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ericsu-RunDarwin.c++
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// -----------------------------
// projects/darwin/RunDarwin.c++
// Copyright (C) 2013
// Glenn P. Downing
// -----------------------------
/*
To run the program:
% g++ -pedantic -std=c++0x -Wall Darwin.c++ RunDarwin.c++ -o RunDarwin
% valgrind RunDarwin > RunDarwin.out
To configure Doxygen:
doxygen -g
That creates the file Doxyfile.
Make the following edits:
EXTRACT_ALL = YES
EXTRACT_PRIVATE = YES
EXTRACT_STATIC = YES
GENERATE_LATEX = NO
To document the program:
doxygen Doxyfile
*/
// --------
// includes
// --------
#include <cassert> // assert
#include <cstdlib> // rand, srand
#include <iostream> // cout, endl
#include <stdexcept> // invalid_argument, out_of_range
#include "Darwin.h"
#include <string>
// ----
// main
// ----
int main () {
using namespace std;
Species food = Species("food");
food.addInstruction("left");
food.addInstruction("go 0");
// ----
// food
// ----
/*
0: left
1: go 0
*/
// ------
// hopper
// ------
/*
0: hop
1: go 0
*/
Species hopper = Species("hopper");
hopper.addInstruction("hop");
hopper.addInstruction("go 0");
// -----
// rover
// -----
/*
0: if_enemy 9
1: if_empty 7
2: if_random 5
3: left
4: go 0
5: right
6: go 0
7: hop
8: go 0
9: infect
10: go 0
*/
Species rover = Species("rover");
rover.addInstruction("if_enemy 9");
rover.addInstruction("if_empty 7");
rover.addInstruction("if_random 5");
rover.addInstruction("left");
rover.addInstruction("go 0");
rover.addInstruction("right");
rover.addInstruction("go 0");
rover.addInstruction("hop");
rover.addInstruction("go 0");
rover.addInstruction("infect");
rover.addInstruction("go 0");
// ----
// trap
// ----
/*
0: if_enemy 3
1: left
2: go 0
3: infect
4: go 0
*/
Species trap = Species("trap");
trap.addInstruction("if_enemy 3");
trap.addInstruction("left");
trap.addInstruction("go 0");
trap.addInstruction("infect");
trap.addInstruction("go 0");
// ----------
// darwin 3x10
// ----------
try {
cout << "*** Darwin 3x10 ***" << endl;
srand(0);
/*
3x10 Darwin
Trap, facing south, at (2, 6)
t
Hopper, facing north, at (2, 7)
Rover, facing west, at (0, 0)
Trap, facing north, at (9, 9)
Simulate 10 moves.
Print every grid.
*/
Grid world = Grid(3,10);
world.addCreature(trap,2,6,SOUTH);
world.addCreature(hopper,2,7,NORTH);
world.addCreature(rover,0,0,WEST);
world.addCreature(trap,2,9,NORTH);
world.print();
for(int q = 0; q<10; q++) {
world.takeTurn();
world.print();
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// darwin 1x10
// ----------
try {
cout << "*** Darwin 1x10 ***" << endl;
srand(0);
/*
1x10 Darwin
Hopper, facing east, at (0, 0)
Rover, facing east, at (0, 1)
Hopper, facing east, at (0, 2)
Rover, facing east, at (0, 3)
Hopper, facing east, at (0, 4)
Rover, facing east, at (0, 5)
Hopper, facing east, at (0, 6)
Rover, facing east, at (0, 7)
Hopper, facing east, at (0, 8)
Simulate 10 moves.
Print every grid.
*/
Grid world = Grid(1,10);
world.addCreature(hopper,0,0,EAST);
world.addCreature(rover,0,1,EAST);
world.addCreature(hopper,0,2,EAST);
world.addCreature(rover,0,3,EAST);
world.addCreature(hopper,0,4,EAST);
world.addCreature(rover,0,5,EAST);
world.addCreature(hopper,0,6,EAST);
world.addCreature(rover,0,7,EAST);
world.addCreature(hopper,0,8,EAST);
world.print();
for(int q = 0; q<10; q++) {
world.takeTurn();
world.print();
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// darwin 1x10 (corner case - creatures out of bounds)
// ----------
try {
cout << "*** Darwin 1x10 ***" << endl;
srand(0);
/*
1x10 Darwin
Hopper, facing north, at (0, 0)
Rover, facing north, at (0, 1)
Hopper, facing north, at (0, 2)
Rover, facing north, at (0, 3)
Hopper, facing north, at (0, 4)
Rover, facing north, at (0, 5)
Hopper, facing north, at (0, 6)
Rover, facing north, at (0, 7)
Hopper, facing north, at (0, 8)
Simulate 10 moves.
Print every grid.
*/
Grid world = Grid(1,10);
world.addCreature(hopper,0,0,NORTH);
world.addCreature(rover,0,1,NORTH);
world.addCreature(hopper,0,2,NORTH);
world.addCreature(rover,0,3,NORTH);
world.addCreature(hopper,0,4,NORTH);
world.addCreature(rover,0,5,NORTH);
world.addCreature(hopper,0,6,NORTH);
world.addCreature(rover,0,7,NORTH);
world.addCreature(hopper,0,8,NORTH);
world.print();
for(int q = 0; q<10; q++) {
world.takeTurn();
world.print();
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// darwin 5x5
// ----------
try {
cout << "*** Darwin 5x5 ***" << endl;
/*5x5 Darwin
Rover, facing east, at (0, 0)
Food, facing east, at (1, 0)
Food, facing east, at (2, 0)
Food, facing east, at (3, 0)
Food, facing east, at (4, 0)
Food, facing east, at (0, 1)
Food, facing east, at (1, 1)
Food, facing east, at (2, 1)
Food, facing east, at (3, 1)
Food, facing east, at (4, 1)
Food, facing east, at (0, 2)
Food, facing east, at (1, 2)
Food, facing east, at (2, 2)
Food, facing east, at (3, 2)
Food, facing east, at (4, 2)
Food, facing east, at (0, 3)
Food, facing east, at (1, 3)
Food, facing east, at (2, 3)
Food, facing east, at (3, 3)
Food, facing east, at (4, 3)
Food, facing east, at (0, 5)
Food, facing east, at (1, 5)
Food, facing east, at (2, 5)
Food, facing east, at (3, 5)
Food, facing east, at (4, 5)
Simulate 50 moves.
Print every 5 grid.
*/
Grid world = Grid(5,5);
world.addCreature(rover,0,0,EAST);
world.addCreature(food,1,0,EAST);
world.addCreature(food,2,0,EAST);
world.addCreature(food,3,0,EAST);
world.addCreature(food,4,0,EAST);
world.addCreature(food,0,1,EAST);
world.addCreature(food,1,1,EAST);
world.addCreature(food,2,1,EAST);
world.addCreature(food,3,1,EAST);
world.addCreature(food,4,1,EAST);
world.addCreature(food,0,2,EAST);
world.addCreature(food,1,2,EAST);
world.addCreature(food,2,2,EAST);
world.addCreature(food,3,2,EAST);
world.addCreature(food,4,2,EAST);
world.addCreature(food,0,3,EAST);
world.addCreature(food,1,3,EAST);
world.addCreature(food,2,3,EAST);
world.addCreature(food,3,3,EAST);
world.addCreature(food,4,3,EAST);
world.addCreature(food,0,4,EAST);
world.addCreature(food,1,4,EAST);
world.addCreature(food,2,4,EAST);
world.addCreature(food,3,4,EAST);
world.addCreature(food,4,4,EAST);
world.print();
for(int a = 0; a<50; a++) {
world.takeTurn();
if((a+1) % 5 == 0) {
world.print();}
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// darwin 10x10
// ----------
/* rover should change from cw to ccw, vice versa */
try {
cout << "*** Darwin 10x10 ***" << endl;
/*10x10 Darwin
Rover, facing east, at (0, 0)
Simulate 50 moves.
Print every grid.
*/
Grid world = Grid(10,10);
world.addCreature(rover,0,0,EAST);
world.print();
for(int a = 0; a<50; a++) {
world.takeTurn();
world.print();
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// darwin 5x5
// ----------
try {
cout << "*** Darwin 5x5 ***" << endl;
/*5x5 Darwin
Rover, facing east, at (0, 0)
Hopper, facing east, at (1, 0)
Hopper, facing east, at (2, 0)
Hopper, facing east, at (3, 0)
Hopper, facing east, at (4, 0)
Hopper, facing east, at (0, 1)
Hopper, facing east, at (1, 1)
Hopper, facing east, at (2, 1)
Hopper, facing east, at (3, 1)
Hopper, facing east, at (4, 1)
Hopper, facing east, at (0, 2)
Hopper, facing east, at (1, 2)
Hopper, facing east, at (2, 2)
Hopper, facing east, at (3, 2)
Hopper, facing east, at (4, 2)
Hopper, facing east, at (0, 3)
Hopper, facing east, at (1, 3)
Hopper, facing east, at (2, 3)
Hopper, facing east, at (3, 3)
Hopper, facing east, at (4, 3)
Hopper, facing east, at (0, 5)
Hopper, facing east, at (1, 5)
Hopper, facing east, at (2, 5)
Hopper, facing east, at (3, 5)
Hopper, facing east, at (4, 5)
Simulate 50 moves.
Print every 5 grid.
*/
Grid world = Grid(5,5);
world.addCreature(rover,0,0,EAST);
world.addCreature(hopper,1,0,EAST);
world.addCreature(hopper,2,0,EAST);
world.addCreature(hopper,3,0,EAST);
world.addCreature(hopper,4,0,EAST);
world.addCreature(hopper,0,1,EAST);
world.addCreature(hopper,1,1,EAST);
world.addCreature(hopper,2,1,EAST);
world.addCreature(hopper,3,1,EAST);
world.addCreature(hopper,4,1,EAST);
world.addCreature(hopper,0,2,EAST);
world.addCreature(hopper,1,2,EAST);
world.addCreature(hopper,2,2,EAST);
world.addCreature(hopper,3,2,EAST);
world.addCreature(hopper,4,2,EAST);
world.addCreature(hopper,0,3,EAST);
world.addCreature(hopper,1,3,EAST);
world.addCreature(hopper,2,3,EAST);
world.addCreature(hopper,3,3,EAST);
world.addCreature(hopper,4,3,EAST);
world.addCreature(hopper,0,4,EAST);
world.addCreature(hopper,1,4,EAST);
world.addCreature(hopper,2,4,EAST);
world.addCreature(hopper,3,4,EAST);
world.addCreature(hopper,4,4,EAST);
world.print();
for(int a = 0; a<50; a++) {
world.takeTurn();
if((a+1) % 5 == 0) {
world.print();}
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// darwin 5x5
// ----------
try {
cout << "*** Darwin 5x5 ***" << endl;
/*5x5 Darwin
Trap, facing east, at (0, 0)
Hopper, facing east, at (1, 0)
Hopper, facing east, at (2, 0)
Hopper, facing east, at (3, 0)
Hopper, facing east, at (4, 0)
Hopper, facing east, at (0, 1)
Hopper, facing east, at (1, 1)
Hopper, facing east, at (2, 1)
Hopper, facing east, at (3, 1)
Hopper, facing east, at (4, 1)
Hopper, facing east, at (0, 2)
Hopper, facing east, at (1, 2)
Hopper, facing east, at (2, 2)
Hopper, facing east, at (3, 2)
Hopper, facing east, at (4, 2)
Hopper, facing east, at (0, 3)
Hopper, facing east, at (1, 3)
Hopper, facing east, at (2, 3)
Hopper, facing east, at (3, 3)
Hopper, facing east, at (4, 3)
Hopper, facing east, at (0, 5)
Hopper, facing east, at (1, 5)
Hopper, facing east, at (2, 5)
Hopper, facing east, at (3, 5)
Hopper, facing east, at (4, 5)
Simulate 50 moves.
Print every 5 grid.
*/
Grid world = Grid(5,5);
world.addCreature(trap,0,0,EAST);
world.addCreature(hopper,1,0,EAST);
world.addCreature(hopper,2,0,EAST);
world.addCreature(hopper,3,0,EAST);
world.addCreature(hopper,4,0,EAST);
world.addCreature(hopper,0,1,EAST);
world.addCreature(hopper,1,1,EAST);
world.addCreature(hopper,2,1,EAST);
world.addCreature(hopper,3,1,EAST);
world.addCreature(hopper,4,1,EAST);
world.addCreature(hopper,0,2,EAST);
world.addCreature(hopper,1,2,EAST);
world.addCreature(hopper,2,2,EAST);
world.addCreature(hopper,3,2,EAST);
world.addCreature(hopper,4,2,EAST);
world.addCreature(hopper,0,3,EAST);
world.addCreature(hopper,1,3,EAST);
world.addCreature(hopper,2,3,EAST);
world.addCreature(hopper,3,3,EAST);
world.addCreature(hopper,4,3,EAST);
world.addCreature(hopper,0,4,EAST);
world.addCreature(hopper,1,4,EAST);
world.addCreature(hopper,2,4,EAST);
world.addCreature(hopper,3,4,EAST);
world.addCreature(hopper,4,4,EAST);
world.print();
for(int a = 0; a<50; a++) {
world.takeTurn();
if((a+1) % 5 == 0) {
world.print();}
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// darwin 100x100
// ----------
try {
cout << "*** Darwin 100x100 ***" << endl;
/*100x100 Darwin
Rover, facing north, at (0, 0)
Hopper, facing east, at (1, 0)
Hopper, facing east, at (2, 0)
Hopper, facing east, at (3, 0)
Hopper, facing east, at (4, 0)
Hopper, facing east, at (0, 1)
Hopper, facing east, at (1, 1)
Hopper, facing east, at (2, 1)
Hopper, facing east, at (3, 1)
Hopper, facing east, at (4, 1)
Hopper, facing east, at (0, 2)
Hopper, facing east, at (1, 2)
Hopper, facing east, at (2, 2)
Hopper, facing east, at (3, 2)
Hopper, facing east, at (4, 2)
Hopper, facing east, at (0, 3)
Hopper, facing east, at (1, 3)
Hopper, facing east, at (2, 3)
Hopper, facing east, at (3, 3)
Hopper, facing east, at (4, 3)
Hopper, facing east, at (0, 5)
Hopper, facing east, at (1, 5)
Hopper, facing east, at (2, 5)
Hopper, facing east, at (3, 5)
Hopper, facing east, at (4, 5)
Simulate 150 moves.
Print every 5 grid.
*/
Grid world = Grid(100,100);
world.addCreature(rover,99,99,NORTH);
world.addCreature(hopper,1,0,EAST);
world.addCreature(hopper,2,0,EAST);
world.addCreature(hopper,3,0,EAST);
world.addCreature(hopper,4,0,EAST);
world.addCreature(hopper,0,1,EAST);
world.addCreature(hopper,1,1,EAST);
world.addCreature(hopper,2,1,EAST);
world.addCreature(hopper,3,1,EAST);
world.addCreature(hopper,4,1,EAST);
world.addCreature(hopper,0,2,EAST);
world.addCreature(hopper,1,2,EAST);
world.addCreature(hopper,2,2,EAST);
world.addCreature(hopper,3,2,EAST);
world.addCreature(hopper,4,2,EAST);
world.addCreature(hopper,0,3,EAST);
world.addCreature(hopper,1,3,EAST);
world.addCreature(hopper,2,3,EAST);
world.addCreature(hopper,3,3,EAST);
world.addCreature(hopper,4,3,EAST);
world.addCreature(hopper,0,4,EAST);
world.addCreature(hopper,1,4,EAST);
world.addCreature(hopper,2,4,EAST);
world.addCreature(hopper,3,4,EAST);
world.addCreature(hopper,4,4,EAST);
world.print();
for(int a = 0; a<150; a++) {
world.takeTurn();
if((a+1) % 5 == 0) {
world.print();}
}
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
}