split.cpp

//Author of this file: Leah Moser
// This is the file that will be in charge of
//The split screen with stats


#include "split.h"

void printCenter(int startingCols, int cols, int line, const char *toPrint) {
  int length = strlen(toPrint);
  int printCol = ((cols - length) / 2) + startingCols;
  mvprintw(line, printCol, toPrint);
  return;
}

void drawValues(int x_beg, int whiffles, int energy, bool binocs, bool boat) {

	char *bino = (char*)"off";
	char *bote = (char*)"off";
	//conversion from integers to chars for window print
	if(binocs == true)
	{
		bino = (char*)"on ";
	}
	if(boat == true)
	{
		bote = (char*)"on ";
	}

        printCenter(x_beg, COLS/4, 2, "Hero of Frupal");
	mvprintw(LINES-13, x_beg+3, "Whiffles: ");
	mvprintw(LINES-12, x_beg+3, "%-4d", whiffles);
	mvprintw(LINES-10, x_beg+3, "Energy: ");
	mvprintw(LINES-9, x_beg+3, "%-3d", energy);
	mvprintw(LINES-7, x_beg+3, "Binoculars: ");
	mvprintw(LINES-6, x_beg+3, bino);
	mvprintw(LINES-4, x_beg+3, "Ship: ");
	mvprintw(LINES-3, x_beg+3, bote);

}

void drawTerr(int x_beg, grovnik * grov, char ** obstypes) {


  //grovnik info under cursor
	char * terrType;
	if(grov) {
	  switch (grov->terrain) {
	    case 1: //meadow
	      terrType = (char*)"Meadow";
	      break;
	    case 2: //swamp
	      terrType = (char*)"Swamp";
	      break;
	    case 3: //water
	      terrType = (char*)"Water";
	      break;
	    case 4: //wall
	      terrType = (char*)"Wall";
	      break;
	    default:
	      terrType = (char*)"Unknown";
	      break;
	  }
	} else {
		terrType = (char*)"Unknown";
	}

	mvprintw(4, x_beg+3, "Terrain:");
	//predraw to clear for terrain
	clearPrint(5, x_beg+3);
	mvprintw(5, x_beg+3, terrType);


	mvprintw(7, x_beg+3, "Grovnik Info:");


        clearPrint(8, x_beg+3);
	clearPrint(9, x_beg+3);
	clearPrint(10, x_beg+3);
	if (grov) {
		object * temp = grov -> poi;
		if(temp) {
			switch (temp -> get_type()) {
			 case 1: { // Treasure. show "treasure"
				mvprintw(8, x_beg+3, "Treasure");
				break;
			 }
			 case 2: { // Food. Show name & cost
				clearPrint(8, x_beg+3);
				mvprintw(8, x_beg+3, "Food:");
				food *print_food = temp->getFood();
				mvprintw(8, x_beg+3, print_food->get_name());

				clearPrint(9, x_beg+3);
				mvprintw(9, x_beg+3, "Cost:");
				mvprintw(9, x_beg+10, "%-3d", temp->get_cost());
				break;
			 }
			 case 3: { // Tool. show name, cost, effectiveness
				tool *print_tool = temp->getTool();
				clearPrint(8, x_beg+3);
				mvprintw(8, x_beg+3, "Tool:  ");
				mvprintw(8, x_beg+10, print_tool -> get_t_name());

				clearPrint(9, x_beg+3);
				mvprintw(9, x_beg+3, "Effective on ");
				mvprintw(9, x_beg+16, obstypes[print_tool -> get_obstype()]);

				clearPrint(10, x_beg+3);
				mvprintw(10, x_beg+3, "Cost:  ");
				mvprintw(10, x_beg+10, "%-3d", temp->get_cost());
				//mvprintw(9, x_beg+3, p_tool);
				break;
			 }
			 case 4: { // clue. Leave clues behind and show info whenever
				clearPrint(8, x_beg+3);
				mvprintw(8, x_beg+3, "Clue");
				//Print the clue?
				break;
			 }
			 case 5: { // ship. Display cost
				clearPrint(8, x_beg+3);
				mvprintw(8, x_beg+3, "Ship");

				clearPrint(9, x_beg+3);
				mvprintw(9, x_beg+3, "Cost:  ");
				mvprintw(9, x_beg+10, "%-3d", temp->get_cost());
				break;
			 }
			 case 6: { // binoculars. show cost
				clearPrint(8, x_beg+3);
				mvprintw(8, x_beg+3, "Binoculars");

				clearPrint(9, x_beg+3);
				mvprintw(9, x_beg+3, "Cost:  ");
				mvprintw(9, x_beg+10, "%-3d", temp->get_cost());
				break;
			 }
			 case 7: { // obstacle. Display type
			 	clearPrint(8, x_beg+3);
				mvprintw(8, x_beg+3, "Obstacle:");
				mvprintw(8, x_beg+13, obstypes[temp->getObst()->get_obstacle()]);

				clearPrint(9, x_beg+3);
				mvprintw(9, x_beg+3, "Energy required: ");
				mvprintw(9, x_beg+22, "%-3d", temp -> get_cost());
				break;
			 }
			}
		}
	}

}

void drawInven(int x_beg, vector<tool*> inventory)
{
	return;
}
void clearPrint(int where, int spot)
{
	mvprintw(where, spot, "                                    ");
}