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_subset18.m | .m | freemat-master/FreeMat/tests/variables/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_subset3.m | .m | freemat-master/FreeMat/tests/variables/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_matcat4.m | .m | freemat-master/FreeMat/tests/variables/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_subset8.m | .m | freemat-master/FreeMat/tests/variables/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/variables/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/variables/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/variables/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/variables/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/variables/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_matcat7.m | .m | freemat-master/FreeMat/tests/variables/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_vec1.m | .m | freemat-master/FreeMat/tests/variables/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/variables/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_struct5.m | .m | freemat-master/FreeMat/tests/variables/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_subset15.m | .m | freemat-master/FreeMat/tests/variables/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_matcat1.m | .m | freemat-master/FreeMat/tests/variables/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_subset2.m | .m | freemat-master/FreeMat/tests/variables/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/variables/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_struct4.m | .m | freemat-master/FreeMat/tests/variables/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/variables/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_subset19.m | .m | freemat-master/FreeMat/tests/variables/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_subset4.m | .m | freemat-master/FreeMat/tests/variables/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));
|
github | aristofanio/freemat-master | test_matcat8.m | .m | freemat-master/FreeMat/tests/variables/test_matcat8.m | 92 | utf_8 | 7a8a29e63204a61a9622793b9b2d8160 | % Check that [1:0] is sane
function test_val = test_matcat8
test_val = isa([1:0],'double');
|
github | aristofanio/freemat-master | test_subset10.m | .m | freemat-master/FreeMat/tests/variables/test_subset10.m | 234 | utf_8 | f3eb737309699afdf82f38fbcd07c4ac | % Test the cell vector subset with contents-based addressing
function test_val = test_subset10
a = {5,8;10,3};
sm = test_subset10_assist(a{2,1:2});
test_val = test(sm == 13);
function a = test_subset10_assist(b,c)
a = b + c;
|
github | aristofanio/freemat-master | test_struct8.m | .m | freemat-master/FreeMat/tests/variables/test_struct8.m | 345 | utf_8 | 75efd6e40d0feca1c1522794550bc6ba | % Test the structure field-based multiple assign in a function call
function test_val = test_struct8
a = struct('foo',{0,0,0,0});
[a.foo] = test_struct8_assist;
test_val = test(a(1).foo == 1) & test(a(2).foo == 2) & ...
test(a(3).foo == 3) & test(a(4).foo == 4);
function [a,b,c,d] = test_struct8_assist
a = 1;
... |
github | aristofanio/freemat-master | test_foo_1.m | .m | freemat-master/FreeMat/tests/class/test_foo_1.m | 184 | utf_8 | 9022f414d40134f54d5b900dc6582e9a | % Test the foo class -- it replicates bug 2949163 -- helpgen broken
function testval = test_foo_1
testval = false;
try
a = foo;
hop(a);
testval = true;
catch
end
|
github | aristofanio/freemat-master | test_file1.m | .m | freemat-master/FreeMat/tests/io/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_imwrite_imread.m | .m | freemat-master/FreeMat/tests/io/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_save1.m | .m | freemat-master/FreeMat/tests/io/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_typeof2.m | .m | freemat-master/FreeMat/tests/suite/test_typeof2.m | 132 | utf_8 | 292b37f2828db1f115c2e4a253bd03d9 | % Check the typeof function for double types
function test_val = test_typeof2
a = 2.0;
test_val = test(strcmp(typeof(a),'double'));
|
github | aristofanio/freemat-master | test_assign4.m | .m | freemat-master/FreeMat/tests/suite/test_assign4.m | 164 | utf_8 | 76cc9a2d4625395155f4755b5c68e657 | % Test the assignment of a value to a cell array as an n-dim indexing
function test_val = test_assign4
a = {1,2,3;4,5,6};
a{2,3} = -1;
test_val = test(a{6} == -1);
|
github | aristofanio/freemat-master | test_sparse61.m | .m | freemat-master/FreeMat/tests/suite/test_sparse61.m | 707 | utf_8 | b3079db9834ab66f7cb1cd09ce7e65c6 | % Test sparse-sparse matrix multiplication
function x = test_sparse61
[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] = sp... |
github | aristofanio/freemat-master | test_switch5.m | .m | freemat-master/FreeMat/tests/suite/test_switch5.m | 245 | utf_8 | e6210a9612f77bef5cf5430b466326f7 | % Test the switch statement with a numerical argument
function test_val = test_switch5
x = 1.2f;
test_val = 0;
switch x
case 1
test_val = 0;
case 1.1f
test_val = 0;
case 1.2+i;
test_val = 0;
case 1.2;
test_val = 0;
case 1.2f;
test_val = 1;
end
|
github | aristofanio/freemat-master | test_size1.m | .m | freemat-master/FreeMat/tests/suite/test_size1.m | 194 | utf_8 | f6cb1a92f343d2dd8307302b93ea587a | % Check the size function with an n-dim argument & one output
function test_val = test_size1
a = [];
a(3,7,2) = 1.0;
c = size(a);
test_val = test(c(1) == 3) & test(c(2) == 7) & test(c(3) == 2);
|
github | aristofanio/freemat-master | test_while3.m | .m | freemat-master/FreeMat/tests/suite/test_while3.m | 206 | utf_8 | 82de1f668b864b269d4f0c0b8dc2b8cd | % Test a simple 'while' statement with a continue clause
function test_val = test_while3
sum = 0;
i = 1;
while (i < 10)
sum = sum + i;
if (i==5), break; end
i = i + 1;
end
test_val = test(sum == 15);
|
github | aristofanio/freemat-master | test_assign8.m | .m | freemat-master/FreeMat/tests/suite/test_assign8.m | 112 | utf_8 | e6f16057d818e10aa694efc9d530aa73 | % Test the empty assignment for the empty array
function test_val = test_assign8
a = [];
test_val = isempty(a);
|
github | aristofanio/freemat-master | test_nargin1.m | .m | freemat-master/FreeMat/tests/suite/test_nargin1.m | 187 | utf_8 | 3fa02cd3e38a462223da5dc2359a12bf | function test_val = test_nargin1
test_val = (sub_test_nargin1(3) == 1) && (sub_test_nargin1(3,'h',1.34,pi,e) == 5);
end
function x = sub_test_nargin1(a1,a2,a3,a4,a5)
x = nargin;
end
|
github | aristofanio/freemat-master | test_test5.m | .m | freemat-master/FreeMat/tests/suite/test_test5.m | 155 | utf_8 | a09138a349b48194acc624690c02cf38 | % Check that test function throws an error when not given an argument
function test_val = test_test5
test_val = 0;
try
test;
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_svd3.m | .m | freemat-master/FreeMat/tests/suite/test_svd3.m | 457 | utf_8 | 5dff97a850d539307f06706c938650fd | % Test the svd with finite and infinite args (functional only)
function test_val = test_svd3
a = complex([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_qr4.m | .m | freemat-master/FreeMat/tests/suite/test_qr4.m | 530 | utf_8 | 60c8c4aa3bf5f68ac5c77ac65cab233a | % Test the QR decomposition (without pivoting, minimal decomposition, dcomplex)
function test_val = test_qr4
a = double([1,2,3;4,5,6;7,8,9;10,0,5]);
a = a + i*(a-1);
% float precision
[q,r] = qr(a,0);
qorg = q'*q - diag(ones(1,3));
t1 = (max(abs(qorg(:)))<1e-15);
t2 = ((size(q,1) == 4) & (size(q,2) == 3));
t3 = ((size(... |
github | aristofanio/freemat-master | test_test1.m | .m | freemat-master/FreeMat/tests/suite/test_test1.m | 113 | utf_8 | 6b96d87c03dc71835bec874a69d02900 | % Check that test function works properly for a scalar 1
function test_val = test_test1
test_val = test(1) == 1;
|
github | aristofanio/freemat-master | test_qr12.m | .m | freemat-master/FreeMat/tests/suite/test_qr12.m | 1,359 | utf_8 | 5a6e3d85d8d10b36458ebbdd7226f6c8 | % Test the QR decomposition (full, pivoting)
function test_val = test_qr12
t1all = 1;
for n=2:4:100
a = float(rand(n,n));
[q,r,e] = qr(a);
err = abs(a-q*r*e');
err = max(err(:));
bnd = 10*max(abs(diag(r)))*feps*(n^(0.5));
t1 = (err < bnd);
if (~t1) printf('test failed: er = %e bnd = %e (... |
github | aristofanio/freemat-master | test_strcmp2.m | .m | freemat-master/FreeMat/tests/suite/test_strcmp2.m | 124 | utf_8 | 18224d937b17e9564a7af8453a0a1d57 | % Check the strcmp function for a match
function test_val = test_strcmp2
test_val = test(~strcmp('dasdfas','complex'));
|
github | aristofanio/freemat-master | test_assign2.m | .m | freemat-master/FreeMat/tests/suite/test_assign2.m | 176 | utf_8 | f5e22edb86a634c945918fbd77f3e1cf | % Test the assignment of a value to a cell array as a vector-contents.
function test_val = test_assign2
a = {1,2,3,4,5};
test_val = 0;
try
a{5:6} = -1;
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_subset13.m | .m | freemat-master/FreeMat/tests/suite/test_subset13.m | 160 | utf_8 | 354d4a0ebb0f4c7d3a17278ae247af9d | % Test the ndim subset contents-based assign function
function test_val = test_subset13
a = {1,2,3;4,5,6};
a{4} = 'goo';
test_val = test(strcmp(a{2,2},'goo'));
|
github | aristofanio/freemat-master | test_switch2.m | .m | freemat-master/FreeMat/tests/suite/test_switch2.m | 305 | utf_8 | 261ee1f2e5bbfd5eddf9b06c00fb1221 | % Test the switch statement with a string argument and one integer case
% The type mismatch should not present a problem.
function test_val = test_switch2
test_val = 0;
x = 'astring';
switch x
case 30
test_val = 0;
case 'astring';
test_val = 1;
case 'cstring';
test_val = 0;
otherwise
test_val = 0;
end
|
github | aristofanio/freemat-master | test_test4.m | .m | freemat-master/FreeMat/tests/suite/test_test4.m | 134 | utf_8 | 73bde63ba68f68a76a9f5fd31b4bc7b8 | % Check that test function works properly for a vector with one zero
function test_val = test_test4
test_val = test([1,0,1,1]) == 0;
|
github | aristofanio/freemat-master | test_range4.m | .m | freemat-master/FreeMat/tests/suite/test_range4.m | 198 | utf_8 | 4d3ec0a36c2518ba708b23ee4df356cf | % Check the range function for double types with 3 args & vertical concatenation
function test_val = test_range4
range = 0.45:3.45;
range2 = [0.45,1.45,2.45,3.45];
test_val = test(range == range2);
|
github | aristofanio/freemat-master | test_struct6.m | .m | freemat-master/FreeMat/tests/suite/test_struct6.m | 185 | utf_8 | 4500af9d260b78685190004adb6bdf96 | % Test the field set function with a scalar argument
function test_val = test_struct6
a = struct('foo',5,'color','blue');
a.color = 'red';
test_val = test(strcmp(a.color,'red'));
|
github | aristofanio/freemat-master | test_sparse79.m | .m | freemat-master/FreeMat/tests/suite/test_sparse79.m | 675 | utf_8 | 94e3b9595032563462c5ef2c5fe60bb9 | % Test sparse-sparse matrix array subtract
function x = test_sparse79
[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] = sp... |
github | aristofanio/freemat-master | test_lu2.m | .m | freemat-master/FreeMat/tests/suite/test_lu2.m | 602 | utf_8 | 8d9b1b1419ac3054c6e0dbb33d726577 | % Test the LU decomposition with 3 argument return for full matrices
function x = test_lu2
A = float(randn(20));
[L,U,P] = lu(A);
x = testeq(100,L*U,P*A);
A = double(randn(20));
[L,U,P] = lu(A);
x = x & testeq(100,L*U,P*A);
A = complex(randn(20)+i*randn(20));
[L,U,P] = lu(A);
x = x & testeq(100,L*U,P*A);
A = dcomplex(r... |
github | aristofanio/freemat-master | test_struct7.m | .m | freemat-master/FreeMat/tests/suite/test_struct7.m | 199 | utf_8 | ba42240ad856f64a962d8c4fbe3d2d6a | % Test the field set function with a vector argument
function test_val = test_struct7
a = struct('foo',{6,5,3},'color','blue');
test_val = 0;
try
a.foo = 7;
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_global1.m | .m | freemat-master/FreeMat/tests/suite/test_global1.m | 293 | utf_8 | 28013db887196f0369226f47b068a7f7 | function test_val = test_global1
accum = 0;
for (i=1:10)
accum = accum + test_global1_assist;
end
test_val = test(accum == 55);
function tick = test_global1_assist
global count_test_global1_assist
count_test_global1_assist = count_test_global1_assist + 1;
tick = count_test_global1_assist;
|
github | aristofanio/freemat-master | test_persistent1.m | .m | freemat-master/FreeMat/tests/suite/test_persistent1.m | 273 | utf_8 | ee2a29b15211b52120bfb8dac8c716b2 | % Test the persistent variable declaration
function test_val = test_persistent1
accum = 0;
for (i=1:10)
accum = accum + test_persistent1_assist;
end
test_val = test(accum == 55);
function tick = test_persistent1_assist
persistent count;
count = count + 1;
tick = count;
|
github | aristofanio/freemat-master | test_eig4.m | .m | freemat-master/FreeMat/tests/suite/test_eig4.m | 2,131 | utf_8 | 7f583d6b400f4735ab8bbc8d4a385b82 | % Test generalized eigenvalue function - general matrices
function t = test_eig4
% First the float version
t1all = 1;
for i=2:4:100
a = float(randn(i));
b = float(randn(i));
[v,d] = eig(a,b);
emat = a*v - b*v*d;
er = max(abs(emat(:)));
bnd = 8*max(diag(abs(d)))*feps*i;
t1 = (er < bnd);
if (~t1) print... |
github | aristofanio/freemat-master | test_qr2.m | .m | freemat-master/FreeMat/tests/suite/test_qr2.m | 507 | utf_8 | 252cbbd681b6b21562c45ae0e7dd9a68 | % Test the QR decomposition (without pivoting, minimal decomposition, float)
function test_val = test_qr2
a = float([1,2,3;4,5,6;7,8,9;10,0,5]);
% float precision
[q,r] = qr(a,0);
qorg = q'*q - diag(ones(1,3));
t1 = (max(abs(qorg(:)))<1e-6);
t2 = ((size(q,1) == 4) & (size(q,2) == 3));
t3 = ((size(r,1) == 3) & (size(r,2... |
github | aristofanio/freemat-master | test_eig3.m | .m | freemat-master/FreeMat/tests/suite/test_eig3.m | 244 | utf_8 | 1f4589a38b15782b607849f6d04ab65a | % Test the 'nobalance' option for eig
function t = test_eig3
B = [3,-2,-.9,2*eps;-2,4,1,-eps;-eps/4,eps/2,-1,0;-.5,-.5,.1,1];
[VN,DN] = eig(B,'nobalance');
er = B*VN - VN*DN;
er = max(abs(er(:)));
bnd = 1.2*max(diag(DN))*eps*8;
t = (er < bnd);
|
github | aristofanio/freemat-master | test_sparse76.m | .m | freemat-master/FreeMat/tests/suite/test_sparse76.m | 404 | utf_8 | 40afab1d1b5ecf6b2f27c91d35ae0fff | % Test sparse matrix array hermitian
function x = test_sparse76
[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 = testeq(yi1',zi1... |
github | aristofanio/freemat-master | test_matcat5.m | .m | freemat-master/FreeMat/tests/suite/test_matcat5.m | 154 | utf_8 | adddb516d47b506362c20e3bfe878c56 | % Check the type promotion for the matrix cat function
function test_val = test_matcat5
a = [1,2;3.0,4.0+i];
test_val = test(strcmp(typeof(a),'double'));
|
github | aristofanio/freemat-master | test_sparse57.m | .m | freemat-master/FreeMat/tests/suite/test_sparse57.m | 377 | utf_8 | e063289125df11b10df4cd6d14da06ff | % Test makeDenseArray function
function x = test_sparse57
[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);
x = testeq(full(yi),zi) & testeq(full(yf),zf) & testeq(f... |
github | aristofanio/freemat-master | test_eig5.m | .m | freemat-master/FreeMat/tests/suite/test_eig5.m | 2,251 | utf_8 | c50701251fa43e825c36515ef73c44ad | % Test generalized eigenvalue function - symmetric matrices
function t = test_eig5
% First the float version
t1all = 1;
for i=2:4:100
a = float(randn(i)); a = a + a';
b = float(randn(i)); b = b*b';
[v,d] = eig(a,b);
emat = a*v - b*v*d;
er = max(abs(emat(:)));
bnd = 10*max(abs(eig(b)))*max(diag(abs(d)))*fep... |
github | aristofanio/freemat-master | test_svd11.m | .m | freemat-master/FreeMat/tests/suite/test_svd11.m | 1,019 | utf_8 | 9d16fc3f96cc0fdf784505747fa2d7f3 | % Test the compact version of the svd with double vectors
function test_val = test_svd11
t1all = 1;
p = [];
for n=2:100
a = 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 < bnd);
if (~t1) pr... |
github | aristofanio/freemat-master | test_qr3.m | .m | freemat-master/FreeMat/tests/suite/test_qr3.m | 526 | utf_8 | ffe907ff85397e78a0bff4a98c6f256e | % Test the QR decomposition (without pivoting, minimal decomposition, complex)
function test_val = test_qr3
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,0);
qorg = q'*q - diag(ones(1,3));
t1 = (max(abs(qorg(:)))<1e-6);
t2 = ((size(q,1) == 4) & (size(q,2) == 3));
t3 = ((size(r,1... |
github | aristofanio/freemat-master | test_if4.m | .m | freemat-master/FreeMat/tests/suite/test_if4.m | 116 | utf_8 | 742d81b5b6734b62252b771b7f709f12 | % test the partially true args
function test_val = test_if4
if ([0,1,1,0])
test_val = 0;
else
test_val = 1;
end
|
github | aristofanio/freemat-master | test_assign12.m | .m | freemat-master/FreeMat/tests/suite/test_assign12.m | 226 | utf_8 | f347a92cc43af449a5c7a7e4fd9c9a6a | % Test for column assignment bug with complex arrays
function test_val = test_assign12
A = [1+i 3-i 5+3i
7-i 8+9i 6+i
9 8-i 5i];
B = A;
A(:,2) = 0;
B(1:3,2) = 0;
test_val = all(A==B);
|
github | aristofanio/freemat-master | test_sparse71.m | .m | freemat-master/FreeMat/tests/suite/test_sparse71.m | 622 | utf_8 | c0eeee28b40b070235d08e7e8381d1a9 | % Test sparse matrix array column deletion
function x = test_sparse71
[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);
ndxc = randi(o... |
github | aristofanio/freemat-master | test_matcat6.m | .m | freemat-master/FreeMat/tests/suite/test_matcat6.m | 156 | utf_8 | fbb675c2cd02b016892f9e4ea03958f3 | % Check the type promotion for the matrix cat function
function test_val = test_matcat6
a = [1,2;3.0f,4.0f+i];
test_val = test(strcmp(typeof(a),'single'));
|
github | aristofanio/freemat-master | test_range7.m | .m | freemat-master/FreeMat/tests/suite/test_range7.m | 162 | utf_8 | 0065baeb78c79cc797ceee7053900df3 | % Check the range function with a negative step size
function test_val = test_range7
range = 3:-1:-2;
range2 = [3,2,1,0,-1,-2];
test_val = test(range == range2);
|
github | aristofanio/freemat-master | test_range9.m | .m | freemat-master/FreeMat/tests/suite/test_range9.m | 119 | utf_8 | eedf572c8b063125d94fbb8621ee7075 | % Check the range function with an empty range
function test_val = test_range9
range = 3:2;
test_val = isempty(range);
|
github | aristofanio/freemat-master | test_sparse77.m | .m | freemat-master/FreeMat/tests/suite/test_sparse77.m | 413 | utf_8 | bef70f0b7e3ad0aa56aa8aab3a2fc05f | % Test sparse matrix array transpose
function x = test_sparse77
[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 = testeq(yi1.',zi1... |
github | aristofanio/freemat-master | test_assignin1.m | .m | freemat-master/FreeMat/tests/suite/test_assignin1.m | 166 | utf_8 | c0981131fab0725e3f6f10378045897a | function test_val = test_assignin1
test_val = false;
do_test_assignin1_subfunc;
end
function do_test_assignin1_subfunc
assignin('caller','test_val',true);
end
|
github | aristofanio/freemat-master | test_call4.m | .m | freemat-master/FreeMat/tests/suite/test_call4.m | 175 | utf_8 | 6a5803df711f5117d4f14ca876c014fa | % test calls with pass-by-reference
function test_val = test_call4
d1.foo = 3;
test_call4_assist(d1.foo);
test_val = test(d1.foo == 1);
function test_call4_assist(&x)
x = 1;
|
github | aristofanio/freemat-master | test_while2.m | .m | freemat-master/FreeMat/tests/suite/test_while2.m | 226 | utf_8 | 88b8aaa82630c01cf83c6b1ad050b934 | % Test a simple 'while' statement with a continue clause
function test_val = test_while2
sum = 0;
i = 0;
while (i < 10)
i = i + 1;
sum = sum + i;
if (i==5), continue; end
sum = sum - 1;
end
test_val = test(sum == 46);
|
github | aristofanio/freemat-master | test_subset5.m | .m | freemat-master/FreeMat/tests/suite/test_subset5.m | 202 | utf_8 | cd500dbf9fd31d8a90c1770a6922b00c | % Test the vector subset with cell array without contents-based addressing
function test_val = test_subset5
a = {1,2,3,4;5,6,7,8};
b = a(2);
test_val = test(strcmp(typeof(b),'cell')) & test(b{1} == 5);
|
github | aristofanio/freemat-master | test_range3.m | .m | freemat-master/FreeMat/tests/suite/test_range3.m | 194 | utf_8 | 9c584f590e07e3cc7ed2c28a76724cea | % Check the range function for float types with 2 args & horizontal concatenation
function test_val = test_range3
range = 0.2f:2.2f;
range2 = [0.2f,1.2f,2.2f];
test_val = test(range == range2);
|
github | aristofanio/freemat-master | test_for2.m | .m | freemat-master/FreeMat/tests/suite/test_for2.m | 198 | utf_8 | 04e186bea600b0f1f350b74d45654ad7 | % Test a simple 'for' statement with a continue clause
function test_val = test_for2
sum = 0;
for i = 1:10;
sum = sum + i;
if (i==5), continue; end
sum = sum - 1;
end
test_val = test(sum == 46);
|
github | aristofanio/freemat-master | test_assign5.m | .m | freemat-master/FreeMat/tests/suite/test_assign5.m | 145 | utf_8 | 2b47aa64285210b4ef17924689bc540c | % Test the field assignment with a scalar struct
function test_val = test_assign5
a = struct('foo',5);
a.foo = -1;
test_val = test(a.foo == -1);
|
github | aristofanio/freemat-master | test_for4.m | .m | freemat-master/FreeMat/tests/suite/test_for4.m | 238 | utf_8 | 37a7114f8853271b8b61e7124ff46906 | % Test a simple 'for' statement with a return clause
function test_val = test_for4
tval = test_for4_assist;
test_val = test(tval == 15);
function sum = test_for4_assist
sum = 0;
for i = 1:10;
sum = sum + i;
if (i==5), return; end;
end
|
github | aristofanio/freemat-master | test_continue1.m | .m | freemat-master/FreeMat/tests/suite/test_continue1.m | 193 | utf_8 | 5d47709e9aff9db51e028001486821ff | % Test the continuation character with white space after it (bug 1642992)
function test_val = test_continue1
test_val = ... % This should be ignored
... % So should this
1;
|
github | aristofanio/freemat-master | test_subset7.m | .m | freemat-master/FreeMat/tests/suite/test_subset7.m | 197 | utf_8 | 2a33351072d3e0e77baa5bdb7e26268a | % Test the ndim subset with a cell-array vector
function test_val = test_subset7
a = {1,2,3;4,5,6;7,8,9};
b = a(2,2:3);
test_val = test(strcmp(typeof(b),'cell')) & test((b{1} == 5) & (b{2} == 6));
|
github | aristofanio/freemat-master | test_exist1.m | .m | freemat-master/FreeMat/tests/suite/test_exist1.m | 171 | utf_8 | 06f2816c6456e508232bad8e2a9514c2 | function x = test_exist1
x = test_exist1_assist;
x = test_exist1_assist;
function y = test_exist1_assist
persistent x
if (exist('x'))
y = 1;
else
y = 0;
x = 1;
end
|
github | aristofanio/freemat-master | test_fcall1.m | .m | freemat-master/FreeMat/tests/suite/test_fcall1.m | 230 | utf_8 | 048dc11472459830b7164b5dd673115d | % Check to RHS function calls with multiple return values (b989865)
function test_val = test_fcall1
try
b = 1:10;
B = addthem(min(b),max(b));
test_val = test(B == 11);
catch
test_val = 0;
end
function c = addthem(a,b)
c = a + b;
|
github | aristofanio/freemat-master | test_subset11.m | .m | freemat-master/FreeMat/tests/suite/test_subset11.m | 147 | utf_8 | 8249b4a7aff4c521ccc6d18e1dead23e | % Test the vector subset assign function
function test_val = test_subset11
a = [1,2,3;4,5,6];
a(3:4) = [8,9];
test_val = test(a == [1,8,3;4,9,6]);
|
github | aristofanio/freemat-master | test_fitfun3.m | .m | freemat-master/FreeMat/tests/suite/test_fitfun3.m | 212 | utf_8 | 6ad0e59f4ebf397c9eacb927c350c94b | % Test the fitfun with a local function
function test_val = test_fitfun3
O = 3/4*pi;
y0 = cos(O);
[x y] = fitfun(@locos,3.5/4*pi,y0,1,0.0001);
test_val = abs((x-O)/O*100)<.1;
function y = locos(x)
y = cos(x);
|
github | aristofanio/freemat-master | test_assign9.m | .m | freemat-master/FreeMat/tests/suite/test_assign9.m | 109 | utf_8 | 796c02db3a0415888dd2413567aff76f | % Test for reassign bug in repmat
function t = test_assign9
a = {1,2,3};
b = repmat(a,2);
b = 'good';
t = 1;
|
github | aristofanio/freemat-master | test_sparse67.m | .m | freemat-master/FreeMat/tests/suite/test_sparse67.m | 496 | utf_8 | 6ee0f22e1b3d70da81bae79d7c229a5b | % Test sparse matrix individual element retrieval
function x = test_sparse67
[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 = tes... |
github | aristofanio/freemat-master | test_for1.m | .m | freemat-master/FreeMat/tests/suite/test_for1.m | 133 | utf_8 | c5c4f14f7d1dd74528a89fd837c7a4a3 | % Test a simple 'for' statement
function test_val = test_for1
sum = 0;
for i = 1:10;
sum = sum + i;
end
test_val = test(sum == 55);
|
github | aristofanio/freemat-master | test_qr11.m | .m | freemat-master/FreeMat/tests/suite/test_qr11.m | 1,678 | utf_8 | b1801b7ef9dbaed4624ffc53dba883af | % Test the QR decomposition (compact, pivoting)
function test_val = test_qr11
t1all = 1;
for n=2:4:100
a = float(rand(2*n,n));
[q,r,ec] = qr(a,0);
e = zeros(n,n);
p = 0:(n-1);
mdx = ec + p*n;
e(mdx) = 1;
err = abs(a-q*r*e');
err = max(err(:));
bnd = 10*max(abs(diag(r)))*feps*(n^(... |
github | aristofanio/freemat-master | test_subset6.m | .m | freemat-master/FreeMat/tests/suite/test_subset6.m | 159 | utf_8 | 5c50f8e33a92d845f973bd5316a11b59 | % Test the ndim subset with a regular vector
function test_val = test_subset6
a = [1,2,3;4,5,6;7,8,9];
b = a(1:2,2:3);
c = [2,3;5,6];
test_val = test(b == c);
|
github | aristofanio/freemat-master | test_struct1.m | .m | freemat-master/FreeMat/tests/suite/test_struct1.m | 254 | utf_8 | 65396fee2d186d6f48aaaabeb3aeb8ae | % Test the ability to combine structures with different ordering in their elements.
function test_val = test_struct1
a.foo = 1;
a.goo = 2;
b.goo = 5;
b.foo = 4;
c = [a,b];
test_val = (c(1).foo == 1) & (c(2).foo == 4) & (c(1).goo == 2) & (c(2).foo == 4);
|
github | aristofanio/freemat-master | test_assign11.m | .m | freemat-master/FreeMat/tests/suite/test_assign11.m | 151 | utf_8 | 1ff8ebbcdd52670d0d4ca62089a4d4ea | % Test for multiple assign with arrays
function test_val = test_assign11
a = zeros(3,4);
[b(1), b(2)] = size(a);
test_val = (b(1) == 3) & (b(2) == 4);
|
github | aristofanio/freemat-master | test_diag1.m | .m | freemat-master/FreeMat/tests/suite/test_diag1.m | 150 | utf_8 | 867d403ed4ff55ffea2d44582aec9d45 | % Test the diagonal extraction function
function test_val = test_diag1
a = [1,2,3,4;5,6,7,8;9,10,11,12];
b = diag(a);
test_val = test(b == [1;6;11]);
|
github | aristofanio/freemat-master | test_sparse82.m | .m | freemat-master/FreeMat/tests/suite/test_sparse82.m | 407 | utf_8 | 266a74fc2c56a9f5f6300d17f4a43781 | % Test sparse-sparse matrix array solution
function x = test_sparse82
[yd1,zd1] = sparse_test_mat('double',100,100);
[yz1,zz1] = sparse_test_mat('dcomplex',100,100);
[yd2,zd2] = sparse_test_mat('double',100,60);
[yz2,zz2] = sparse_test_mat('dcomplex',100,60);
x = testeq3(yd1\yd2,zd1\zd2) & testeq3(yz1\yz2,zz1\zz2);
fu... |
github | aristofanio/freemat-master | test_switch6.m | .m | freemat-master/FreeMat/tests/suite/test_switch6.m | 272 | utf_8 | 0e396e3632bdb175752dca6d9f3b61b8 | % Test the switch statement with a string argument and a cell array
function test_val = test_switch6
test_val = 0;
x = 'astring';
switch x
case 'bstring'
test_val = 0;
case {'dstring',5,'astring'};
test_val = 1;
case 'cstring';
test_val = 0;
otherwise
test_val = 0;
end
|
github | aristofanio/freemat-master | test_svd4.m | .m | freemat-master/FreeMat/tests/suite/test_svd4.m | 458 | utf_8 | 5e771f140208bbdc63bca5b765a90f76 | % Test the svd with finite and infinite args (functional only)
function test_val = test_svd4
a = dcomplex([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_matcat2.m | .m | freemat-master/FreeMat/tests/suite/test_matcat2.m | 245 | utf_8 | 0293e650b286443ded2a229ed51576ac | % Check the matcat function with n-dimensional arrays
function test_val = test_matcat2
a = 1;
a(1,1,1) = 1;
a(1,2,1) = 2;
a(1,1,2) = 5;
a(1,2,2) = 6;
c = [a;a];
c1 = c(:,:,1);
c2 = c(:,:,2);
test_val = test(c1==[1,2;1,2]) & test(c2==[5,6;5,6]);
|
github | aristofanio/freemat-master | test_diag4.m | .m | freemat-master/FreeMat/tests/suite/test_diag4.m | 164 | utf_8 | 2dd01d89b9c4a2fed6021f46f27427aa | % Test the diagonal creation function with a non-zero diagonal
function test_val = test_diag4
a = [2,3];
b = diag(a,-1);
test_val = test(b == [0,0,0;2,0,0;0,3,0]);
|
github | aristofanio/freemat-master | test_sparse65.m | .m | freemat-master/FreeMat/tests/suite/test_sparse65.m | 1,097 | utf_8 | d1e723bddc0a07a8d48249584c1c5498 | % Test sparse matrix array vector-subset assignment
function x = test_sparse65
[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_sparse70.m | .m | freemat-master/FreeMat/tests/suite/test_sparse70.m | 671 | utf_8 | 127483fd74ed5f9acd5246277bf9d4e6 | % Test sparse to IJV to sparse conversion
function x = test_sparse70
[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... |
github | aristofanio/freemat-master | test_switch4.m | .m | freemat-master/FreeMat/tests/suite/test_switch4.m | 217 | utf_8 | a21ef161fad9396d156e00cd3f9d300d | % Test the switch statement with a vector argument (should be an error)
function test_val = test_switch4
x = [1 1];
test_val = 0;
try
switch x
case 1
test_val = 0;
otherwise
test_val = 0;
end
catch
test_val = 1;
end
|
github | aristofanio/freemat-master | test_assign10.m | .m | freemat-master/FreeMat/tests/suite/test_assign10.m | 150 | utf_8 | 3a8ee2812eba66ef09b1c1ebe470798c | % Test for multiple assign with structures
function test_val = test_assign10
a = zeros(3,4);
[m.x m.y] = size(a);
test_val = (m.x == 3) & (m.y == 4);
|
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