void treeWrapper() {
Trees treeObj;
treeObj.addSerialNumToTree(10);
//treeObj.addRandomIntTree(100);
cout << "Total Nodes:" << treeObj.countAllNodes() << endl;
treeObj.deleteTree();
cout << "Total Nodes after Delete:" << treeObj.countAllNodes() << endl;
//treeObj.printTree(PREORDER);
}
// Public methods.
void RandomForestBuilder::build() {
common::debug::print("Creating %d random tree(s)\n", classificatorParameters.RandomTreesCount);
Trees trainedRandomTrees;
trainedRandomTrees.reserve(classificatorParameters.RandomTreesCount);
for (int i = 0; i < classificatorParameters.RandomTreesCount; ++i) {
std::vector<int> trainingSet;
std::vector<int> outOfBagSet;
generateBootStrap(trainingSet, outOfBagSet);
RandomTreeBuilder treeBuilder(featuresCollection, trainingSet, classificatorParameters);
treeBuilder.build();
trainedRandomTrees.push_back(treeBuilder.getTreeStructure());
common::debug::print("[%d] Trained Random Tree...\n", i + 1);
}
cleanUp();
forest = new RandomForest(trainedRandomTrees, featuresCollection.size());
}
bool compare(const Trees &lhs, const Trees &rhs)
{
return lhs.to_string() < rhs.to_string();
}
void Editor_controller::Handle_event(const Ustring& event_handle, const Event& event) {
Layout& layout = layout_controller->Get_layout();
if(event_handle == "save") {
ALLEGRO_FILECHOOSER* fc = al_create_native_file_dialog(
layout.Get_filename().Cstring(),
"Save",
"*",
ALLEGRO_FILECHOOSER_SAVE);
al_show_native_file_dialog(NULL, fc);
if(al_get_native_file_dialog_count(fc) > 0) {
const char *filename = al_get_native_file_dialog_path(fc, 0);
layout.Set_filename(filename);
bool s = layout.Save_yaml();
std::cout<<(s?"Saved":"Save failed")<<std::endl;
}
al_destroy_native_file_dialog(fc);
}
if(event_handle == "load") {
ALLEGRO_FILECHOOSER* fc = al_create_native_file_dialog(
layout.Get_filename().Cstring(),
"Load",
"*",
ALLEGRO_FILECHOOSER_FILE_MUST_EXIST);
al_show_native_file_dialog(NULL, fc);
if(al_get_native_file_dialog_count(fc) > 0) {
const char *filename = al_get_native_file_dialog_path(fc, 0);
layout.Set_filename(filename);
layout_controller->Clear();
if(layout.Load_yaml())
{
std::cout<<"Loaded"<<std::endl;
const Name_to_widget& layout_widgets = layout.Get_widgets();
layout_controller->Set_root(layout.Get_root());
layout_controller->Get_root()->Set_size(Vector2(al_get_display_width(layout_display), al_get_display_height(layout_display)));
layout_controller->Set_tree(layout_controller->Get_root_tree(), layout.Get_root());
typedef std::stack<Tree*> Trees_todo;
Trees_todo trees_todo;
trees_todo.push(layout_controller->Get_root_tree());
while(!trees_todo.empty())
{
Tree* current_tree = trees_todo.top();
trees_todo.pop();
Container* parent = dynamic_cast<Container*>(layout_controller->Get_widget(current_tree));
if(parent)
{
Widgets children = parent->Get_children();
for(Widgets::iterator i = children.begin(); i != children.end(); ++i)
{
Tree* tree_child = layout_controller->Get_skin().Clone<Tree>("tree");
tree_child->Set_text((*i)->Get_name());
layout_controller->Set_tree(tree_child, *i);
current_tree->Add_child(tree_child);
events[Event(tree_child, "selected")] = "select";
trees_todo.push(tree_child);
}
}
}
}
else
{
layout_controller->Set_root(layout_controller->Get_skin().Clone<Desktop>("desktop"));
layout_controller->Get_root()->Set_position(Vector2(0, 0));
layout_controller->Get_root()->Set_size(Vector2(al_get_display_width(layout_display), al_get_display_height(layout_display)));
layout.Add_widget("root", layout_controller->Get_root(), NULL);
layout_controller->Set_tree(layout_controller->Get_root_tree(), layout_controller->Get_root());
}
layout_controller->Select_tree(NULL);
}
al_destroy_native_file_dialog(fc);
}
if(event_handle == "remove") {
Tree* parent = dynamic_cast<Tree*>(layout_controller->Get_current_tree()->Get_parent());
if(parent)
{
dynamic_cast<Container*>(layout_controller->Get_widget(parent))->Remove_child(layout_controller->Get_current_widget());
parent->Remove_child(layout_controller->Get_current_tree());
Trees deadlist;
deadlist.push_back(layout_controller->Get_current_tree());
layout_controller->Select_tree(NULL);
int count = 0;
while(!deadlist.empty())
{
Tree* current = deadlist.back();
deadlist.erase(--deadlist.end());
Trees& children = current->Get_children();
for(Trees::iterator i = children.begin(); i != children.end(); ++i)
{
deadlist.push_back(*i);
}
layout.Remove_widget(layout_controller->Get_widget(current));
layout_controller->Destroy_widget(current);
++count;
}
layout_controller->Select_tree(parent);
parent->Select();
}
}
if(event_handle == "create") {
std::cout<<"Create"<<std::endl;
if(layout_controller->Get_current_tree())
{
std::cout<<"Current tree"<<std::endl;
Menu* create_menu = dynamic_cast<Menu*>(controller_layout.Get_widget("create menu"));
int option = create_menu->Get_selected_option();
if(option != -1){
Widget* child = layout_controller->Get_skin().Clone<Widget>(create_menu->Get_option(option));
Container* parent = dynamic_cast<Container*>(layout_controller->Get_current_widget());
std::cout<<"parent: "<<parent<<std::endl;
if(parent && parent->Add_child(child))
{
Ustring name = layout.Add_widget(create_menu->Get_option(option), child, parent);
Tree* tree_child = layout_controller->Get_skin().Clone<Tree>("tree");
tree_child->Set_text(name);
layout_controller->Get_current_tree()->Add_child(tree_child);
layout_controller->Set_tree(tree_child, child);
layout_controller->Get_current_tree()->Open();
Text_interface* has_text = dynamic_cast<Text_interface*>(child);
if(has_text)
has_text->Set_text(name);
events[Event(tree_child, "selected")] = "select";
}
else
delete child;
}
}
}
if(event_handle == "select")
{
Tree* newsel = dynamic_cast<Tree*>(event.source);
if(newsel)
{
Widget* tw = layout_controller->Get_widget(newsel);
if(tw)
{
Container* attributes_vbox = dynamic_cast<Container*>(controller_layout.Get_widget("attribute vbox"));
layout_controller->Select_tree(newsel);
Widgets widgets = attributes_vbox->Get_children();
for(Widgets::iterator i = widgets.begin(); i != widgets.end(); ++i) {
attributes_vbox->Remove_child(*i);
}
attributes_vbox->Add_child(attribute_controllers["widget"]->Get_root());
attribute_controllers["widget"]->Synchronize_values();
Attribute_controllers::iterator ac = attribute_controllers.find(tw->Get_prototype_name().Cstring());
if(ac != attribute_controllers.end()) {
attributes_vbox->Add_child(ac->second->Get_root());
ac->second->Synchronize_values();
}
}
}
}
if(event_handle == "move up") {
Tree* currenttree = dynamic_cast<Tree*>(layout_controller->Get_current_tree());
Tree* parenttree = dynamic_cast<Tree*>(currenttree->Get_parent());
if(currenttree && parenttree)
{
Widget* widget = layout_controller->Get_current_widget();
Container* parent = dynamic_cast<Container*>(widget->Get_parent());
Widgets children = parent->Get_children();
Widgets::iterator i = std::find(children.begin(), children.end(), widget);
Trees treechildren = parenttree->Get_children();
Trees::iterator itree = std::find(treechildren.begin(), treechildren.end(), currenttree);
if(i != children.begin()) {
i = children.erase(i);
itree = treechildren.erase(itree);
if(i != children.begin()){
--i;
--itree;
}
children.insert(i, widget);
treechildren.insert(itree, currenttree);
for(Widgets::iterator i = children.begin(); i != children.end(); ++i) {
parent->Remove_child(*i);
}
for(Trees::iterator i = treechildren.begin(); i != treechildren.end(); ++i) {
parenttree->Remove_child(*i);
}
for(Widgets::iterator i = children.begin(); i != children.end(); ++i) {
parent->Add_child(*i);
}
for(Trees::iterator i = treechildren.begin(); i != treechildren.end(); ++i) {
parenttree->Add_child(*i);
}
}
}
}
if(event_handle == "move down") {
Tree* currenttree = dynamic_cast<Tree*>(layout_controller->Get_current_tree());
Tree* parenttree = dynamic_cast<Tree*>(currenttree->Get_parent());
if(currenttree && parenttree)
{
Widget* widget = layout_controller->Get_current_widget();
Container* parent = dynamic_cast<Container*>(widget->Get_parent());
Widgets children = parent->Get_children();
Widgets::iterator i = std::find(children.begin(), children.end(), widget);
Trees treechildren = parenttree->Get_children();
Trees::iterator itree = std::find(treechildren.begin(), treechildren.end(), currenttree);
if(i+1 != children.end()) {
i = children.erase(i);
itree = treechildren.erase(itree);
++i;
++itree;
children.insert(i, widget);
treechildren.insert(itree, currenttree);
for(Widgets::iterator i = children.begin(); i != children.end(); ++i) {
parent->Remove_child(*i);
}
for(Trees::iterator i = treechildren.begin(); i != treechildren.end(); ++i) {
parenttree->Remove_child(*i);
}
for(Widgets::iterator i = children.begin(); i != children.end(); ++i) {
parent->Add_child(*i);
}
for(Trees::iterator i = treechildren.begin(); i != treechildren.end(); ++i) {
parenttree->Add_child(*i);
}
}
}
}
if(event_handle == "cut") {
std::cout<<"Cut"<<std::endl;
Tree* currenttree = dynamic_cast<Tree*>(layout_controller->Get_current_tree());
Tree* parenttree = dynamic_cast<Tree*>(currenttree->Get_parent());
if(currenttree && parenttree)
{
Widget* widget = layout_controller->Get_current_widget();
Container* parent = dynamic_cast<Container*>(widget->Get_parent());
parent->Remove_child(widget);
parenttree->Remove_child(currenttree);
layout_controller->Select_tree(NULL);
layout_controller->Select_tree(parenttree);
parenttree->Select();
if(cut_widget) {
Trees deadlist;
deadlist.push_back(cut_tree);
int count = 0;
while(!deadlist.empty())
{
Tree* current = deadlist.back();
deadlist.erase(--deadlist.end());
Trees& children = current->Get_children();
for(Trees::iterator i = children.begin(); i != children.end(); ++i)
{
deadlist.push_back(*i);
}
layout.Remove_widget(layout_controller->Get_widget(current));
layout_controller->Destroy_widget(current);
++count;
}
std::cout<<"Deleted "<<count<<" widgets in cut buffer"<<std::endl;
}
cut_widget = widget;
cut_tree = currenttree;
}
}
if(event_handle == "paste") {
Container* parent = dynamic_cast<Container*>(layout_controller->Get_current_widget());
if(cut_widget && parent)
{
Tree* currenttree = dynamic_cast<Tree*>(layout_controller->Get_current_tree());
parent->Add_child(cut_widget);
currenttree->Add_child(cut_tree);
layout_controller->Select_tree(cut_tree);
cut_tree->Select();
cut_widget = NULL;
cut_tree = NULL;
}
}
}
int main(int argc, const char * argv[]) {
string pattern = ";"; //";" as spliter
string data[1024][3]; //Store the valid data and being sorted
int n = 0; //The nth valid line
//Read files according to the names input on the command line
for (int f = 1; f<argc; f++) {
vector<string> result;
//string fileName = argv[f];
ifstream in(argv[f]);
string line;
if(in){
while(getline(in,line)){
// Check if each line of data can be splitted into 3 parts
char s[1024];
line.copy(s, line.length());
int splitCheck = 0;
for (int snum = 0; snum < line.length(); snum++) {
if (s[snum] == ';') splitCheck++;
}
if (splitCheck == 2) {
result = split(line, pattern); //Split current line of data by ";"
// Check the empty item
int checkFormat = 0;
if ((result[0] == "") && (result[1] == "") && (result[2] == "")) {
checkFormat++;
}
// Check the duplicate item
int checkSame = 0;
for (int check = 0; check < n ; check++) {
if (data[check][0] == result[0] && data[check][1] == result[1] && data[check][1] == result[1]) {
checkSame++;
}
}
// Check if the input age is a number (Check data type)
int checkInt = 0;
string age = result[1];
for (int ageNum = 0 ; ageNum<age.length(); ageNum++) {
if (isdigit(result[1][ageNum])){
checkInt++;
}
}
// Check if the input age is in the normal range
int checkAge = 0;
int a = atoi(age.c_str());
if (a>=0 && a <= 200) {
checkAge++;
}
// If passing all the checking processes, store the current line to the data array
if (checkFormat == 0 && checkSame == 0 && checkInt > 0 && checkAge > 0) {
for (int i = 0; i<3; i++) {
data[n][i] = result[i];
}
n++; // Ready for the next item
}
}
}
in.close();//File closed
}
else{
cout<<"no such file"<<endl;
}
}
Trees tr; // Initialize a Tree
// Put the stored data into the Tree for sorting
for (int i = 0; i<n; i++) {
int age = atoi(data[i][1].c_str());
string code = data[i][0];
string name = data[i][2];
tr.create(age,code,name);
}
cout<<" code age name"<<endl;
tr.disp(); // Output the results
cout<<endl;
return 0;
}