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1.1 root 1: # include "monop.ext"
2:
3: static char buf[80], /* output buffer */
4: *header = "Name Own Price Mg # Rent";
5:
6: /*
7: * This routine prints out the current board
8: */
9: printboard() {
10:
11: reg int i;
12:
13: printf("%s\t%s\n", header, header);
14: for (i = 0; i < N_SQRS/2; i++) {
15: printsq(i, FALSE);
16: putchar('\t');
17: printsq(i+N_SQRS/2, TRUE);
18: }
19: }
20: /*
21: * This routine lists where each player is.
22: */
23: where() {
24:
25: reg int i;
26: char *bsp;
27:
28: printf("%s Player\n", header);
29: for (i = 0; i < num_play; i++) {
30: printsq(play[i].loc, FALSE);
31: printf(" %s (%d)", play[i].name, i+1);
32: if (cur_p == &play[i])
33: printf(" *");
34: putchar('\n');
35: }
36: }
37: /*
38: * This routine prints out an individual square
39: */
40: printsq(sqn, eoln)
41: int sqn;
42: reg bool eoln; {
43:
44: reg int rnt;
45: reg PROP *pp;
46: reg SQUARE *sqp;
47: int i;
48:
49: sqp = &board[sqn];
50: printf("%-10.10s", sqp->name);
51: if (sqn == JAIL)
52: goto spec;
53: switch (sqp->type) {
54: case SAFE:
55: case CC:
56: case CHANCE:
57: case SPEC:
58: spec:
59: if (!eoln)
60: printf(" ");
61: break;
62: case PRPTY:
63: pp = sqp->desc;
64: if (sqp->owner < 0) {
65: printf(" - %-8.8s %3d", pp->mon_desc->name, sqp->cost);
66: if (!eoln)
67: printf(" ");
68: break;
69: }
70: printf(" %d %-8.8s %3d", sqp->owner+1, pp->mon_desc->name,
71: sqp->cost);
72: printmorg(sqp);
73: if (pp->monop) {
74: if (pp->houses < 5)
75: if (pp->houses > 0)
76: printf("%d %4d", pp->houses,
77: pp->rent[pp->houses]);
78: else
79: printf("0 %4d", pp->rent[0] * 2);
80: else
81: printf("H %4d", pp->rent[5]);
82: }
83: else
84: printf(" %4d", pp->rent[0]);
85: break;
86: case UTIL:
87: if (sqp->owner < 0) {
88: printf(" - 150");
89: if (!eoln)
90: printf(" ");
91: break;
92: }
93: printf(" %d 150", sqp->owner+1);
94: printmorg(sqp);
95: printf("%d", play[sqp->owner].num_util);
96: if (!eoln)
97: printf(" ");
98: break;
99: case RR:
100: if (sqp->owner < 0) {
101: printf(" - Railroad 200");
102: if (!eoln)
103: printf(" ");
104: break;
105: }
106: printf(" %d Railroad 200", sqp->owner+1);
107: printmorg(sqp);
108: rnt = 25;
109: rnt <<= play[sqp->owner].num_rr - 1;
110: printf("%d %4d", play[sqp->owner].num_rr, 25 << (play[sqp->owner].num_rr - 1));
111: break;
112: }
113: if (eoln)
114: putchar('\n');
115: }
116: /*
117: * This routine prints out the mortgage flag.
118: */
119: printmorg(sqp)
120: reg SQUARE *sqp; {
121:
122: if (sqp->desc->morg)
123: printf(" * ");
124: else
125: printf(" ");
126: }
127: /*
128: * This routine lists the holdings of the player given
129: */
130: printhold(pl)
131: reg int pl; {
132:
133: reg OWN *op;
134: reg PLAY *pp;
135: char *bsp;
136:
137: pp = &play[pl];
138: printf("%s's (%d) holdings (Total worth: $%d):\n", name_list[pl], pl+1,
139: pp->money + prop_worth(pp));
140: printf("\t$%d", pp->money);
141: if (pp->num_gojf) {
142: printf(", %d get-out-of-jail-free card", pp->num_gojf);
143: if (pp->num_gojf > 1)
144: putchar('s');
145: }
146: putchar('\n');
147: if (pp->own_list) {
148: printf("\t%s\n", header);
149: for (op = pp->own_list; op; op = op->next) {
150: putchar('\t');
151: printsq(sqnum(op->sqr), TRUE);
152: }
153: }
154: }
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