static Network* setupTestNetwork( void ) {
Network *network;
int i;
network = makeNetwork( 2, 2, 2 );
for( i = 0; i < 8; ++i ) {
network->hiddenWeights[i] = i;
}
return network;
}
static void makeNetwork_test( void ) {
Network *network;
int i;
network = makeNetwork( 8, 5, 8 );
assert( network != NULL && "Should have properly allocated" );
assert( network->hiddenWeights != NULL && "Should have properly allocated" );
assert( network->outputWeights != NULL && "Should have properly allocated" );
assert( network->testInputs != NULL && "Should have properly allocated" );
assert( network->testOutputs != NULL && "Should have properly allocated" );
assert( network->input == 8 );
assert( network->hidden == 5 );
assert( network->output == 8 );
assert( network->outputWeights == network->hiddenWeights + 40 );
assert( network->testInputs == network->hiddenWeights + 80 );
assert( network->testOutputs == network->hiddenWeights + 88 );
for( i = 0; i < 50; ++i ) {
assert( network->hiddenWeights[i] != 0 );
assert( network->outputWeights[i] != 0 );
}
network = makeNetwork( 5, 50, 5 );
assert( network == NULL && "Should have not been able to allocate" );
}
int main(int argc, char** argv)
{
ifstream fin(argv[1],ios::in);
int ngenes = 133772;
int nsamples = 160;
cout<<"make matrix"<<endl;
mat Data = makeMatrix(fin, ngenes, nsamples);
cout<<"finish making matrix"<<endl;
uvec tumor(80), ctrl(80);
for(int i=0; i<80; i++){
tumor(i) = 2*i;
ctrl(i) = 2*i+1;
}
mat tumorData = Data.cols(tumor);
mat ctrlData = Data.cols(ctrl);
tumorData = tumorData.t();
ctrlData = ctrlData.t();
//init boostup
int nb = 100;
int iter = 0;
set<int> res;
uvec sample(10);
randomSample(sample, 10000+iter, 0, 79);
mat tumorSample = tumorData.rows(sample);
mat ctrlSample = ctrlData.rows(sample);
network test(100000);
makeNetwork(test, ctrlSample, 0.75);
cout<<"successfully make network"<<endl;
//到makeNetwork才会出现问题;
/*
double thes = 0.75;
mat net1 = makeNetwork(tumorSample, thes);
mat net2 = makeNetwork(ctrlSample, thes);
cout<<"first statage"<<endl;
mat resnet = mergeNetwork(net1, net2);
uvec indices = find(resnet==1);
res = getGeneSet(indices, 10);
iter++;
set<int>::iterator it_test = res.begin();
for(;it_test != res.end(); it_test++)
cout<<*it_test<<" ";
cout<<endl;
while(iter < nb){
randomSample(sample, 10000+iter, 0,79);
tumorSample = tumorData.rows(sample);
ctrlSample = ctrlData.rows(sample);
net1 = makeNetwork(tumorSample, thes);
net2 = makeNetwork(ctrlSample, thes);
resnet = mergeNetwork(net1, net2);
indices = find(resnet==1);
set<int> tmpset = getGeneSet(indices, 10);
set_intersection(tmpset.begin(),tmpset.end(),res.begin(),res.end(), inserter(res, res.end()));
iter++;
}
cout<<"after boostrap:"<<endl;
for(it_test=res.begin();it_test!=res.end();it_test++)
cout<<*it_test<<" ";
cout<<endl;
*/
return 0;
}
