TEST(Tiling, DISABLED_read_patches)
{
vector< shared_ptr<Patch> > cooked_patches;
read_patches(cooked_patches, "cooker_patches_100");
set_color(cooked_patches);
for (auto it = cooked_patches.begin() + 6; it != cooked_patches.begin() + 11; ++it) {
/*if ((*it)->motions.size() > 4) {
patches.push_back(*it);
break;
}*/
//if ((*it)->motions.size() < 2) {
vector< shared_ptr<Patch> > patches;
patches.push_back(*it);
PatchesViewer * v = new PatchesViewer(patches);
v->get_camera().distance += 2;
//}
}
// int count_ = 0;
// for (auto it = cooked_patches.begin(); it != cooked_patches.end(); ++it) {
///*if ((*it)->motions.size() > 4) {
// patches.push_back(*it);
// break;
//}*/
//if ((*it)->motions.size() < 2) {
// if (count_++ > 4) break;
// vector< shared_ptr<Patch> > patches;
// patches.push_back(*it);
// PatchesViewer * v = new PatchesViewer(patches);
// v->get_camera().distance += 2;
//}
// }
PatchesViewer * v = new PatchesViewer(cooked_patches);
v->get_camera().distance += 2;
}
TEST(CTiling, DISABLED_stitching)
{
vector< shared_ptr<Patch> > cooked_patches;
read_patches(cooked_patches, "cooker_patches_25");
map<string,Patch> patch_types;
for (auto it = cooked_patches.begin(); it != cooked_patches.end(); ++it) {
patch_types[(*it)->name] = (**it);
}
Env env;
env.set_scatter_range(-6, 6, -6, 6, 100, 700);
Patch * seed = new Patch(*cooked_patches[5]);
env.put_center(*seed);
vector< shared_ptr<Patch> > patches;
patches.push_back(shared_ptr<Patch>(seed));
char patch_size [128] = "15";
if (!stitch_patches(patches, atoi(patch_size), patch_types, env)) {
cout << "Dead End Scene" << endl;
}
set_color(patches);
DontSlip noslipfoot(18, 19, 24, 3, 4, 20);
for (auto it = patches.begin(); it != patches.end(); ++it) noslipfoot.hold_foot(**it);
PatchesViewer * v = new PatchesViewer(patches, env);
v->get_camera().distance += 2;
}
int show_range_diff(const char *range1, const char *range2,
int creation_factor, struct diff_options *diffopt)
{
int res = 0;
struct string_list branch1 = STRING_LIST_INIT_DUP;
struct string_list branch2 = STRING_LIST_INIT_DUP;
if (read_patches(range1, &branch1))
res = error(_("could not parse log for '%s'"), range1);
if (!res && read_patches(range2, &branch2))
res = error(_("could not parse log for '%s'"), range2);
if (!res) {
find_exact_matches(&branch1, &branch2);
get_correspondences(&branch1, &branch2, creation_factor);
output(&branch1, &branch2, diffopt);
}
string_list_clear(&branch1, 1);
string_list_clear(&branch2, 1);
return res;
}
TEST(CTiling, DISABLED_patchView)
{
vector< shared_ptr<Patch> > cooked_patches;
//read_patches(cooked_patches, "hand_chicken");
read_patches(cooked_patches, "cooked_rawData_Hello_combi_3");
double offset = 0.0;
for (auto it = cooked_patches.begin(); it != cooked_patches.end(); ) {
/*if ((*it)->motions.size() == 1) {
it = cooked_patches.erase(it);
} else */
{
(*it)->translate(cml::vector3(offset, 0., 0.));
++it;
offset += 7.0;
}
}
DontSlip noslipfoot;
for (auto it = cooked_patches.begin(); it != cooked_patches.end(); ++it) noslipfoot.hold_foot(**it);
PatchesViewer * v = new PatchesViewer(cooked_patches);
v->get_camera().distance += 2;
}
//TEST(CTiling, tiling)
TEST(CTiling, DISABLED_tiling)
{
vector<shared_ptr<Patch> > cooked_patches;
//read_patches(cooked_patches, "hand_chicken");
//read_patches(cooked_patches, "cooked_rawData_chicken_combi_3");
//read_patches(cooked_patches, "cooked_rawData_dance_combi_4");
//read_patches(cooked_patches, "cooked_rawData_Hello_combi_3");
read_patches(cooked_patches, "cooked_rawData_dance_combi_3");
//read_patches(cooked_patches, "cooked_rawData_catchMe_combi_7");
vector<string> dNote;
/*
dNote.push_back("u3");
dNote.push_back("2");*/
remove_dangling_patch(cooked_patches, dNote);
vector< shared_ptr<Patch> > patches;
Env env;
tiling_by_example(patches, env, cooked_patches, "general", 20);
//if (false)
{
PatchesViewer * v = new PatchesViewer(patches, env);
v->get_camera().distance += 2;
vector<ml::Motion> view_m;
convert_patch_to_motion(view_m, patches);
DontSlip noslipfoot;
for (auto it = view_m.begin(); it != view_m.end(); ++it) {
noslipfoot.hold_foot(*it);
}
MotionsViewer * mv = new MotionsViewer(view_m);
mv->get_camera().distance += 2;
}
if (false)
{
map<string, Patch> *patch_type = new map<string, Patch>();
get_patch(patch_type);
vector< shared_ptr<Patch> > patch_type_vector;
for (auto it = patch_type->begin(); it != patch_type->end(); ++it) {
patch_type_vector.push_back(shared_ptr<Patch>(new Patch(it->second)));
}
vector< shared_ptr<Patch> > result_patches;
Env env;
tiling_by_example(result_patches, env, patch_type_vector, "dance", 2);
/*DontSlip noslipfoot(18, 19, 24, 3, 4, 20);
for (auto it = patches.begin(); it != patches.end(); ++it) noslipfoot.hold_foot(**it);*/
PatchesViewer * v = new PatchesViewer(result_patches, env);
v->get_camera().distance += 2;
}
if (false)
{
double offset = 0.0;
for (auto it = cooked_patches.begin(); it != cooked_patches.end(); ) {
/*if ((*it)->motions.size() == 1) {
it = cooked_patches.erase(it);
} else */
{
(*it)->translate(cml::vector3(offset, 0., 0.));
++it;
offset += 7.0;
}
}
PatchesViewer * v = new PatchesViewer(cooked_patches);
v->get_camera().distance += 2;
}
}