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纯C语言小游戏.docx
/* Program copyright to Software House: Green C */
#include
#include
#include
#include
#include
#include
struct object_fix
{
char name[20];
char id[5];
char desc[500];
char action[30];
char im[5];
};
struct object_move
{
char name[20];
char id[5];
char desc[500];
int loc;
int pwr;
int strg;
char im[5];
};
struct rover
{
char name[20];
char id[5];
char desc[500];
int pwr;
int strg;
int location[2];
char im[5];
};
struct map /* this is the map structure*/
{
char data[20];
char add_data[20];
int amount;
int x; /* this were the successor keeps it's x & y values*/
int y;
};
struct location /*this structure is for the successor lister*/
{
float height;
char obj;
};
void stats_update(int selected, struct rover *p_rover)
{
switch (selected)
{
case 1:
if(p_rover->pwr < 7)
printf("\n\nYou do not have enough power to perform this action!\n\n");
else
{
(p_rover->pwr) -= 7;
printf("You have destroyed the object!\n\n");
}
break;
case 2:
if(p_rover->pwr < 3)
printf("\n\nYou do not have enough power to perform this action!\n\n");
else if(p_rover->strg > 90)
printf("\n\nYou do not have enough storage space for this object!\n\n");
else
{
(p_rover->pwr) -= 3;
(p_rover->strg) += 10;
printf("You have collected a sample of the object!\n\n");
}
break;
case 3:
p_rover->pwr -= 10; /*Distance around object- value gained from mapper module. 1
square = -1 power*/
printf("You have avoided the object!\n\n");
break;
case 4:
p_rover->pwr -= 2;
printf("You have driven through the obstacle!\n\n");
break;
case 5:
if(p_rover->pwr == 100)
printf("\n\nYou do not need to charge up!\n\n");
else
{
p_rover->pwr = 100;
printf("You have charged up your rover!\n\n");
}
break;
default:
printf("\n\n*****ERROR*****\nInvalid Selection\n\n");
break;
}
}
void action(char object, struct rover *p_rover)
{
int selection;
switch(object)
{
case 1:
printf("\nYou have encountered: A Sandy Rock\n\n");
printf("This object can be:\n1.\tDestroyed\n2.\tCollected\nPlease choose action 1 or
2:\t");
scanf("%d", &selection);
stats_update(selection, p_rover);
break;
case 2:
printf("\nYou have encountered: A Solid Rock\n\n");
printf("This object can be:\n1.\tAvoided\n2.\tCollected\nPlease choose action 1 or 2:\t");
scanf("%d", &selection);
if (selection == 1)
selection = 3;
stats_update(selection, p_rover);
break;
case 3:
printf("\nYou have encountered: A Mountain\n\n");
printf("This object can be:\n1.\tAvoided\nPlease enter 1:\t");
scanf("%d", &selection);
selection = 3;
stats_update(selection, p_rover);
break;
case 4:
printf("\nYou have encountered: Dust\n\n");
printf("This object can be:\n1.\tDriven through\n2.\tCollected\nPlease choose action 1
or 2:\t");
scanf("%d", &selection);
if (selection == 1)
selection = 4;
stats_update(selection, p_rover);
break;
case 5:
printf("\nYou have encountered: A Sheer Valley\n\n");
printf("This object can be:\n1.\tAvoided\nPlease enter 1:\t");
scanf("%d", &selection);
selection = 3;
stats_update(selection, p_rover);
break;
case 6:
printf("\nYou have encountered: A Gentle Valley\n\n");
printf("This object can be:\n1.\tDriven through\n2.\tAvoided\nPlease choose action 1 or
2:\t");
scanf("%d", &selection);
if (selection == 1)
selection = 4;
if (selection == 2)
selection = 3;
stats_update(selection, p_rover);
break;
case 7:
printf("\nYou have encountered: A 'Martian' Tree\n\n");
printf("This object can be:\n1.\tDestroyed\n2.\tCollected\n3.\tAvoided\nPlease choose
action 1, 2 or 3:\t");
scanf("%d", &selection);
stats_update(selection, p_rover);
break;
case 8:
printf("\nYou have encountered: Shallow Water\n\n");
printf("This object can be:\n1.\tDriven through\n2.\tCollected\n3.\tAvoided\nPlease
choose action 1, 2 or 3:\t");
scanf("%d", &selection);
if (selection == 1)
selection = 4;
stats_update(selection, p_rover);
break;
case 9:
printf("\nYou have encountered: Deep Water\n\n");
printf("This object can be:\n1.\tAvoided\n2.\tCollected\nPlease choose action 1 or 2:\t");
scanf("%d", &selection);
if (selection == 1)
selection = 3;
stats_update(selection, p_rover);
break;
case 10:
printf("\nYou have encountered: An Aggressive Alien\n\n");
printf("This object can be:\n1.\tDestroyed\nPlease enter 1:\t");
scanf("%d", &selection);
selection = 1;
stats_update(selection, p_rover);
break;
case 11:
printf("\nYou have encountered: A Non-Aggressive Alien\n\n");
printf("This object can be:\n1.\tAvoided\nPlease enter 1:\t");
scanf("%d", &selection);
selection = 3;
stats_update(selection, p_rover);
break;
case 12:
printf("\nYou have encountered: Another Rover\n\n");
printf("This object can be:\n1.\tAvoided\nPlease enter 1:\t");
scanf("%d", &selection);
selection = 3;
stats_update(selection, p_rover);
break;
case 13:
printf("\nYou have encountered: A Power Station\n\n");
printf("You can:\n1.\tCharge up\n2.\tAvoid\nPlease choose action 1 or 2:\t");
scanf("%d", &selection);
if (selection == 1)
selection = 5;
if (selection == 2)
selection = 3;
stats_update(selection, p_rover);
break;
default:
printf("\n\n*****ERROR*****\n\n");
break;
}
}
void show_map(struct map *number, struct map *number_2, struct object_fix *rsny,
struct object_fix *rsld, struct object_fix *mnt, struct object_fix *dst,
struct object_fix *vshr, struct object_fix *vgnt, struct object_fix *mtre,
struct object_fix *wshl, struct object_fix *wdp, struct object_move *aagr,
struct object_move *anon, struct object_move *rvr, struct object_move *pstn, struct
rover *p_rover) /*the show map function calling number and number_2 from the map
structure to see if moveable objects are needed*/
{
struct map f_map[8][8]; /*8 by 8 map*/
int i,j, rx, ry, object; /*this is your x and y value in your map (f_map)*/
system("cls"); /* this is your x and y value in your map (f_map)*/
//srand(time(NULL)); /*calling the time from include to gather random variables*/
for(i=0;i<8;i++) /*for loop to copy all your fixed object lists into f_map so they can be
displayed*/
{
for(j=0;j<8;j++)
strcpy(f_map[i][j].data,"");
}
if (number->amount>0) /*this is looking at the add function to see weather or not there
are aliens in f_map*/
{
for(i=0;iamount;i++) /*allocating the number of aliens in f_map*/
strcpy(f_map[rand()%8][rand()%8].data, anon->im); /*randomizing their position*/
}
if(number_2->amount>0) /*repeat of above just for rovers instead*/
{
for(i=0;iamount;i++)
strcpy(f_map[rand()%8][rand()%8].data, rvr->im);
}
rx= p_rover->location[0];
ry= p_rover->location[1];
strcpy(f_map[1][0].data, wdp->im);
strcpy(f_map[4][0].data, mnt->im);
strcpy(f_map[5][0].data, mnt->im);
strcpy(f_map[3][1].data, dst->im);
strcpy(f_map[4][1].data, dst->im);
strcpy(f_map[3][2].data, dst->im);
strcpy(f_map[4][2].data, dst->im);
strcpy(f_map[0][3].data, mnt->im);
strcpy(f_map[1][3].data, mnt->im);
strcpy(f_map[3][3].data, vshr->im);
strcpy(f_map[4][3].data, dst->im);
strcpy(f_map[5][3].data, vgnt->im);
strcpy(f_map[3][4].data, vshr->im);
strcpy(f_map[4][4].data, dst->im);
strcpy(f_map[5][4].data, vgnt->im);
strcpy(f_map[2][5].data, wshl->im);
strcpy(f_map[3][5].data, wshl->im);
strcpy(f_map[4][5].data, wshl->im);
strcpy(f_map[1][6].data, pstn->im);
strcpy(f_map[2][6].data, wdp->im);
strcpy(f_map[3][6].data, wdp->im);
strcpy(f_map[4][6].data, wshl->im);
strcpy(f_map[7][6].data, mnt->im);
strcpy(f_map[0][7].data, mnt->im);
strcpy(f_map[1][7].data, wdp->im);
strcpy(f_map[2][7].data, wshl->im);
strcpy(f_map[3][7].data, wshl->im);
strcpy(f_map[6][7].data, mnt->im);
strcpy(f_map[rx][ry].data, p_rover->im);
if((rx == 1 && ry == 0) || (rx == 2 && ry == 6) ||(rx == 3 && ry == 6) ||(rx == 1 &&
ry == 7))
{
object = 9;
action(object, p_rover);
}
else if((rx == 4 && ry == 0) || (rx == 5 && ry == 0) || (rx == 0 && ry == 3) || (rx ==
1 && ry == 3) || (rx == 7 && ry == 6) || (rx == 0 && ry == 7) || (rx == 6 && ry ==
7))
{
object = 3;
action(object, p_rover);
}
else if((rx == 3 && ry== 1) || (rx == 4 && ry == 1) || (rx == 3 && ry== 2) || (rx ==
4 && ry == 2) || (rx == 4 && ry == 3) || (rx == 4 && ry == 4))
{
object = 4;
action(object, p_rover);
}
else if((rx == 3 && ry == 3) || (rx == 3 && ry == 4))
{
object = 5;
action(object, p_rover);
}
else if((rx == 5 && ry == 3) || (rx == 5 && ry == 4))
{
object = 6;
action(object, p_rover);
}
else if((rx == 2 && ry == 5) || (rx == 3 && ry == 5 ) || (rx == 4 && ry == 5) || (rx
== 4 && ry == 6) ||(rx == 2 && ry == 7) || (rx == 3 && ry == 7))
{
object = 8;
action(object, p_rover);
}
else if(rx == 1 && ry == 6)
{
object = 13;
action(object, p_rover);
}
i=0; /*re-allocate i to 0 so map is printed from start*/
for(i=0;i<8;i++) /*8 by 8 map*/
{
printf("+----+----+----+----+----+----+----+----+\n");
for(j=0;j<8;j++) /*8 by 8 map*/
{
if(strlen(f_map[i][j].data)!=0) /*if function to print nothing but 4 spaces if there in
nothing allocated in [i][j]*/
printf("|%4s",f_map[i][j].data);
else
printf("| "); /*end of coloumn visible map*/
}
printf("|\n"); /*end of last coloumn visible map*/
}
printf("+----+----+----+----+----+----+----+----+\n"); /*bottom of map*/
printf("\n");
printf("\270");
printf("Group B\n");
}
void add_obj(struct map *number, struct map *number_2, struct object_fix *rsny,
struct object_fix *rsld, struct object_fix *mnt, struct object_fix *dst,
struct object_fix *vshr, struct object_fix *vgnt, struct object_fix *mtre,
struct object_fix *wshl, struct object_fix *wdp, struct object_move *aagr,
struct object_move *anon, struct object_move *rvr, struct object_move *pstn, struct
rover *p_rover) /* add movable object function, *number=aliens, *number_2=rovers*/
{
int object, t, f;
char alien;
char rover;
printf("This is the add movable object function\n");
printf("how many aliens would you like?\n");
scanf("%d",&t); /*user input of amount of aliens*/
number->amount=t; /*saving the number in structure map-amount*/
printf("how many rovers would you like?\n");
scanf("%d",&f); /*user input of amount of rovers*/
number_2->amount=f; /*saving the number in structure map-amount*/
show_map(number, number_2, rsny, rsld, mnt, dst, vshr, vgnt, mtre, wshl,
wdp, aagr, anon, rvr, pstn, p_rover); /*go to show map function with the number of
aliens and number of rovers*/
}
void successor() /*this functions askes the user for the location and then were they want
to go from there, printing out that location*/
{
struct map location;
int menu;
int ncol,nrow; /*we can change the n value depends how large the map you need.*/
ncol=8;
nrow=8;
printf("This is the successor function\n");
printf("Enter the \nx=\ty=\n");
scanf("%d%d",&location.x,&location.y); /*saving location in map location x and y*/
printf("Enter operator choice\n");
printf("1=left\n");
printf("2=right\n");
printf("3=upwards\n");
printf("4=down\n");
printf("5=quit\n");
scanf("%d",&menu);
switch(menu) /*menu switch to show the position above, underneith, and next to the
rover*/
{
case 1:location.x=location.x-1;
printf("The position is [%d,%d]\n",location.x,location.y);
break;
case 2:location.x=location.x+1;
printf("The position is [%d,%d]\n",location.x,location.y);
break;
case 3:location.y=location.y-1;
printf("The position is [%d,%d]\n",location.x,location.y);
break;
case 4:location.y=location.y+1;
printf("The position is [%d,%d]\n",location.x,location.y);
break;
case 5:
printf("*****back to program*****\n"); /* Quits the program and prints out the
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