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newview.h
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newview.h
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#include "fn2.h"
#include "crawlfnc.h"
#include "monsstat.h"
#define MINSEE 11
//#include "\borlandc\crawl\fn4.h"
void item(void);
//void monster_grid(void);
void put_show(void);
//void monster_grid2(void);
//void far monster_grid(unsigned char no_mons, unsigned char mons_x [MNST], unsigned char mons_y [MNST], unsigned char mons_beh [MNST], int invis, char see_invis, int mons_class [MNST], char mcolour [MNST], int x_pos, int y_pos, unsigned char show [15] [15], unsigned char show_col [15] [15], char mons_ench [MNST] [3], char running);
void cloud_grid(void);
void monster_grid(void);
//void aware_monster_grid(void); don't bother
void noisy_2(char loudness); // x_plos & y_plos must have values for this function.
void losight(unsigned int sh [15] [15], unsigned char gr [80] [70], int x_p, int y_p);
void viewwindow(void)
{
// unsigned char buffy [1500]; //[800]; //392];
int bufcount = 0;
unsigned char showed = 0;
/*for (i = 0; i < 800; i ++)
{
buffy [i] = 2;
if (i % 2 == 1) buffy [i] = 1;
// if (i < 196) buffy [i] = 3;
}*/
/* 14
14
16
40
40
100*/
//if (running != 0) return;
// ^^^ proving that the display is the slow part!
//window(2,2,16,16);
_setcursortype(_NOCURSOR);
// shadowfunc();
losight(show, grid, x_pos, y_pos);
// losight(unsigned char sh [14] [14], unsigned char gr [80] [70], int x_p, int y_p)
for (count_x = 0; count_x < 14; count_x++)
{
for (count_y = 0; count_y < 14; count_y++)
{
show_col [count_x] [count_y] = 7; //grid_col [count_x + x_pos - 6] [count_y + y_pos - 6];
// map [count_x + x_pos - 7] [count_y + y_pos - 7] = show [count_x - 7] [count_y - 7];
}
//strcpy(show_col [count_x], row_of_7s);
}
item();
cloud_grid();
//monster_grid(); // these two need to be here, not in the input function, due to the for count_x for count_y thing above.
//monster_grid(no_mons, mons_x, mons_y, mons_beh, invis, see_invis, mons_class, mcolour, x_pos, y_pos, show, show_col, mons_ench, running);
//monster_grid(no_mons, mons_x, mons_y, mons_beh, invis, see_invis, mons_class, mcolour, x_pos, y_pos, show, show_col, mons_ench, running);
func_pass [0] = running;
// monster_grid(no_mons, mons_x, mons_y, mons_beh, invis, see_invis, mons_class, mcolour, x_pos, y_pos, show, show_col, mons_ench, func_pass, mons_sec);
monster_grid();
// aware_monster_grid();
running = func_pass [0];
/* for (count_x = 0; count_x < 12; count_x++)
{
for (count_y = 0; count_y < 12; count_y++)
{
if (show [count_x] [count_y] != 0 && pre_show [count_x] [count_y] != 0)
show [count_x] [count_y] = pre_show [count_x] [count_y];
if (show [count_x] [count_y] == 0)
pre_show [count_x] [count_y] = 0;
show_col [count_x] [count_y] = 7;
}
} */
bufcount = 132;
if (brek == 1)
{
// this - 6 bit should be right
for (count_y = (y_pos - 6); (count_y < y_pos + 7); count_y++)
{
bufcount += 20;
for (count_x = (x_pos - 6); (count_x < x_pos + 7); count_x++)
{
// gotoxy(count_x - x_pos + 7, count_y - y_pos + 7);
//put_show();
// void put_show(int count_x, int count_y, int x_pos, int y_pos, unsigned char show_col [15] [15], unsigned char show [15] [15], int your_colour, int your_sign)
//{
//showed = show [count_x - x_pos + 7] [count_y - y_pos + 7];
buffy [bufcount + 1] = show_col [count_x - x_pos + 7] [count_y - y_pos + 7]; //MAGENTA;
if (count_x != x_pos | count_y != y_pos)
{
//textcolor(show_col [count_x - x_pos + 7] [count_y - y_pos + 7]);
//if (show [count_x - x_pos + 6] [count_y - y_pos + 6] >= 30 && show [count_x - x_pos + 6] [count_y - y_pos + 6] < 97) show [count_x - x_pos + 6] [count_y - y_pos + 6] -= 30;
switch (show [count_x - x_pos + 7] [count_y - y_pos + 7])
{
/* buffy [bufcount] = show [count_x - x_pos + 7] [count_y - y_pos + 7];
buffy [bufcount + 1] = show_col [count_x - x_pos + 7] [count_y - y_pos + 7]; //MAGENTA;
bufcount += 2;*/
//if (bufcount > 5) abort();
case 0: showed = 0; break;
case 1: buffy [bufcount + 1] = rock_colour; //BROWN;
showed = 177; break; // rock wall
case 2: buffy [bufcount + 1] = LIGHTGRAY;
showed = 177; break; // stone wall
// ^^^^^
// later have level variables for each of them, as LIGHTGRAY walls may look slightly silly in hell
case 3: showed = 254; break; //43; break;
case 4: showed = 177;
buffy [bufcount + 1] = CYAN; break;
case 11: showed = 247;
buffy [bufcount + 1] = RED; // lava!
break;
case 12: showed = 247;
buffy [bufcount + 1] = BLUE; // water
break;
case 17: buffy [bufcount + 1] = floor_colour; //LIGHTGRAY;
showed = 249; break;
case 18: showed = 240; break; //60; break; // <
case 19: showed = 240; buffy [bufcount + 1] = RED; break; // staircase to hell
case 20: showed = 39; break; // open door
case 21: showed = 240; buffy [bufcount + 1] = BROWN; break; // branch staircase
/* case 22: showed = 62; break;
case 23: showed = 60; break;
case 24: showed = 62; break;*/
case 25: buffy [bufcount + 1] = 11;
showed = 94; break; // ^ dart trap
case 26: buffy [bufcount + 1] = MAGENTA;
showed = 94; break;
case 27: buffy [bufcount + 1] = LIGHTGRAY;
showed = 94; break;
case 28: showed = 249; buffy [bufcount + 1] = floor_colour;
break; // undiscovered trap
// if I change anything above here, must also change magic mapping!
case 38: showed = 41; break; // weapon )
case 39: showed = 91; break; // armour [
case 40: showed = 47; break; // food %
case 41: showed = 37; break; // wands / &c
case 42: showed = 43; break; // books +
case 43: showed = 63; break; // scroll ?
case 44: showed = 61; break; // ring = etc
case 45: showed = 33; break; // potions !
case 46: showed = 40; break; // stones
case 47: showed = '+'; break; // book +
case 48: showed = 37; break; // corpses part 1
case 52: showed = 36; break; // $ gold
case 97: showed = 97; break; // need to find a new starting number for the monsters, to cope with the +30 grid thing with more than 52 monsters.
case 98: showed = 98; break;
case 99: showed = 99; break;
case 100: showed = 100; break;
case 101: showed = 101; break;
case 102: showed = 102; break;
case 103: showed = 103; break; // g
case 104: showed = 104; break;
case 105: showed = 105; break;
case 106: showed = 106; break; // j
case 107: showed = 107; break;
case 108: showed = 'w'; break; // l
case 109: showed = 109; break; // m
case 110: showed = 110; break; // n
case 111: showed = 111; break; // o
case 112: showed = 112; break;
case 113: showed = 113; break;
case 114: showed = 114; break;
case 115: showed = 115; break;
case 116: showed = 116; break;
case 117: showed = 117; break;
case 118: showed = 118; break;
case 119: showed = 119; break;
case 120: showed = 120; break;
case 121: showed = 121; break;
case 122: showed = 122; break;
case 123: showed = 65; break; // A
case 124: showed = 66; break;
case 125: showed = 67; break;
case 126: showed = 68; break;
case 127: showed = 79; break; // two-headed Ogre (used to be Ettin, but that was boring)
case 128: showed = 70; break;
case 129: showed = 71; break; // G
case 130: showed = 'g'; break; // g
case 131: showed = 73; break;
case 132: showed = 74; break;
case 133: showed = 75; break; // K
case 134: showed = 76; break;
case 135: showed = 77; break;
case 136: showed = 78; break;
case 137: showed = 79; break;
case 138: showed = 80; break;
case 139: showed = 81; break;
case 140: showed = 82; break;
case 141: showed = 83; break;
case 142: showed = 84; break;
case 143: showed = 85; break;
case 144: showed = 86; break;
case 145: showed = 87; break;
case 146: showed = 88; break;
case 147: showed = 89; break;
case 148: showed = 90; break;
case 149: showed = 111; break; // orc warrior
case 150: showed = 75; break; // Kobold demonologist
case 151: showed = 111; break; // orc wizard
case 152: showed = 111; break; // orc knight
case 153: showed = 35; break; // #
case 154: showed = 'D'; break; // wyvern
case 155: showed = 'K'; break; // K-lord
// case 157: showed = 'K'; break;
case 156: showed = 'G'; break; // Giant eyeball
case 157: showed = 'W'; break; // Wight
case 158: showed = 'P'; break; // o Plant
case 159: showed = 's'; break; // wolf Spider
case 160: showed = ' '; break; // shadow
case 161: showed = 'p'; break; // hungry ghost
case 162: showed = 'G'; break; // eye of draining
case 163: showed = 'b'; break; // butterfly
case 164: showed = 'f'; break; // wandering mushroom
case 165: showed = 'E'; break; // efreet
case 166: showed = 'w'; break; // brain worm
case 167: showed = 'G'; break; // giant orange brain
case 168: showed = 'B'; break; // boulder beetle
case 169: showed = 'z'; break; // flying skull
case 170: showed = 'h'; break; // hell hound
case 171: showed = 'm'; break; // minotaur
case 172: showed = 'D'; break; // ice dragon
case 173: showed = 'J'; break; // slime thing
case 174: showed = 'W'; break; // blue wraith
case 175: showed = 'R'; break; // fake R
case 176: showed = 'G'; break; // Great orb of eyes
case 177:
case 178:
case 179:
case 180:
case 181:
case 182:
case 183:
case 184:
showed = 'd'; break; // devils
case 197: showed = 's'; break; // giant mite
case 198: showed = 'D'; break; // steam dragon
case 199: showed = 'u'; break; // very ugly thing
case 200: showed = 'o'; break; // orc sorceror
case 201: showed = 'H'; break; // hippogriff
case 202: showed = 'H'; break; // griffon
case 203: showed = 'D'; break; // hydra
case MLAVA0 + 97: showed = 'w'; break; // lava worm
case MLAVA1 + 97: showed = ';'; break; // lava fish
case MLAVA2 + 97: showed = 'S'; break; // lava snake
case MWATER0 + 97: showed = ';'; break; // big fish
case MWATER1 + 97: showed = ';'; break; // giant goldfish
case MWATER2 + 97: showed = ';'; break; // electrical eel
case MWATER3 + 97: showed = 'J'; break; // electrical eel
// change above to a #defined thing
default: showed = show [count_x - x_pos + 7] [count_y - y_pos + 7]; break;
}
// putch(show [count_x - x_pos + 6] [count_y - y_pos + 6]);
} else
{
// textcolor (your_colour); // your colour!
// putch(your_sign); // You!
// bufcount [
//bufcount += 2;
showed = your_sign;
buffy [bufcount + 1] = your_colour;
// bufcount += 2;
}
//} // end of put_show(...)
buffy [bufcount] = showed;
// have the colour defined before the switch, because some cases change it.
bufcount += 2;
//put_show(count_x, count_y, x_pos, y_pos, show_col, show, your_colour, your_sign);
/*
//textcolor(7);
textcolor(show_col [count_x - x_pos + 6] [count_y - y_pos + 6]);
//if (show [count_x - x_pos + 6] [count_y - y_pos + 6] >= 30 && show [count_x - x_pos + 6] [count_y - y_pos + 6] < 97) show [count_x - x_pos + 6] [count_y - y_pos + 6] -= 30;
switch (show [count_x - x_pos + 6] [count_y - y_pos + 6])
{
case 0: putch(32); break;
case 1: textcolor(6); putch(177); break; // rock wall
case 2: textcolor(7); putch(177); break; // stone wall
case 3: putch(43); break;
case 17: putch(249); break;
case 18: putch(60); break; // <
case 19: putch(62); break; // >
case 20: putch(39); break; // open door
case 21: putch(60); break;
case 22: putch(62); break;
case 23: putch(60); break;
case 24: putch(62); break;
case 25: textcolor(11); putch(94); break; // ^ dart trap
case 38: putch(41); break; // weapon )
case 39: putch(91); break; // armour [
case 40: putch(47); break; // food %
case 41: putch(37); break; // wands / &c
case 42: putch(43); break; // books +
case 43: putch(63); break; // scroll ?
case 44: putch(61); break; // ring = etc
case 45: putch(33); break; // potions !
case 46: putch(40); break; // stones
case 47: putch(37); break; // tool (
case 48: putch(37); break; // corpses part 1
case 52: putch(36); break; // $ gold
case 97: putch(97); break; // need to find a new starting number for the monsters, to cope with the +30 grid thing with more than 52 monsters.
case 98: putch(98); break;
case 99: putch(99); break;
case 100: putch(100); break;
case 101: putch(101); break;
case 102: putch(102); break;
case 103: putch(103); break;
case 104: putch(104); break;
case 105: putch(105); break;
case 106: putch(106); break;
case 107: putch(107); break;
case 108: putch(108); break;
case 109: putch(109); break;
case 110: putch(110); break;
case 111: putch(111); break;
case 112: putch(112); break;
case 113: putch(113); break;
case 114: putch(114); break;
case 115: putch(115); break;
case 116: putch(116); break;
case 117: putch(117); break;
case 118: putch(118); break;
case 119: putch(119); break;
case 120: putch(120); break;
case 121: putch(121); break;
case 122: putch(122); break;
case 123: putch(65); break;
case 124: putch(66); break;
case 125: putch(67); break;
case 126: putch(68); break;
case 127: putch(69); break;
case 128: putch(70); break;
case 129: putch(71); break;
case 130: putch(72); break;
case 131: putch(73); break;
case 132: putch(74); break;
case 133: putch(75); break;
case 134: putch(76); break;
case 135: putch(77); break;
case 136: putch(78); break;
case 137: putch(79); break;
case 138: putch(80); break;
case 139: putch(81); break;
case 140: putch(82); break;
case 141: putch(83); break;
case 142: putch(84); break;
case 143: putch(85); break;
case 144: putch(86); break;
case 145: putch(87); break;
case 146: putch(88); break;
case 147: putch(89); break;
case 148: putch(90); break;
default: putch (show [count_x - x_pos + 6] [count_y - y_pos + 6]); break;
}
// putch(show [count_x - x_pos + 6] [count_y - y_pos + 6]);
}
*/
/*if (count_x == x_pos && count_y == y_pos)
{
//textcolor (your_colour); // your colour!
//putch(64); // You!
bufcount += 2;
}*/
}
bufcount += 20;
}
window(2,1,35,17);
bufcount = 132;
if (level_type != 1) // labyrinth
for (count_y = 0; count_y < 13; count_y++)
{
bufcount += 20;
for (count_x = 0; count_x < 13; count_x++)
{
if (buffy [bufcount] != 0) map [count_x + x_pos - 7] [count_y + y_pos - 7] = buffy [bufcount];
bufcount += 2;
}
bufcount += 20;
//strcpy(show_col [count_x], row_of_7s);
}
bufcount = 0;
for (count_y = 0; count_y < 17; count_y ++)
{
for (count_x = 0; count_x < 33; count_x ++)
{
if (count_x + x_pos - 17 < 3 | count_y + y_pos - 9 < 3 | count_x + x_pos - 14 > 77 | count_y + y_pos - 9 > 67)
{
buffy [bufcount] = 0;
bufcount += 2;
continue;
}
if (count_x >= 10 && count_x <= 22 && count_y >= 2 && count_y <= 14 && buffy [bufcount] != 0)
{
//buffy [bufcount] = 0;
bufcount += 2;
continue;
}
buffy [bufcount] = map [count_x + x_pos - 17] [count_y + y_pos - 9];
buffy [bufcount + 1] = DARKGRAY;
bufcount += 2;
}
}
if (berserker != 0)
{
for (count_x = 1; count_x < 1400; count_x += 2)
{
buffy [count_x] = RED;
}
}
if (show_green != 0)
{
for (count_x = 1; count_x < 1400; count_x += 2)
{
buffy [count_x] = show_green;
}
show_green = 0;
}
/*
for (count_y = 0; count_y < 13; count_y ++)
{
for (count_x = 0; count_x < 33; count_x ++)
{
// cprintf(map [count_x + x_pos - 14] [count_y + y_pos - 7]);
if (count_x + x_pos - 17 < 10 | count_y + y_pos - 7 < 10 | count_x + x_pos - 14 > 70 | count_y + y_pos - 7 > 60)
continue;
// gotoxy(count_x + 1, count_y + 1);
// textcolor(DARKGRAY);
// putch(map [count_x + x_pos - 17] [count_y + y_pos - 7]);
}
// cprintf("\n\r");
}
*/
//puttext(2,2,14,14, buffy);
// puttext(12,2,24,14, buffy);
puttext(2,1,34,17, buffy);
// window(2,2,35,14);
} // end of (if brek...)
// _setcursortype(_NORMALCURSOR);
}
//void item(void)
//{
/*
item variables:
- Names of all possible objects in a char array called:
all_items [20?(name)] [11(class)] [30?(type)]
0: weapons }
1: ammunition }
2: armour } need property information
3: comestibles}
4: devices }
5: books }
6: scrolls }
7: rings, amulets etc} properties require special treatment
8: potions } no need for property variable
9: stones/gems }
10: tools & misc. }
Possibly all stored in a file somewhere eventually.
- Some types of objects have certain other values associated with them:
Property [4(class)] [30?(type)] [3?(property)]
weapons have hit & damage
armour has AC & evasion- Time to wear maybe factored into AC or mass.
comestibles have food value (and decay?)
devices have (effects?), max charges
books have type (spell, reference etc) & spell etc
- ALL items have mass: mass [11] [30?]
- Real names of items stored in all_items [20?] [11] [30?] (see above)
- // Fake names in fake_name [11] [30?] - NO.
- colours stored in it_colour [11] [30?]
char all_items [20] [11] [30];
unsigned int property [4] [30] [3];
" int mass [10] [30];
// char fake_name [20] [11] [30];
" int icolour [11] [30];
*** Individual items: ***
- All items on level in arrays: Assuming max 200 items on 1 level:
int item_class [200]
int item_type [200]
int item_plus [200] // +, charges, remaining food value
int item_dam [200] // damage
int fake_name [200] // fake names of items
if item_class = -1, item doesn't exist
int item_x, item_y
*/
/*
void item(void)
{
int s;
//int temp_show = 0;
//itcheck = 0;
for (s = 0; s < ITEMS; s++)
{
if (itc > it_no) break;
if (item_quant [s] != 0)
{
itc++;
if (item_x [s] > x_pos - 7 && item_x [s] < x_pos + 7 && item_y [s] > y_pos - 7 && item_y [s] < y_pos + 7 && show [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] != 0)
{
switch(item_class [s])
{
// case 0: show [item_x [s] - x_pos + 6] [item_y[s] - y_pos + 6] = 38; break;
// need + 6 because show is 0 - 12, not -6 - +6
/*
case 0: temp_show = 38; break;
// need + 6 because show is 0 - 12, not -6 - +6
case 1: temp_show = 38; break;
case 2: temp_show = 39; break;
case 3: temp_show = 40; break;
case 4: temp_show = 41; break;
case 5: temp_show = 42; break;
case 6: temp_show = 43; break;
case 7: temp_show = 44; break;
case 8: temp_show = 45; break;
case 9: temp_show = 46; break;
case 10: temp_show = 47; break;
case 11: temp_show = 48; break;
* //
case 0: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 38; break;
// need + 6 because show is 0 - 12, not -6 - +6
case 1: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 38; break;
case 2: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 39; break;
case 3: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 40; break;
case 4: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 41; break;
case 5: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 42; break;
case 6: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 43; break;
case 7: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 44; break;
case 8: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 45; break;
case 9: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 46; break;
case 10: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 47; break;
case 11: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 48; break;
case 15:
if (show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] < 38 | show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] > 52)
show [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] = 52;
// {
// temp_show = 52;
// }
// this if() thing stops the $ sign being shown in favour of other items.
break;
}
//show [item_x [s] - x_pos + 6] [item_y [s] - y_pos + 6] = temp_show;
show_col [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] = icolour [s];
//if (show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] < 38 | show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] > 52)
if (show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] == 52)
{
if (item_class [s] == 15) show_col [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] = 14;
}
//if (item_x [s] == x_pos && item_y [s] == y_pos) itcheck = 1;
} // end of if item_x
}
//else // Take this part out because later items which have been picked up reset earlier items.
//{
// grid [item_x [i]] [item_y[i]] = 7;
// grid_col [item_x [i]] [item_y [i]] = 7;
//}
}
itc = 0;
} // end of item()
*/
void monster_grid(void)
{
int s; // a loop thing
int mnc = 0;
for (s = 0; s < MNST; s++)
{
//if (mnc > no_mons) break; // can't trust no_mons anymore
if (mons_class [s] != -1)
{
mnc++;
if (mons_x [s] > x_pos - 7 && mons_x [s] < x_pos + 7 && mons_y [s] > y_pos - 7 && mons_y [s] < y_pos + 7 && show [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] != 0)
// Put the bit commented out on the previous line back to restore shadow checking for monsters
{
if ((mons_beh [s] == 0 | mons_beh [s] == 2) && invis == 0)
{
mons_beh [s] = 1; // put stealth/invis here.
mons_targ_1_x [s] = x_pos;
mons_targ_1_y [s] = y_pos;
if (mons_shouts(mons_class [s]) > 0)
{
x_plos = x_pos;
y_plos = y_pos;
// strcpy(info [info_lines], monam (mons_sec [s], mons_class [s], mons_ench [s] [2], 0));
// two-headed ogre
switch(mons_shouts(mons_class [s]))
{
case 1: strcpy(info [info_lines], "You hear a shout!"); break;
case 2: strcpy(info [info_lines], "You hear a bark!"); break;
case 3: strcpy(info [info_lines], "You hear two shouts!"); break;
case 4: strcpy(info [info_lines], "You hear a roar!"); break;
case 5: strcpy(info [info_lines], "You hear a hideous shriek!"); break;
case 6: strcpy(info [info_lines], "You hear a bellow!"); break;
}
info_lines++;
scrloc++;
scruggle = 1;
scrloc = message(info, info_lines, scrloc);
info_lines = 0;
noisy_2(5);
// break;
}
}
// if (mons_ench [s] [2] == 6) && show [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] > 70)
if (mons_ench [s] [2] == 6 && (see_invis == 0 | (mons_class [s] >= MLAVA0 && mons_sec [s] == 1)))
{
if (show [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] > 50)
show [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] -= 50;
continue;
} else if (mons_beh [s] != 7) func_pass [0] = 0;
show [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] = mons_class [s] + 97;
show_col [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] = mcolour [mons_class [s]];
if (mons_class [s] == 23 | mons_class [s] == 49 | mons_class [s] == 66 | mons_class [s] == 80) show_col [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] = mons_sec [s];
// if (mons_class [s] >= 54) show [mons_x [s] - x_pos + 7] [mons_y [s] - y_pos + 7] = 151;
// Demons: change 54 in above line to class of first demon
//grid [mons_x [i] - x_pos + 6] [mons_y [i] - y_pos + 6] += 30;
//mons_targ_1_x [s] = x_pos; // monster is after you now!
}
}
} // end of for i above
/*
void monster_grid(void)
{
for (i = 0; i < 120; i++)
{
if (mons_class [i] != -1)
{
if (mons_x [i] > x_pos - 6 && mons_x [i] < x_pos + 6 && mons_y [i] > y_pos - 6 && mons_y [i] < y_pos + 6 && show [mons_x [i] - x_pos + 6] [mons_y [i] - y_pos + 6] != 0)
// Put the bit commented out on the previous line back to restore shadow checking for monsters
{
show [mons_x [i] - x_pos + 6] [mons_y [i] - y_pos + 6] = mons_class [i] + 97;
show_col [mons_x [i] - x_pos + 6] [mons_y [i] - y_pos + 6] = mcolour [mons_class [i]];
//grid [mons_x [i] - x_pos + 6] [mons_y [i] - y_pos + 6] += 30;
}
}
} // end of for i above
} // end of monster_grid()
*/
} // really the end of monster_grid
void item(void)
{
//int s;
//int temp_show = 0;
//itcheck = 0;
//for (count_x = 0; count_x <
for (count_y = (y_pos - 6); (count_y < y_pos + 7); count_y++)
{
for (count_x = (x_pos - 6); (count_x < x_pos + 7); count_x++)
{
//gotoxy(count_x - x_pos + 7, count_y - y_pos + 7);
if (igrid [count_x] [count_y] != 501)
{
if (show [count_x - x_pos + 7] [count_y - y_pos + 7] != 0)
{
show_col [count_x - x_pos + 7] [count_y - y_pos + 7] = icolour [igrid [count_x] [count_y]];
// ^ before the switch because of gold pieces
switch(item_class [igrid [count_x] [count_y]])
{
//show [count_x - x_pos + 7] [count_y - y_pos + 7]
case 0: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 38; break;
// need + 6 because show is 0 - 12, not -6 - +6
case 1: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 38; break;
case 2: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 39; break;
case 3: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 40; break;
case 4: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 41; break;
case 5: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 42; break;
case 6: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 43; break;
case 7: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 44; break;
case 8: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 45; break;
case 9: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 46; break;
case 10: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 47; break;
case 11: show [count_x - x_pos + 7] [count_y - y_pos + 7] = '\\'; break;
case 12: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 236; break;
case 15: show [count_x - x_pos + 7] [count_y - y_pos + 7] = 52;
show_col [count_x - x_pos + 7] [count_y - y_pos + 7] = YELLOW; break;
default: show [count_x - x_pos + 7] [count_y - y_pos + 7] = '8'; break;
}
}
}
} // end of for count_x
} // end of for count_y
/*
for (s = 0; s < ITEMS; s++)
{
if (itc > it_no) break;
if (item_quant [s] != 0)
{
itc++;
if (item_x [s] > x_pos - 7 && item_x [s] < x_pos + 7 && item_y [s] > y_pos - 7 && item_y [s] < y_pos + 7 && show [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] != 0)
{
switch(item_class [s])
{
// case 0: show [item_x [s] - x_pos + 6] [item_y[s] - y_pos + 6] = 38; break;
// need + 6 because show is 0 - 12, not -6 - +6
/*
case 0: temp_show = 38; break;
// need + 6 because show is 0 - 12, not -6 - +6
case 1: temp_show = 38; break;
case 2: temp_show = 39; break;
case 3: temp_show = 40; break;
case 4: temp_show = 41; break;
case 5: temp_show = 42; break;
case 6: temp_show = 43; break;
case 7: temp_show = 44; break;
case 8: temp_show = 45; break;
case 9: temp_show = 46; break;
case 10: temp_show = 47; break;
case 11: temp_show = 48; break;
* //
case 0: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 38; break;
// need + 6 because show is 0 - 12, not -6 - +6
case 1: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 38; break;
case 2: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 39; break;
case 3: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 40; break;
case 4: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 41; break;
case 5: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 42; break;
case 6: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 43; break;
case 7: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 44; break;
case 8: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 45; break;
case 9: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 46; break;
case 10: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 47; break;
case 11: show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] = 48; break;
case 15:
if (show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] < 38 | show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] > 52)
show [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] = 52;
// {
// temp_show = 52;
// }
// this if() thing stops the $ sign being shown in favour of other items.
break;
}
//show [item_x [s] - x_pos + 6] [item_y [s] - y_pos + 6] = temp_show;
show_col [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] = icolour [s];
//if (show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] < 38 | show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] > 52)
if (show [item_x [s] - x_pos + 7] [item_y[s] - y_pos + 7] == 52)
{
if (item_class [s] == 15) show_col [item_x [s] - x_pos + 7] [item_y [s] - y_pos + 7] = 14;
}
//if (item_x [s] == x_pos && item_y [s] == y_pos) itcheck = 1;
} // end of if item_x
}
//else // Take this part out because later items which have been picked up reset earlier items.
//{
// grid [item_x [i]] [item_y[i]] = 7;
// grid_col [item_x [i]] [item_y [i]] = 7;
//}
}
itc = 0;
*/
} // end of item()
// All items must have show values >= 38, all grid squares must be < 38
// because of monster invisibility.
/*
void put_show(void)
{
if (count_x != x_pos | count_y != y_pos)
{
textcolor(show_col [count_x - x_pos + 7] [count_y - y_pos + 7]);
//if (show [count_x - x_pos + 6] [count_y - y_pos + 6] >= 30 && show [count_x - x_pos + 6] [count_y - y_pos + 6] < 97) show [count_x - x_pos + 6] [count_y - y_pos + 6] -= 30;
switch (show [count_x - x_pos + 7] [count_y - y_pos + 7])
{
case 0: putch(32); break;
case 1: textcolor(6); putch(177); break; // rock wall
case 2: textcolor(7); putch(177); break; // stone wall
case 3: putch(43); break;
case 17: putch(249); break;
case 18: putch(60); break; // <
case 19: putch(62); break; // >
case 20: putch(39); break; // open door
case 21: putch(60); break;