Mentions légales du service

Skip to content
Snippets Groups Projects
Commit 8e88e45e authored by hhakim's avatar hhakim
Browse files

Adjust C++ test_transform_gpu_mod to test complex<double> too (in addition to double).

parent a29f7be4
Branches
Tags
No related merge requests found
Hide whitespace changes
Inline Side-by-side
misc/test/src/C++/test_transform_gpu_mod.cpp.in
+ 99
− 98
View file @ 8e88e45e
...@@ -9,29 +9,30 @@ ...@@ -9,29 +9,30 @@
using namespace Faust; using namespace Faust;
using namespace std; using namespace std;
typedef @TEST_FPP@ FPP;
void generate_cpu_gpu_factors(vector<MatGeneric<double,GPU2>*> &gpu_factors, void generate_cpu_gpu_factors(vector<MatGeneric<FPP,GPU2>*> &gpu_factors,
vector<MatGeneric<double,Cpu>*> &cpu_factors) vector<MatGeneric<FPP,Cpu>*> &cpu_factors)
{ {
cout << "generating factors..." << endl; cout << "generating factors..." << endl;
MatDense<double, Cpu>* dmat; MatDense<FPP, Cpu>* dmat;
Faust::MatSparse<double, Cpu>* spmat; Faust::MatSparse<FPP, Cpu>* spmat;
MatGeneric<double, Cpu>* cpu_gen_mat; MatGeneric<FPP, Cpu>* cpu_gen_mat;
MatGeneric<double, GPU2>* gpu_gen_mat; MatGeneric<FPP, GPU2>* gpu_gen_mat;
int32_t inrows = 1024, tmp; int32_t inrows = 1024, tmp;
int32_t incols = 1024; int32_t incols = 1024;
for(int i=0;i<10;i++) for(int i=0;i<2;i++)
{ {
if(i%2) if(i%2)
{ {
cpu_gen_mat = dmat = MatDense<double,Cpu>::randMat(inrows, incols); cpu_gen_mat = dmat = MatDense<FPP,Cpu>::randMat(inrows, incols);
gpu_gen_mat = new MatDense<double, GPU2>(*dmat); gpu_gen_mat = new MatDense<FPP, GPU2>(*dmat);
} }
else else
{ {
cpu_gen_mat = spmat = Faust::MatSparse<double,Cpu>::randMat(inrows, incols, .2); cpu_gen_mat = spmat = Faust::MatSparse<FPP,Cpu>::randMat(inrows, incols, .2);
gpu_gen_mat = new Faust::MatSparse<double, GPU2>(*spmat); gpu_gen_mat = new Faust::MatSparse<FPP, GPU2>(*spmat);
} }
inrows = incols; inrows = incols;
incols--; incols--;
...@@ -41,18 +42,18 @@ void generate_cpu_gpu_factors(vector<MatGeneric<double,GPU2>*> &gpu_factors, ...@@ -41,18 +42,18 @@ void generate_cpu_gpu_factors(vector<MatGeneric<double,GPU2>*> &gpu_factors,
cout << "factors generated" << endl; cout << "factors generated" << endl;
} }
void free_gpu_factors(vector<MatGeneric<double,GPU2>*> &gpu_factors) void free_gpu_factors(vector<MatGeneric<FPP,GPU2>*> &gpu_factors)
{ {
for(auto f: gpu_factors) for(auto f: gpu_factors)
delete f; delete f;
} }
void assert_gpu_cpu_Transform_almost_eq(const Faust::Transform<double, GPU2> & t_gpu, const Faust::Transform<double, Cpu>& t_cpu) void assert_gpu_cpu_Transform_almost_eq(const Faust::Transform<FPP, GPU2> & t_gpu, const Faust::Transform<FPP, Cpu>& t_cpu)
{ {
auto cpu_p = t_cpu.get_product(); auto cpu_p = t_cpu.get_product();
auto gpu_p = t_gpu.get_product(); auto gpu_p = t_gpu.get_product();
MatDense<double, Cpu> gpu_p_to_cpu; MatDense<FPP, Cpu> gpu_p_to_cpu;
gpu_p_to_cpu = gpu_p.tocpu(); gpu_p_to_cpu = gpu_p.tocpu();
cout << gpu_p_to_cpu.norm() << endl; cout << gpu_p_to_cpu.norm() << endl;
cout << cpu_p.norm() << endl; cout << cpu_p.norm() << endl;
...@@ -64,10 +65,10 @@ void assert_gpu_cpu_Transform_almost_eq(const Faust::Transform<double, GPU2> & t ...@@ -64,10 +65,10 @@ void assert_gpu_cpu_Transform_almost_eq(const Faust::Transform<double, GPU2> & t
void test_Transform_ctor() void test_Transform_ctor()
{ {
cout << "void test_Transform_ctor()" << endl; cout << "void test_Transform_ctor()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t(gpu_factors); Faust::Transform<FPP, GPU2> t(gpu_factors);
t.Display(); t.Display();
//TODO: copy back all t factors to CPU RAM and verify equality (test already done in gpu_mod so this todo is not really urgent) //TODO: copy back all t factors to CPU RAM and verify equality (test already done in gpu_mod so this todo is not really urgent)
free_gpu_factors(gpu_factors); free_gpu_factors(gpu_factors);
...@@ -77,9 +78,9 @@ void test_Transform_ctor() ...@@ -77,9 +78,9 @@ void test_Transform_ctor()
void test_Transform_push_back() void test_Transform_push_back()
{ {
cout << "void test_Transform_push_back()" << endl; cout << "void test_Transform_push_back()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
Faust::Transform<double, GPU2> t; Faust::Transform<FPP, GPU2> t;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
for(auto f: gpu_factors) for(auto f: gpu_factors)
t.push_back(f); t.push_back(f);
...@@ -92,11 +93,11 @@ void test_Transform_push_back() ...@@ -92,11 +93,11 @@ void test_Transform_push_back()
void test_Transform_push_first() void test_Transform_push_first()
{ {
cout << "void test_Transform_push_first)" << endl; cout << "void test_Transform_push_first)" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
Faust::Transform<double, GPU2> t_gpu; Faust::Transform<FPP, GPU2> t_gpu;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
std::reverse(std::begin(gpu_factors), std::end(gpu_factors)); std::reverse(std::begin(gpu_factors), std::end(gpu_factors));
for(auto f: gpu_factors) for(auto f: gpu_factors)
t_gpu.push_first(f); t_gpu.push_first(f);
...@@ -110,11 +111,11 @@ void test_Transform_push_first() ...@@ -110,11 +111,11 @@ void test_Transform_push_first()
void test_Transform_pop_front() void test_Transform_pop_front()
{ {
cout << "void test_Transform_pop_front()" << endl; cout << "void test_Transform_pop_front()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
assert(t_gpu.size() == t_cpu.size()); assert(t_gpu.size() == t_cpu.size());
t_cpu.pop_front(); t_cpu.pop_front();
t_gpu.pop_front(); t_gpu.pop_front();
...@@ -129,11 +130,11 @@ void test_Transform_pop_front() ...@@ -129,11 +130,11 @@ void test_Transform_pop_front()
void test_Transform_pop_back() void test_Transform_pop_back()
{ {
cout << "void test_Transform_pop_back()" << endl; cout << "void test_Transform_pop_back()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
assert(t_gpu.size() == t_cpu.size()); assert(t_gpu.size() == t_cpu.size());
t_cpu.pop_back(); t_cpu.pop_back();
t_gpu.pop_back(); t_gpu.pop_back();
...@@ -148,10 +149,10 @@ void test_Transform_pop_back() ...@@ -148,10 +149,10 @@ void test_Transform_pop_back()
void test_Transform_getDims() void test_Transform_getDims()
{ {
cout << "void test_Transform_getDims()" << endl; cout << "void test_Transform_getDims()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t(gpu_factors); Faust::Transform<FPP, GPU2> t(gpu_factors);
t.Display(); t.Display();
assert(cpu_factors[0]->getNbRow() == t.getNbRow() && (*(cpu_factors.end()-1))->getNbCol() == t.getNbCol()); assert(cpu_factors[0]->getNbRow() == t.getNbRow() && (*(cpu_factors.end()-1))->getNbCol() == t.getNbCol());
free_gpu_factors(gpu_factors); free_gpu_factors(gpu_factors);
...@@ -161,10 +162,10 @@ void test_Transform_getDims() ...@@ -161,10 +162,10 @@ void test_Transform_getDims()
void test_Transform_size() void test_Transform_size()
{ {
cout << "void test_Transform_size()" << endl; cout << "void test_Transform_size()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t(gpu_factors); Faust::Transform<FPP, GPU2> t(gpu_factors);
t.Display(); t.Display();
assert(cpu_factors.size() == t.size()); assert(cpu_factors.size() == t.size());
free_gpu_factors(gpu_factors); free_gpu_factors(gpu_factors);
...@@ -174,14 +175,14 @@ void test_Transform_size() ...@@ -174,14 +175,14 @@ void test_Transform_size()
void test_Transform_get_product() void test_Transform_get_product()
{ {
cout << "void test_Transform_get_product()" << endl; cout << "void test_Transform_get_product()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
auto cpu_p = t_cpu.get_product(); auto cpu_p = t_cpu.get_product();
auto gpu_p = t_gpu.get_product(); auto gpu_p = t_gpu.get_product();
MatDense<double, Cpu> gpu_p_to_cpu; MatDense<FPP, Cpu> gpu_p_to_cpu;
gpu_p_to_cpu = gpu_p.tocpu(); gpu_p_to_cpu = gpu_p.tocpu();
cout << gpu_p_to_cpu.norm() << endl; cout << gpu_p_to_cpu.norm() << endl;
cout << cpu_p.norm() << endl; cout << cpu_p.norm() << endl;
...@@ -195,11 +196,11 @@ void test_Transform_get_product() ...@@ -195,11 +196,11 @@ void test_Transform_get_product()
void test_Transform_get_total_nnz() void test_Transform_get_total_nnz()
{ {
cout << "void test_Transform_get_total_nnz()" << endl; cout << "void test_Transform_get_total_nnz()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
auto cpu_nnz = t_cpu.get_total_nnz(); auto cpu_nnz = t_cpu.get_total_nnz();
auto gpu_nnz = t_gpu.get_total_nnz(); auto gpu_nnz = t_gpu.get_total_nnz();
cout << "cpu_nnz: " << cpu_nnz << " gpu_nnz: " << gpu_nnz << endl; cout << "cpu_nnz: " << cpu_nnz << " gpu_nnz: " << gpu_nnz << endl;
...@@ -211,11 +212,11 @@ void test_Transform_get_total_nnz() ...@@ -211,11 +212,11 @@ void test_Transform_get_total_nnz()
void test_Transform_transpose() void test_Transform_transpose()
{ {
cout << "void test_Transform_transpose()" << endl; cout << "void test_Transform_transpose()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
t_gpu.transpose(); t_gpu.transpose();
t_cpu.transpose(); t_cpu.transpose();
t_gpu.Display(); t_gpu.Display();
...@@ -228,12 +229,12 @@ void test_Transform_transpose() ...@@ -228,12 +229,12 @@ void test_Transform_transpose()
void test_Transform_scalarMul() void test_Transform_scalarMul()
{ {
cout << "void test_Transform_scalarMul()" << endl; cout << "void test_Transform_scalarMul()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
double scalar = 6378.137; FPP scalar = 6378.137;
t_cpu.scalarMultiply(scalar); t_cpu.scalarMultiply(scalar);
t_gpu.scalarMultiply(scalar); t_gpu.scalarMultiply(scalar);
assert_gpu_cpu_Transform_almost_eq(t_gpu, t_cpu); assert_gpu_cpu_Transform_almost_eq(t_gpu, t_cpu);
...@@ -244,16 +245,16 @@ void test_Transform_scalarMul() ...@@ -244,16 +245,16 @@ void test_Transform_scalarMul()
void test_Transform_multiply_Transform() void test_Transform_multiply_Transform()
{ {
cout << "void test_Transform_multiply_Transform()" << endl; cout << "void test_Transform_multiply_Transform()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
vector<MatGeneric<double,GPU2>*> gpu_factors2; vector<MatGeneric<FPP,GPU2>*> gpu_factors2;
vector<MatGeneric<double,Cpu>*> cpu_factors2; vector<MatGeneric<FPP,Cpu>*> cpu_factors2;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
generate_cpu_gpu_factors(gpu_factors2, cpu_factors2); generate_cpu_gpu_factors(gpu_factors2, cpu_factors2);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
Faust::Transform<double, GPU2> t_gpu2(gpu_factors2); Faust::Transform<FPP, GPU2> t_gpu2(gpu_factors2);
Faust::Transform<double, Cpu> t_cpu2(cpu_factors2); Faust::Transform<FPP, Cpu> t_cpu2(cpu_factors2);
t_gpu2.transpose(); t_gpu2.transpose();
t_cpu2.transpose(); t_cpu2.transpose();
t_gpu.multiply(t_gpu2); t_gpu.multiply(t_gpu2);
...@@ -270,16 +271,16 @@ void test_Transform_multiply_Transform() ...@@ -270,16 +271,16 @@ void test_Transform_multiply_Transform()
void test_Transform_multiplyLeft_Transform() void test_Transform_multiplyLeft_Transform()
{ {
cout << "void test_Transform_multiplyLeft_Transform()" << endl; cout << "void test_Transform_multiplyLeft_Transform()" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
vector<MatGeneric<double,GPU2>*> gpu_factors2; vector<MatGeneric<FPP,GPU2>*> gpu_factors2;
vector<MatGeneric<double,Cpu>*> cpu_factors2; vector<MatGeneric<FPP,Cpu>*> cpu_factors2;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
generate_cpu_gpu_factors(gpu_factors2, cpu_factors2); generate_cpu_gpu_factors(gpu_factors2, cpu_factors2);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
Faust::Transform<double, GPU2> t_gpu2(gpu_factors2); Faust::Transform<FPP, GPU2> t_gpu2(gpu_factors2);
Faust::Transform<double, Cpu> t_cpu2(cpu_factors2); Faust::Transform<FPP, Cpu> t_cpu2(cpu_factors2);
t_gpu2.transpose(); t_gpu2.transpose();
t_cpu2.transpose(); t_cpu2.transpose();
t_gpu2.multiply(t_gpu); t_gpu2.multiply(t_gpu);
...@@ -296,12 +297,12 @@ void test_Transform_multiplyLeft_Transform() ...@@ -296,12 +297,12 @@ void test_Transform_multiplyLeft_Transform()
void test_Transform_operator_eq() void test_Transform_operator_eq()
{ {
cout << "void test_Transform_operator_eq" << endl; cout << "void test_Transform_operator_eq" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
Faust::Transform<double, GPU2> t_gpu_copy = t_gpu; Faust::Transform<FPP, GPU2> t_gpu_copy = t_gpu;
assert_gpu_cpu_Transform_almost_eq(t_gpu_copy, t_cpu); assert_gpu_cpu_Transform_almost_eq(t_gpu_copy, t_cpu);
free_gpu_factors(gpu_factors); free_gpu_factors(gpu_factors);
cout << "OK" << endl; cout << "OK" << endl;
...@@ -310,11 +311,11 @@ void test_Transform_operator_eq() ...@@ -310,11 +311,11 @@ void test_Transform_operator_eq()
void test_Transform_clear() void test_Transform_clear()
{ {
cout << "void test_Transform_clear" << endl; cout << "void test_Transform_clear" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
t_gpu.clear(); t_gpu.clear();
assert(t_gpu.size() == 0); assert(t_gpu.size() == 0);
free_gpu_factors(gpu_factors); free_gpu_factors(gpu_factors);
...@@ -324,14 +325,14 @@ void test_Transform_clear() ...@@ -324,14 +325,14 @@ void test_Transform_clear()
void test_Transform_spectralNorm() void test_Transform_spectralNorm()
{ {
cout << "void test_Transform_spectralNorm" << endl; cout << "void test_Transform_spectralNorm" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
int flag1, flag2; int flag1, flag2;
auto t_gpu_norm = t_gpu.spectralNorm(1000,1e-3, flag1); auto t_gpu_norm = t_gpu.spectralNorm(10,1e-3, flag1);
auto t_cpu_norm = t_cpu.spectralNorm(1000,1e-3, flag2); auto t_cpu_norm = t_cpu.spectralNorm(10,1e-3, flag2);
cout << "t_gpu_norm: " << t_gpu_norm << " t_cpu_norm: " << t_cpu_norm << endl; cout << "t_gpu_norm: " << t_gpu_norm << " t_cpu_norm: " << t_cpu_norm << endl;
assert(abs(t_gpu_norm-t_cpu_norm) < 1e-3); assert(abs(t_gpu_norm-t_cpu_norm) < 1e-3);
assert_gpu_cpu_Transform_almost_eq(t_gpu, t_cpu); assert_gpu_cpu_Transform_almost_eq(t_gpu, t_cpu);
...@@ -342,12 +343,12 @@ void test_Transform_spectralNorm() ...@@ -342,12 +343,12 @@ void test_Transform_spectralNorm()
void test_Transform_get_facts() void test_Transform_get_facts()
{ {
cout << "void test_Transform_get_facts" << endl; cout << "void test_Transform_get_facts" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,GPU2>*> gpu_factors2; vector<MatGeneric<FPP,GPU2>*> gpu_factors2;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
t_gpu.get_facts(gpu_factors2, /*cloning*/ false); t_gpu.get_facts(gpu_factors2, /*cloning*/ false);
assert(gpu_factors2.size() == gpu_factors.size()); assert(gpu_factors2.size() == gpu_factors.size());
for(int i=0;i<gpu_factors2.size();i++) for(int i=0;i<gpu_factors2.size();i++)
...@@ -356,7 +357,7 @@ void test_Transform_get_facts() ...@@ -356,7 +357,7 @@ void test_Transform_get_facts()
} }
gpu_factors2.clear(); gpu_factors2.clear();
t_gpu.get_facts(gpu_factors2, /*cloning*/ true); t_gpu.get_facts(gpu_factors2, /*cloning*/ true);
Faust::Transform<double, GPU2> t_gpu2(gpu_factors2); Faust::Transform<FPP, GPU2> t_gpu2(gpu_factors2);
assert_gpu_cpu_Transform_almost_eq(t_gpu2, t_cpu); assert_gpu_cpu_Transform_almost_eq(t_gpu2, t_cpu);
free_gpu_factors(gpu_factors); free_gpu_factors(gpu_factors);
free_gpu_factors(gpu_factors2); free_gpu_factors(gpu_factors2);
...@@ -366,12 +367,12 @@ void test_Transform_get_facts() ...@@ -366,12 +367,12 @@ void test_Transform_get_facts()
void test_Transform_tocpu() void test_Transform_tocpu()
{ {
cout << "void test_Transform_tocpu" << endl; cout << "void test_Transform_tocpu" << endl;
vector<MatGeneric<double,GPU2>*> gpu_factors; vector<MatGeneric<FPP,GPU2>*> gpu_factors;
vector<MatGeneric<double,Cpu>*> cpu_factors; vector<MatGeneric<FPP,Cpu>*> cpu_factors;
generate_cpu_gpu_factors(gpu_factors, cpu_factors); generate_cpu_gpu_factors(gpu_factors, cpu_factors);
Faust::Transform<double, GPU2> t_gpu(gpu_factors); Faust::Transform<FPP, GPU2> t_gpu(gpu_factors);
Faust::Transform<double, Cpu> t_cpu(cpu_factors); Faust::Transform<FPP, Cpu> t_cpu(cpu_factors);
Faust::Transform<double, Cpu> t_cpu2; Faust::Transform<FPP, Cpu> t_cpu2;
t_gpu.tocpu(t_cpu2); t_gpu.tocpu(t_cpu2);
cout << "t_cpu.norm(): " << t_cpu.normFro() << endl; cout << "t_cpu.norm(): " << t_cpu.normFro() << endl;
cout << "t_cpu2.norm(): " << t_cpu2.normFro() << endl; cout << "t_cpu2.norm(): " << t_cpu2.normFro() << endl;
......
0% or .
You are about to add 0 people to the discussion. Proceed with caution.
Please register or to comment