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ftc244-RunDarwin.c++
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// --------------------------------
// projects/Darwin/TestDarwin.c++
// Frank Cerasoli
// Tim Carroll
// --------------------------------
/*
To run the program:
% g++ -pedantic -std=c++0x -Wall Darwin.c++ RunDarwin.c++ -o RunDarwin
% valgrind RunDarwin < RunDarwin.in > 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
*/
// -------
// defines
// -------
#ifdef ONLINE_JUDGE
#define NDEBUG
#endif
// --------
// includes
// --------
#include <iostream> // cin, cout
#include <fstream> //File input
#include <cassert> // assert
#include <memory> // allocator
#include <stdexcept>
#include "Darwin.h"
// -----
// read
// -----
// ----
// main
// ----
int main () {
using namespace std;
Species specs[5] = {Species(0), Species(1), Species(2), Species(3), Species(4)};
//Adds instructions for species
Instruction inst;
//FOOD
inst.control = 0;
inst.id = LEFT;
specs[0].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[0].addInstruction(inst);
//HOPPER
inst.control = 0;
inst.id = HOP;
specs[1].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[1].addInstruction(inst);
//ROVER
inst.control = 1;
inst.id = IF_ENEMY;
inst.n = 9;
specs[2].addInstruction(inst);
inst.control = 1;
inst.id = IF_EMPTY;
inst.n = 7;
specs[2].addInstruction(inst);
inst.control = 1;
inst.id = IF_RANDOM;
inst.n = 5;
specs[2].addInstruction(inst);
inst.control = 0;
inst.id = LEFT;
specs[2].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[2].addInstruction(inst);
inst.control = 0;
inst.id = RIGHT;
specs[2].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[2].addInstruction(inst);
inst.control = 0;
inst.id = HOP;
specs[2].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[2].addInstruction(inst);
inst.control = 0;
inst.id = INFECT;
specs[2].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[2].addInstruction(inst);
//TRAP
inst.control = 1;
inst.id = IF_ENEMY;
inst.n = 3;
specs[3].addInstruction(inst);
inst.control = 0;
inst.id = LEFT;
specs[3].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[3].addInstruction(inst);
inst.control = 0;
inst.id = INFECT;
specs[3].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[3].addInstruction(inst);
//BEST
inst.control = 0;
inst.id = HOP;
specs[4].addInstruction(inst);
inst.control = 0;
inst.id = LEFT;
specs[4].addInstruction(inst);
inst.control = 1;
inst.id = GO;
inst.n = 0;
specs[4].addInstruction(inst);
// Test Case #1
try {
cout << "*** Darwin 8x8 ***" << std::endl;
Game game (8,8);
game.addCreature(Creature(0,0,&specs[0],2));
game.addCreature(Creature(3,3,&specs[1],1));
game.addCreature(Creature(3,4,&specs[1],2));
game.addCreature(Creature(4,4,&specs[1],3));
game.addCreature(Creature(4,3,&specs[1],0));
game.addCreature(Creature(7,7,&specs[0],1));
runGame(cin, cout, 5, &game);
}
catch (const invalid_argument&) {
assert(false);
}
catch (const out_of_range&)
{
assert(false);
}
// Test Case #2
try {
cout << "*** Darwin 7x9 ***" << std::endl;
Game game (7,9);
game.addCreature(Creature(0,0,&specs[3],3));
game.addCreature(Creature(3,2,&specs[1],2));
game.addCreature(Creature(5,4,&specs[2],1));
game.addCreature(Creature(6,8,&specs[3],0));
runGame(cin, cout, 5, &game);
}
catch (const invalid_argument&) {
assert(false);
}
catch (const out_of_range&)
{
assert(false);
}
//Test Case #3
try {
cout << "*** Darwin 72x72 without Best ***" << endl;
srand(0);
/*
Randomly place the following creatures facing randomly.
Call rand(), mod it with 5184 (72x72), and use that for the position
in a row-major order grid.
Call rand() again, mod it with 4 and use that for it's direction with
the ordering: west, north, east, south.
Do that for each kind of creature.
10 Food
10 Hopper
10 Rover
10 Trap
Simulate 1000 moves.
Print the first 10 grids (i.e. 0, 1, 2...9).
Print every 100th grid after that (i.e. 100, 200, 300...1000).
*/
int turns = 1000;
int gRows = 72;
int gCols = 72;
// Create our game
Game game(gRows,gCols);
int gSize = gRows * gCols;
int cPos;
int cRow;
int cCol;
int cDir;
int cNum = 20;
int cNumTypes = 4;
for(int i = 0; i < cNumTypes; i++) {
for(int j = 0; j < cNum; j++) {
cPos = rand() % gSize;
cRow = cPos / gCols;
cCol = cPos % gCols;
switch(rand() % 4) {
case 0:
cDir = 0;
case 1:
cDir = 1;
case 2:
cDir = 2;
case 3:
cDir = 3;
}
game.addCreature(Creature(cRow, cCol, &specs[i], cDir));
}
}
runGame(cin,cout,turns,&game);
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// Test Case #4
try {
cout << "*** Darwin 72x72 with Best ***" << endl;
srand(0);
/*
Randomly place the following creatures facing randomly.
Call rand(), mod it with 5184 (72x72), and use that for the position
in a row-major order grid.
Call rand() again, mod it with 4 and use that for it's direction with
the ordering: west, north, east, south.
Do that for each kind of creature.
10 Food
10 Hopper
10 Rover
10 Trap
Simulate 1000 moves.
Print the first 10 grids (i.e. 0, 1, 2...9).
Print every 100th grid after that (i.e. 100, 200, 300...1000).
*/
int turns = 1000;
int gRows = 72;
int gCols = 72;
// Create our game
Game game(gRows,gCols);
int gSize = gRows * gCols;
int cPos;
int cRow;
int cCol;
int cDir;
int cNum = 20;
int cNumTypes = 5;
for(int i = 0; i < cNumTypes; i++) {
for(int j = 0; j < cNum; j++) {
cPos = rand() % gSize;
cRow = cPos / gCols;
cCol = cPos % gCols;
switch(rand() % 4) {
case 0:
cDir = 0;
case 1:
cDir = 1;
case 2:
cDir = 2;
case 3:
cDir = 3;
}
game.addCreature(Creature(cRow, cCol, &specs[i], cDir));
}
}
runGame(cin,cout,turns,&game);
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// Test Case #5
try {
cout << "*** Darwin 3x3 ***" << std::endl;
Game game (3,3);
game.addCreature(Creature(0,0,&specs[3],3));
game.addCreature(Creature(1,2,&specs[1],2));
game.addCreature(Creature(2,2,&specs[2],1));
runGame(cin, cout, 5, &game);
}
catch (const invalid_argument&) {
assert(false);
}
catch (const out_of_range&)
{
assert(false);
}
// Test Case #6
try {
cout << "*** Darwin 15x15 ***" << std::endl;
Game game (15,15);
game.addCreature(Creature(0,0,&specs[3],3));
game.addCreature(Creature(3,2,&specs[1],2));
game.addCreature(Creature(5,4,&specs[2],1));
game.addCreature(Creature(6,8,&specs[3],0));
game.addCreature(Creature(7,8,&specs[0],0));
game.addCreature(Creature(7,9,&specs[0],1));
game.addCreature(Creature(7,10,&specs[0],2));
game.addCreature(Creature(7,11,&specs[0],3));
game.addCreature(Creature(7,12,&specs[0],0));
game.addCreature(Creature(7,13,&specs[0],0));
game.addCreature(Creature(13,13,&specs[2],0));
game.addCreature(Creature(14,12,&specs[3],2));
runGame(cin, cout, 7, &game);
}
catch (const invalid_argument&) {
assert(false);
}
catch (const out_of_range&)
{
assert(false);
}
// Test Case #7
try {
cout << "*** Darwin 32x32 Crowded Creatures ***" << std::endl;
Game game (32,32);
game.addCreature(Creature(3,2,&specs[1],2));
game.addCreature(Creature(5,4,&specs[2],1));
game.addCreature(Creature(6,8,&specs[3],0));
game.addCreature(Creature(7,8,&specs[0],0));
game.addCreature(Creature(7,9,&specs[0],1));
game.addCreature(Creature(7,10,&specs[0],2));
game.addCreature(Creature(7,11,&specs[0],3));
game.addCreature(Creature(7,12,&specs[0],0));
game.addCreature(Creature(7,13,&specs[0],0));
game.addCreature(Creature(13,13,&specs[2],0));
game.addCreature(Creature(14,12,&specs[3],2));
game.addCreature(Creature(31,31,&specs[3],0));
game.addCreature(Creature(0,31,&specs[3],0));
game.addCreature(Creature(0,0,&specs[3],2));
game.addCreature(Creature(31,0,&specs[3],2));
game.addCreature(Creature(31,1,&specs[2],3));
game.addCreature(Creature(25,25,&specs[2],0));
runGame(cin, cout, 15, &game);
}
catch (const invalid_argument&) {
assert(false);
}
catch (const out_of_range&)
{
assert(false);
}
/*
TEST CASE FROM twpixley
Randomly place the following creatures facing randomly.
Call rand(), mod it with 2500 (50x50), and use that for the position
in a row-major order grid.
Call rand() again, mod it with 4 and use that for it's direction with
the ordering: 0:west, 1:north, 2:east, 3:south.
Do that for each kind of creature.
10 Food
10 Hopper
10 Rover
10 Trap
Simulate 1000 moves.
Best MUST outnumber ALL other species for the bonus pts.
Print the first 10 grids (i.e. 0, 1, 2...9).
Print every 100th grid after that (i.e. 100, 200, 300...1000).
*/
try {
cout << "*** Darwin 50x50 crowded ***" << endl;
srand(0);
int turns = 1000;
int gRows = 50;
int gCols = 50;
// Create our game
Game game(gRows,gCols);
int gSize = gRows * gCols;
int cPos;
int cRow;
int cCol;
int cDir;
int cNum = 20;
int cNumTypes = 4;
for(int i = 0; i < cNumTypes; i++) {
for(int j = 0; j < cNum; j++) {
cPos = rand() % gSize;
cRow = cPos / gCols;
cCol = cPos % gCols;
switch(rand() % 4) {
case 0:
cDir = 0;
case 1:
cDir = 1;
case 2:
cDir = 2;
case 3:
cDir = 3;
}
game.addCreature(Creature(cRow, cCol, &specs[i], cDir));
}
}
runGame(cin,cout,turns,&game);
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// ----------
// TEST CASE FROM ss48333
// darwin 4x4 rovers
// ----------
try {
cout << "*** Darwin 4x4 Cross rovers ***" << endl;
/*
8x8 Darwin
Simulate 3 moves.
Print every grid.
*/
srand(0);
Game game(4, 4);
game.addCreature(Creature(3,0,&specs[2],1));
game.addCreature(Creature(3,1,&specs[2],1));
game.addCreature(Creature(3,2,&specs[2],1));
game.addCreature(Creature(3,3,&specs[2],1));
game.addCreature(Creature(1,0,&specs[0],1));
game.addCreature(Creature(1,1,&specs[0],1));
game.addCreature(Creature(1,2,&specs[0],1));
game.addCreature(Creature(1,3,&specs[0],1));
runGame(cin, cout, 3, &game);
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
// TEST CASE FROM davismc
// fod_walk_east 4x4
// ------------
// hoppers march in a line, like an aircraft carrier fod walk
try {
cout << "*** Fod Walk East 4x4 ***" << endl;
Game game(4, 4);
game.addCreature(Creature(0,0,&specs[1],2));
game.addCreature(Creature(1,0,&specs[1],2));
game.addCreature(Creature(2,0,&specs[1],2));
game.addCreature(Creature(3,0,&specs[1],2));
runGame(cin,cout,5,&game);
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
/*
* TEST CASE FOR austind
*/
try {
cout << "*** 1x60 Test for Meeting a Friend ***" << endl;
/*
1x60 Darwin
1 Hopper, facing east, at (0, 0)
1 Hopper, facing west, at (0, 59)
Simulate 29 moves
Print the first and last grid.
*/
Game g(1,60);
g.addCreature(Creature(0,0,&specs[1],2));
g.addCreature(Creature(0,59,&specs[1],0));
runGame(cin,cout,101,&g);
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
/*
TEST CASE FROM rgriege
5x5 Darwin
Trap, facing north, at (2, 3)
Rover, facing north, at (4, 2)
Rover, facing east, at (3, 1)
Rover, facing south, at (0, 4)
Hopper, facing east, at (4, 0)
Simulate 7 moves.
Print every grid.
*/
try {
cout << "*** Darwin 5x5 ***" << endl;
Game game(5,5);
game.addCreature(Creature(2,3,&specs[3],1));
game.addCreature(Creature(4,2,&specs[2],1));
game.addCreature(Creature(3,1,&specs[2],2));
game.addCreature(Creature(0,4,&specs[2],3));
game.addCreature(Creature(4,0,&specs[1],2));
runGame(cin,cout,7,&game);
}
catch (const invalid_argument&) {
assert(false);}
catch (const out_of_range&) {
assert(false);}
return 0;}