//***************************************************************************** // // time.c // // A small module for handling time of day in the MUD. // //***************************************************************************** #include <Python.h> // to add Python hooks #include "../mud.h" #include "../utils.h" #include "../inform.h" #include "../character.h" #include "../room.h" #include "../event.h" #include "../storage.h" #include "../auxiliary.h" #include "../hooks.h" #include "mudtime.h" //***************************************************************************** // mandatory modules //***************************************************************************** #include "../scripts/scripts.h" #include "../scripts/pyroom.h" #include "../scripts/pymud.h" //***************************************************************************** // optional modules //***************************************************************************** #ifdef MODULE_SET_VAL #include "../set_val/set_val.h" #endif //***************************************************************************** // local defines, variables, and structs //***************************************************************************** #define TIME_FILE "../lib/misc/time" // where do we keep time data? #define TIME_UPDATE_DELAY 1 MUD_HOUR // how long is an in-game hour? #define HOURS_PER_DAY 24 // how many hours are in a day? #define NUM_MONTHS 4 // how many months are in a year? #define DAYS_PER_WEEK 3 // how many days are in a week? #define USE_AMPM TRUE // do we use the am/pm system? COMMAND(cmd_time); // a player command for seeing the time struct month_data { char *name; // what is the name of the month? int num_days; // how many days are in the month? int morning_starts; // what time does morning start at? int afternoon_starts; // what time does the afternoon start at? int evening_starts; // what times does evening start at? int night_starts; // what time does the night start at? }; struct day_data { char *name; }; const struct month_data month_info[NUM_MONTHS] = { // month name days morning afternoon evening night { "the month of dawn", 30, 6, 12, 18, 22 }, { "the month of light", 30, 4, 10, 19, 23 }, { "the month of the moon", 30, 6, 12, 17, 21 }, { "the month of twilight", 30, 5, 13, 16, 20 }, }; const struct day_data day_info[DAYS_PER_WEEK] = { { "the day of work" }, { "the day of play" }, { "the day of rest" }, }; int curr_hour = 0; // what hour is it in the day? int curr_day_of_week = 0; // what day of the week is it? int curr_day_of_month = 0; // what day is it in the month? int curr_month = 0; // what month is it in the year? int curr_year = 0; // what year is it? //***************************************************************************** // Python methods //***************************************************************************** PyObject *PyMud_GetHour(PyObject *self) { return Py_BuildValue("i", get_hour()); } PyObject *PyMud_IsMorning(PyObject *self) { return Py_BuildValue("i", is_morning()); } PyObject *PyMud_IsAfternoon(PyObject *self) { return Py_BuildValue("i", is_afternoon()); } PyObject *PyMud_IsEvening(PyObject *self) { return Py_BuildValue("i", is_evening()); } PyObject *PyMud_IsNight(PyObject *self) { return Py_BuildValue("i", is_night()); } //***************************************************************************** // time handling functions //***************************************************************************** // // Handle the hourly update of our times // void handle_time_update(void *self, void *data, char *arg) { curr_hour++; if(curr_hour >= HOURS_PER_DAY) { curr_hour = 0; curr_day_of_week++; curr_day_of_month++; } if(curr_day_of_week >= DAYS_PER_WEEK) curr_day_of_week = 0; if(curr_day_of_month >= month_info[curr_month].num_days) { curr_day_of_month = 0; curr_month++; } if(curr_month >= NUM_MONTHS) { curr_month = 0; curr_year++; } // check to see if we've rolled over to a new time of day if(curr_hour == month_info[curr_month].morning_starts) send_outdoors("The morning sun slowly pokes its head up over the eastern horizon.\r\n"); if(curr_hour == month_info[curr_month].afternoon_starts) send_outdoors("The sun hangs high overhead as afternoon approaches.\r\n"); if(curr_hour == month_info[curr_month].evening_starts) send_outdoors("The sun slowly begins its descent as evening approaches.\r\n"); if(curr_hour == month_info[curr_month].night_starts) send_outdoors("The sky goes dark as the sun passes over the western horizon.\r\n"); // save our time data to file STORAGE_SET *set = new_storage_set(); store_int(set, "hour", curr_hour); store_int(set, "day_of_week", curr_day_of_week); store_int(set, "day_of_month", curr_day_of_month); store_int(set, "month", curr_month); store_int(set, "year", curr_year); storage_write(set, TIME_FILE); storage_close(set); } void init_time() { STORAGE_SET *set = storage_read(TIME_FILE); if(set != NULL) { curr_hour = read_int(set, "hour"); curr_day_of_week = read_int(set, "day_of_week"); curr_day_of_month = read_int(set, "day_of_month"); curr_month = read_int(set, "month"); curr_year = read_int(set, "year"); storage_close(set); } else curr_hour = curr_day_of_week = curr_day_of_month = curr_month = curr_year = 0; // add our mud methods PyMud_addMethod("get_hour", PyMud_GetHour, METH_NOARGS, NULL); PyMud_addMethod("is_morning", PyMud_IsMorning, METH_NOARGS, NULL); PyMud_addMethod("is_afternoon", PyMud_IsAfternoon, METH_NOARGS, NULL); PyMud_addMethod("is_evening", PyMud_IsEvening, METH_NOARGS, NULL); PyMud_addMethod("is_night", PyMud_IsNight, METH_NOARGS, NULL); // add the time command add_cmd("time", NULL, cmd_time, "player", FALSE); // start our time updater start_update(NULL, TIME_UPDATE_DELAY, handle_time_update, NULL, NULL, NULL); } const char *get_day() { return day_info[curr_day_of_week].name; } const char *get_month() { return month_info[curr_month].name; } int get_year() { return curr_year; } int get_hour() { return curr_hour; } bool is_morning() { return (curr_hour >= month_info[curr_month].morning_starts && curr_hour < month_info[curr_month].afternoon_starts); } bool is_afternoon() { return (curr_hour >= month_info[curr_month].afternoon_starts && curr_hour < month_info[curr_month].evening_starts); } bool is_evening() { return (curr_hour >= month_info[curr_month].evening_starts && curr_hour < month_info[curr_month].night_starts); } bool is_night() { return (curr_hour >= month_info[curr_month].night_starts || curr_hour < month_info[curr_month].morning_starts); } // // is it am or pm? // bool is_am() { return (curr_hour < HOURS_PER_DAY/2); } // // what time is it, am/pm - wise? // int ampm_hour() { int ampm_time = curr_hour - (is_am() ? 0 : HOURS_PER_DAY/2); if(ampm_time == 0) ampm_time = HOURS_PER_DAY/2; return ampm_time; } COMMAND(cmd_time) { send_to_char(ch, "It is %d o'clock%s during the %s of %s,\r\n" "which is the %d%s day of %s, year %d.\r\n", (USE_AMPM ? ampm_hour() : curr_hour+1), (USE_AMPM ? (is_am() ? " a.m" : " p.m") : ""), (is_morning() ? "morning" : (is_afternoon() ? "afternoon" : (is_evening() ? "evening" : "night"))), day_info[curr_day_of_week].name, curr_day_of_month+1, numth(curr_day_of_month+1), month_info[curr_month].name, curr_year); }