Beispiel #1
0
void removeLabel(string province, string population){
	// Remove old province
	char* provinsi_label = new char[province.size() + 1];
	std::copy(province.begin(), province.end(), provinsi_label);
	provinsi_label[province.size()] = '\0'; // don't forget the terminating 0

	framebuffer.DrawString(provinsi_label, 10, framebuffer.height - 40, 1, DEFAULT);
	delete[] provinsi_label;

	char* populasi_label = new char[population.size() + 1];
	std::copy(population.begin(), population.end(), populasi_label);
	populasi_label[population.size()] = '\0'; // don't forget the terminating 0

	framebuffer.DrawString(populasi_label, 10, framebuffer.height - 25, 1, DEFAULT);
	delete[] populasi_label;
}
Beispiel #2
0
void printLabel(string new_province, string new_population){
	// Print new province
	string provinsi = new_province.c_str();

	char* provinsi_label = new char[provinsi.size() + 1];
	std::copy(provinsi.begin(), provinsi.end(), provinsi_label);
	provinsi_label[provinsi.size()] = '\0'; // don't forget the terminating 0

	framebuffer.DrawString(provinsi_label, 10, framebuffer.height - 40, 1, WHITE);
	delete[] provinsi_label;

	// Print new number
	string populasi = new_population.c_str();

	char* populasi_label = new char[populasi.size() + 1];
	std::copy(populasi.begin(), populasi.end(), populasi_label);
	populasi_label[populasi.size()] = '\0'; // don't forget the terminating 0

	framebuffer.DrawString(populasi_label, 10, framebuffer.height - 25, 1, WHITE);
	delete[] populasi_label;
}
Beispiel #3
0
int main(){
	system("setterm -cursor off");
	framebuffer.ClearScreen();
	framebuffer.SwapBuffers();
	set_conio_terminal_mode();
	
	vector<string> filenames;
    filenames.push_back("indomap.txt");

    //Filenames for coloring the map based on total population of each province
    vector<string> populationFile;
    populationFile.push_back("weight.txt");

    //Filenames for coloring the map
    vector<string> colorFiles;
    colorFiles.push_back("colormap.txt");    

	initMatrix();
	
	//window border
	vector<Point> windowBorder; // define 4 corner points of a window
	windowBorder.push_back((Point){0,0});
	windowBorder.push_back((Point){framebuffer.width, 0});
	windowBorder.push_back((Point){framebuffer.width, framebuffer.height});
	windowBorder.push_back((Point){0, framebuffer.height});
	
	map<string, vector<Point> > points = getPointsFromFile(filenames);
	//Mapping the population of each region with the same order
	map<string, int> populations = getIntegersFromFile(populationFile);
	//Mapping the colors of each region
	map<string, Color32 > colors = getColorsFromFile(colorFiles);

	//vector<Shape> areas;
	map<string, Shape> areas;

	Point Pmin = {0, 0};
	Point Pmax = {framebuffer.width, framebuffer.height};
	Point Pcenter = {framebuffer.width/2, framebuffer.height/2};
	//Shape res = Pclip(shape3, Pmin, Pmax);

	for(map<string, vector<Point>>::iterator it=points.begin(); it!=points.end(); it++){
		vector<Point> Pol = it->second;
		string str = it->first;
	
		Shape s(Pol);
		s.setCentroid(Pcenter);
		Shape sclip = Pclip(s, Pmin, Pmax);
		//s.draw(&framebuffer, WHITE);
		sclip.draw(&framebuffer, WHITE);
		sclip.fill(colors[it->first], &framebuffer, windowBorder);
		//areas.push_back(s); // add new area
		areas[str] = s;
		//areas[str] = sclip;
	}
	printf("area size %d\n", areas.size());	

	// fill areas
	// for(int i=0; i<areas.size(); i++){
	// 	//areas[i].fill(WHITE, &framebuffer, windowBorder);
	// }
	framebuffer.SwapBuffers();

	map<string, Shape>::iterator it2=areas.begin();
	map<string, int>::iterator mapPopulation = populations.begin();

	it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);
	int x = (it2->second.xmax + it2->second.xmin) / 2;
	int y = (it2->second.ymax + it2->second.ymin) / 2;
	framebuffer.DrawString("X", x, y, 1, BLACK);
	printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

	framebuffer.SwapBuffers();

	int dx = 10;
	int dy = 10;
	float sf = 0.1; // scaling factor
	float deg = 15.0; // degree of rotation
	bool debugMode = false;

	while(1){
		if(kbhit()){
			// cout << "area highlighted before : " << it2->first << endl;
			char c = getch();

			if(c == 'h'){ //fill next area
				if (next(it2) != areas.end()) {
					removeLabel(it2->first, to_string(mapPopulation->second) + " penduduk");
					
					it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
					it2->second.draw(&framebuffer, WHITE);
					it2++; mapPopulation++;
					it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);
					x = (it2->second.xmax + it2->second.xmin) / 2;
					y = (it2->second.ymax + it2->second.ymin) / 2;
					framebuffer.DrawString("X", x, y, 1, BLACK);
					printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");
					framebuffer.SwapBuffers();
				}
			} 
			else if(c == 'g'){ //fill previous area
				if (prev(it2) != prev(areas.begin())) {
					removeLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

					it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
					it2->second.draw(&framebuffer, WHITE);
					it2--; mapPopulation--;
					it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);	
					x = (it2->second.xmax + it2->second.xmin) / 2;
					y = (it2->second.ymax + it2->second.ymin) / 2;
					framebuffer.DrawString("X", x, y, 1, BLACK);
					printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");
					framebuffer.SwapBuffers();
				}
			}
			else if (c == 'w') { // move up
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//it->second.unfill(colors[it2->first], &framebuffer, windowBorder);
					//initMatrix();
					it->second.transform(0, -dy, 1, 0);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);

				framebuffer.SwapBuffers();
			}
			else if (c == 's') { // move down
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//it->second.unfill(colors[it2->first], &framebuffer, windowBorder);
					//initMatrix();
					it->second.transform(0, dy, 1, 0);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);

				framebuffer.SwapBuffers();
			}
			else if (c == 'a') { // move left
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//it->second.unfill(colors[it2->first], &framebuffer, windowBorder);
					//initMatrix();
					it->second.transform(-dx, 0, 1, 0);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);

				framebuffer.SwapBuffers();
			}
			else if (c == 'd') { // move right
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//it->second.unfill(colors[it2->first], &framebuffer, windowBorder);
					//initMatrix();
					it->second.transform(dx, 0, 1, 0);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);

				framebuffer.SwapBuffers();
			}
			else if (c == 'i') { // zooom in
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//initMatrix();
					it->second.transform(0, 0, 1+sf, 0);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);

				framebuffer.SwapBuffers();
			}
			else if (c == 'o') { // zoom out
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//initMatrix();
					it->second.transform(0, 0, 1-sf, 0);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);

				framebuffer.SwapBuffers();
			}
			else if (c == 'l') { // rotate right
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//initMatrix();
					it->second.transform(0, 0, 1, deg);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);

				framebuffer.SwapBuffers();
			}
			else if (c == 'k') { // rotate left
				framebuffer.ClearScreen();
				for(map<string, Shape>::iterator it=areas.begin(); it!=areas.end(); it++){
					//it->second.undraw(&framebuffer);
					//initMatrix();
					it->second.transform(0, 0, 1, -deg);
					Shape sclip = Pclip(it->second, Pmin, Pmax);
					sclip.draw(&framebuffer, WHITE);
					sclip.fill(colors[it->first], &framebuffer, windowBorder);
					//sclip.fill(WHITE, &framebuffer, windowBorder);
				}

				printLabel(it2->first, to_string(mapPopulation->second) + " penduduk");

				it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
				it2->second.draw(&framebuffer, WHITE);
				it2->second.fill(getAreaColour(mapPopulation->second), &framebuffer, windowBorder);
				framebuffer.SwapBuffers();
			}
			else if (c == 'c') {
				initMatrix();
				for(map<string, Color32>::iterator it=colors.begin(); it!=colors.end(); it++){
					Color32 RGB = it->second;
					string str = it->first;
					Shape sclip = Pclip(areas[str], Pmin, Pmax);
					sclip.fill((Color32)RGB, &framebuffer, windowBorder);
				}

				framebuffer.SwapBuffers();
			}
			else if(c == 'x'){
				break;
			}
			else if(c == '1'){
				debugMode = !debugMode;

				if (debugMode){
					//cout << "area highlighted now : " << it2->first << endl;
					Color32 res = getAreaColour(43200000);
					printf("rgba= %d %d %d %d\n",res.r,res.g,res.b,res.a);
				} else {
					it2->second.unfill(colors[it2->first], &framebuffer, windowBorder);
					it2->second.draw(&framebuffer, WHITE);
					// it2++;
					it2->second.fill(RED, &framebuffer, windowBorder);
					framebuffer.SwapBuffers();
				}
			}

			if (debugMode){
				cout << "area highlighted now : " << it2->first << endl;
			}
		}
	}

	cout << "area highlighted : " << it2->first << endl;

	// vector<Point> pmy = areas["ForeignArea56"].getVertices();
	// ofstream myfile("output.txt");

	// if (myfile.is_open()) {
	// 	for (int i = 0; i < pmy.size(); i++) {
	// 		myfile << pmy[i].x << " " << pmy[i].y << endl;
	// 	}
	// 	myfile.close();
	// }


	return 0;
}