat-master/FreeMat/tests/suite/test_subset14.m | 328 | utf_8 | b5078933442a1a70c6e4607eade16526 | % Test the vector contents-based assign for multiple values
function test_val = test_subset14
a = {0,0,0,0};
[a{1:4}] = test_subset14_assist;
test_val = test(strcmp(typeof(a),'cell')) & ...
(a{1} == 1) & (a{2} == 2) & (a{3} == 3) & (a{4} == 4);
function [a,b,c,d] = test_subset14_assist
a = 1;
b = 2;
c = 3;
... |
github | aristofanio/freemat-master | test_sparse62.m | .m | freemat-master/FreeMat/tests/suite/test_sparse62.m | 1,323 | utf_8 | a587db394b80100c2f7e4fa79dacb378 | % Test sparse matrix array constructor
function x = test_sparse62
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
[yi2,zi2] = sparse... |
github | aristofanio/freemat-master | test_call2.m | .m | freemat-master/FreeMat/tests/suite/test_call2.m | 259 | utf_8 | 982e17ad63e09c980ebea1a384ac977c | % test the multiple left-hand side call with a pre-existing cell-array
function test_val = test_call2
[d1{1:3}] = test_call2_assist;
test_val = test(d1{1} == 1) & test(d1{2} == 4) & test(d1{3} == 3);
function [a,b,c] = test_call2_assist
a = 1;
b = 4;
c = 3;
|
github | aristofanio/freemat-master | test_det1.m | .m | freemat-master/FreeMat/tests/suite/test_det1.m | 127 | utf_8 | c642060d6dfee6f8769f62ab53002c9d | % Test the determinant calculation (bug 1584651)
function test_val = test_det1
A = [1 2
3 4];
test_val = (det(A) == -2)
|
github | aristofanio/freemat-master | test_sparse56.m | .m | freemat-master/FreeMat/tests/suite/test_sparse56.m | 361 | utf_8 | 23598d7930bdc3b5e08445004baa02da | % Test DeleteSparseMatrix function
function x = test_sparse56
xi = sparse_test_mat('int32',100);
xf = sparse_test_mat('float',100);
xd = sparse_test_mat('double',100);
xc = sparse_test_mat('complex',100);
xz = sparse_test_mat('dcomplex',100);
xi = [];
xf = [];
xd = [];
xc = [];
xz = [];
x = isempty(xi) & isempty(xf) & ... |
github | aristofanio/freemat-master | test_test2.m | .m | freemat-master/FreeMat/tests/suite/test_test2.m | 114 | utf_8 | d803cfec571d2d0334a46abee49d7cc9 | % Check that test function works properly for a scalar 0
function test_val = test_test2
test_val = test(0) == 0;
|
github | aristofanio/freemat-master | test_sparse63.m | .m | freemat-master/FreeMat/tests/suite/test_sparse63.m | 843 | utf_8 | 27ff259ab36229288350e3c35b8fc78e | % Test sparse matrix array vector-subset extraction
function x = test_sparse63
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
ndx =... |
github | aristofanio/freemat-master | test_sparse59.m | .m | freemat-master/FreeMat/tests/suite/test_sparse59.m | 706 | utf_8 | 5edade90cf13f4d5beed3567bad21f46 | % Test sparse-dense matrix multiplication
function x = test_sparse59
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
[yi2,zi2] = spa... |
github | aristofanio/freemat-master | test_struct5.m | .m | freemat-master/FreeMat/tests/suite/test_struct5.m | 236 | utf_8 | 327a51b23cdd83e32e6db98df52f7741 | % Test the field dereference as an expression list
function test_val = test_struct5
a = struct('foo',{5,8,10});
sm = test_struct5_assist(a.foo);
test_val = test(sm == 23);
function a = test_struct5_assist(b,c,d)
a = b + c + d;
|
github | aristofanio/freemat-master | test_svd10.m | .m | freemat-master/FreeMat/tests/suite/test_svd10.m | 1,087 | utf_8 | 743dc8d72f12ef45c2cf4383f9dc39b4 | % Test the compact version of the svd with complex vectors
function test_val = test_svd10
t1all = 1;
p = [];
for n=2:4:100
a = float(rand(n,2*n))+i*float(rand(n,2*n));
[u,s,v] = svd(a,0);
emat = abs(a-u*s*v');
err = max(emat(:));
p(n) = err;
bnd = 10*max(abs(diag(s)))*feps*n;
t1 = (err... |
github | aristofanio/freemat-master | test_subset15.m | .m | freemat-master/FreeMat/tests/suite/test_subset15.m | 330 | utf_8 | 447b7de8e839920b61ab815ceb5f70c4 | % Test the ndim contents-based assign for multiple values
function test_val = test_subset15
a = {0,0;0,0};
[a{1:2,1:2}] = test_subset15_assist;
test_val = test(strcmp(typeof(a),'cell')) & ...
(a{1} == 1) & (a{2} == 2) & (a{3} == 3) & (a{4} == 4);
function [a,b,c,d] = test_subset15_assist
a = 1;
b = 2;
c = 3;... |
github | aristofanio/freemat-master | test_qr10.m | .m | freemat-master/FreeMat/tests/suite/test_qr10.m | 1,370 | utf_8 | 178f2bf0abdf34925cc07d971f792749 | % Test the QR decomposition (compact, without pivoting)
function test_val = test_qr10
t1all = 1;
for n=2:4:100
a = float(rand(2*n,n));
[q,r] = qr(a,0);
err = abs(a-q*r);
err = max(err(:));
bnd = 10*max(abs(diag(r)))*feps*(n^(0.5));
t1 = (err < bnd);
if (~t1) printf('test failed: er = %e ... |
github | aristofanio/freemat-master | test_matcat1.m | .m | freemat-master/FreeMat/tests/suite/test_matcat1.m | 132 | utf_8 | 07cee4fb3ac1e7d8fe61ba24ebb53842 | % Check the matcat function
function test_val = test_matcat1
a = [1;2];
b = 3;
d = 4;
c = [a,[b;d]];
test_val = test(c==[1,3;2,4]);
|
github | aristofanio/freemat-master | test_sparse73.m | .m | freemat-master/FreeMat/tests/suite/test_sparse73.m | 606 | utf_8 | 738bec8f512641306606a2e602b8b98a | % Test sparse matrix array vector deletion
function x = test_sparse73
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
ndxr = randi(o... |
github | aristofanio/freemat-master | test_svd1.m | .m | freemat-master/FreeMat/tests/suite/test_svd1.m | 448 | utf_8 | 9d34492e8a7021db6b23bf44753ec000 | % Test the svd with finite and infinite args (functional only)
function test_val = test_svd1
a = [1,3;4,2];
[u,s,v] = svd(a);
res1 = 1;
res2 = 0;
res3 = 0;
res4 = 0;
try
c = a;
c(2,2) = inf;
svd(c);
catch
res2 = 1;
end
try
c = a;
c(2,2) = -inf;
svd(c);
catch
res3 =... |
github | aristofanio/freemat-master | test_assign14.m | .m | freemat-master/FreeMat/tests/suite/test_assign14.m | 227 | utf_8 | 174f6d7f2bde87175e7aa4a10eb9e5ff | % Test for auto sizing of assignment to undefined variables
function test_val = test_assign14
r = [2,3;3,4];
a(2,:,:) = r;
b = zeros(2,2,2);
b(2,:,:) = r;
test_val = all(a(:) == b(:)) && all(size(a) == size(b));
|
github | aristofanio/freemat-master | test_sparse66.m | .m | freemat-master/FreeMat/tests/suite/test_sparse66.m | 878 | utf_8 | 2248a1092753a19750a8b2977afabd82 | % Test sparse matrix array ndim-subset assignment
function x = test_sparse66
[yi1,zi1] = sparse_test_mat('int32',300,400);
[yf1,zf1] = sparse_test_mat('float',300,400);
[yd1,zd1] = sparse_test_mat('double',300,400);
[yc1,zc1] = sparse_test_mat('complex',300,400);
[yz1,zz1] = sparse_test_mat('dcomplex',300,400);
ndxr = ... |
github | aristofanio/freemat-master | test_typeof4.m | .m | freemat-master/FreeMat/tests/suite/test_typeof4.m | 138 | utf_8 | 2a8c01693a1e33813cbd50251437a4ad | % Check the typeof function for complex types
function test_val = test_typeof4
a = 2.0f + i;
test_val = test(strcmp(typeof(a),'single'));
|
github | aristofanio/freemat-master | test_subset2.m | .m | freemat-master/FreeMat/tests/suite/test_subset2.m | 169 | utf_8 | 142b71dfd9ff184ae07bd246e1814baf | % Test the vector subset operator in an error condition
function test_val = test_subset2
a = [1,2,3,4];
b = [4,5,6];
test_val = 0;
try
c = a(b);
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_struct3.m | .m | freemat-master/FreeMat/tests/suite/test_struct3.m | 247 | utf_8 | 79c142b302cca6a89491b1822ab139ae | % Test the ability to add a new field name to a structure
function test_val = test_struct3
a.foo = 1;
a.goo = 2;
c(1) = a;
c(2) = a;
c(1).hoo = 6;
test_val = (c(1).foo == 1) & (c(2).foo == 1) & (c(1).goo == 2) & (c(2).goo == 2) & (c(1).hoo == 6);
|
github | aristofanio/freemat-master | test_nargin2.m | .m | freemat-master/FreeMat/tests/suite/test_nargin2.m | 181 | utf_8 | 04b03d3b69dffffcc5a6093ee243371d | function test_val = test_nargin2
test_val = (sub_test_nargin2(3) == 1) && (sub_test_nargin2(3,'h',1.34,pi,e) == 5);
end
function x = sub_test_nargin2(varargin)
x = nargin;
end
|
github | aristofanio/freemat-master | test_struct4.m | .m | freemat-master/FreeMat/tests/suite/test_struct4.m | 282 | utf_8 | 25ff1162737dd495d5c27a62980df3d1 | % Test the structure constructor
function test_val = test_struct4
a = struct('foo',4,'goo',{5},'hoo',{'time',8});
test_val = test(a(1).foo == 4) & test(a(2).foo == 4) ...
& test(a(1).goo == 5) & test(a(2).goo == 5) ...
& test(strcmp(a(1).hoo,'time')) & test(a(2).hoo == 8);
|
github | aristofanio/freemat-master | test_subset1.m | .m | freemat-master/FreeMat/tests/suite/test_subset1.m | 142 | utf_8 | e4e2b30821d5a27cb7bc29fde3d6f886 | % Test the vector subset operator
function test_val = test_subset1
a = [1,2,3,4;5,6,7,8];
b = [3;4;5];
c = a(b);
test_val = test(c==[2;6;3]);
|
github | aristofanio/freemat-master | test_if3.m | .m | freemat-master/FreeMat/tests/suite/test_if3.m | 205 | utf_8 | 5dad156a93725b52f4bcc59e6a8a66e8 | % Test the if-elseif-else statement
function test_val = test_if3
a = 1;
test_val = 0;
if (a == 0)
test_val = 0;
elseif (a == 3);
test_val = 0;
elseif (a == 1);
test_val = 1;
else
test_val = 0;
end
|
github | aristofanio/freemat-master | test_subset19.m | .m | freemat-master/FreeMat/tests/suite/test_subset19.m | 240 | utf_8 | 2ebd5feb268df52ec75fe18ef07f694a | % Torture test for subset indexing
function test_val = test_subset19
a1 = 5;
A{3}(2).foo(2) = a1;
test_val = test(strcmp(typeof(A),'cell')) & ...
test(strcmp(typeof(A{3}),'struct')) & ...
test(strcmp(typeof(A{3}(2).foo),'double'));
|
github | aristofanio/freemat-master | test_if1.m | .m | freemat-master/FreeMat/tests/suite/test_if1.m | 106 | utf_8 | 0934bb127b9f764815104f116348926a | % Test the if statement
function test_val = test_if1
a = 1;
test_val = 0;
if (a == 1)
test_val = 1;
end
|
github | aristofanio/freemat-master | test_feval1.m | .m | freemat-master/FreeMat/tests/suite/test_feval1.m | 132 | utf_8 | 2c215ce58b684126120c172dc5cefa29 | function test_val = test_feval1
y = 0;
test_val = feval('test_feval1_local_func',y);
function z = test_feval1_local_func(x)
z = 1;
|
github | aristofanio/freemat-master | test_subset4.m | .m | freemat-master/FreeMat/tests/suite/test_subset4.m | 171 | utf_8 | 7a132b4703bd95e369836711c6ba7d05 | % Test the vector subset with a struct array
function test_val = test_subset4
a = struct('foo',4,'goo',{1,2,3,4});
c = a(3);
test_val = test((c.foo == 4) & (c.goo == 3));
|
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