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发表于 2005-12-23 15:00:30
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来自 中国–重庆–重庆
小弟使用这个查件// Only requires engine for one function.
#include <amxmodx>
#include <amxmisc>
#include <engine>
// CONSTANTS
// Used for holding the various unalterable data peices
// Month Names
new const monthname[12][10] = {"January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"};
// Season Names
new const seasonname[4][10] = {"Spring", "Summer", "Autumn", "Winter"};
// AM/PM
new const amname[2][3] = {"AM", "PM"};
// Days in each month
new const monthdays[12] = {31,28,31,30,31,30,31,31,30,31,30,31};
// Sequence for Day/Night portion.
new const sequence[25][2] = {"c","c","d","e","f","g","h","i","j","l","o","p",
"r","u","t","r","o","n","l","i","j","h","e","c","c"};
// Weather Strings
new const weathertypes[4][10] = {"Clear","Cloudy","Rain","Snow"};
// Temp Constants
new const base_lowtemp[4] = {45,55,45,30}
new const base_hightemp[4] = {70,80,65,60}
// VARIABLES
// These hold the various information peices for the time display. "Mili_hours" is military time holder.
new minutes;
new mili_hours;
new hours;
new days;
new months;
new season;
new years;
new bool:AM;
// Temperature variables
new temperature;
new lowtemp;
new hightemp;
new bool:tempslope
// Weather holder
new weather = 0;
// Sprite index storage
new light, snow, rain;
// Vault file for storing time data.
new time_file[64];
new hud_green = 175;
new hud_red = 175;
new hud_blue = 175;
new Float:hud_x = 0.3
new Float:hud_y = 0.0
new hud_effects = 0
new Float:fx_time = 0.0
new Float:holdtime = 999.0
new Float:Fadein = 0.0
new Float:Fadeout = 0.0
new hud_channel = 4;
// FUNCTIONS
// These are the basic running functions
// This function does all of the work in this plugin, essentially.
// A big counter, it counts up the display bar.
public dotime(){
// First off, add one to minutes, since this is usually called every second.
minutes++;
// If minutes is bigger then an hour, add to the hour keepers, make minutes 0, and keep going.
if(minutes >= (get_cvar_num("sv_hourlength")) ){
// If hours is 12 or over, it needs to be turned back to 1. If it is somehow 0, make it 1.
if(hours >= 12) hours = 1;
else if(hours == 0) hours = 1;
else hours++;
// If the military time is 24 or over, the day has ended, and we need to add a day and switch to AM.
// More then that, we need to check the months to see if we need to mess with them too.
if(mili_hours >= 23){
AM = false;
days++;
mili_hours = 0;
dailytemp();
tempslope = false;
// If there are too many days, roll over the months
if(days >= monthdays[months]){
months++;
days = 1;
// If there are too many months, roll over the years.
if(months >= 11){
years++;
months = 0;
}
}
}
// If its 11 or over, switch up the stats
else if(mili_hours >= 11){
mili_hours++;
AM = true; // Otherwise, if it is over 11, it is time to switch to PM.
tempslope = true;
// Otherwise, just add to the hour, and switch up tempslope
}else{
tempslope = false;
mili_hours++;
}
// Update the temp, and delete the minutes
minutes = 0;
updatetemp();
}
// Make sure we are still in the right season.
switch(months){
case 1: season = 3;
case 2: season = 3;
case 3: season = 0;
case 4: season = 0;
case 5: season = 0;
case 6: season = 1;
case 7: season = 1;
case 8: season = 1;
case 9: season = 2;
case 10: season = 2;
case 11: season = 2;
case 12: season = 3;
}
// Check the flags to make sure the owner wants the clock to be displayed.
new flags[10]
get_cvar_string("sv_timer_flags",flags,9)
new type = read_flags(flags)
if(!(type & (1<<0) ) ) return PLUGIN_HANDLED;
// If they do, set the hud bar
set_hudmessage(hud_red,hud_green,hud_blue,hud_x,hud_y,hud_effects,fx_time,holdtime,Fadein,Fadeout,hud_channel);
// Make a few variables, and see if they want it standard or military
new hud[512], military = get_cvar_num("sv_military_time");
// Format the minutes so it looks right
new minuteformat[64], hourformat[64];
if(minutes < 10) format(minuteformat,64,"0%d",minutes);
else format(minuteformat,64,"%d",minutes);
// If its military, format the hours too
if(military){
if(mili_hours < 10) format(hourformat,64,"0%d",mili_hours);
else format(hourformat,64,"%d",mili_hours);
}else format(hourformat,64,"%d",hours);
new hudflags[10]
get_cvar_string("sv_timer_bar",hudflags,9)
new hudtype = read_flags(hudflags)
new temp[128]
if(hudtype & (1<<6)){
format(temp,127,"|%s| - ",weathertypes[weather])
add(hud,511,temp)
}
if(hudtype & (1<<7)){
format(temp,127,"( %s) - ",seasonname[season])
add(hud,511,temp)
}
if(hudtype & (1<<3)){
format(temp,127,"%s ",monthname[months])
add(hud,511,temp)
}
if(hudtype & (1<<2)){
format(temp,127,"%d, ",days)
add(hud,511,temp)
}
if(hudtype & (1<<4)){
format(temp,127,"%d ",years)
add(hud,511,temp)
}
if(hudtype & (1<<1)){
format(temp,127,"at %s",hourformat)
add(hud,511,temp)
}
if(hudtype & (1<<0)){
format(temp,127,":%s ",minuteformat)
add(hud,511,temp)
}
if(!military){
format(temp,127,"%s ",amname[AM])
add(hud,511,temp)
}
if(hudtype & (1<<5)){
format(temp,127,"(%i.%i degrees F)",temperature, (minutes/6) )
add(hud,511,temp)
}
// Show everyone our timer bar
show_hudmessage(0,hud)
// Update the lights, just in case.
updatelights();
return PLUGIN_HANDLED;
}
public startweather(){
weather = 0;
new flags[10]
get_cvar_string("sv_timer_flags",flags,9)
new type = read_flags(flags)
if(!(type & (1<<2) ) ) return PLUGIN_HANDLED;
new temp = random_num(0,100)
if(temp < 20) start_snow(24.0 * get_cvar_float("sv_hourlength"),0.1)
else if(temp > 80){
start_rain(24.0 * get_cvar_float("sv_hourlength"),0.1)
if(temp > 90) start_thunderstorm(24.0 * get_cvar_float("sv_hourlength"),random_float(1.0,2.5) )
}else if(temp > 70) start_thunderstorm(24.0 * get_cvar_float("sv_hourlength"),random_float(1.0,2.5) )
else weather = 0;
return 1;
}
// Get the daily temperatures from the base
public dailytemp(){
// Get a high and a low temp, then get the current temp from that.
// make sure the current temp is a little lower then normal.
hightemp = random_num((base_hightemp[season])-10,(base_hightemp[season])+5)
lowtemp = random_num(base_lowtemp[season]-10,base_lowtemp[season]+5)
// Because we're going to update it soon, and it should slope up.
temperature = random_num(lowtemp-5,hightemp-5)
updatetemp();
}
// Updates the temperature (based on chaotic theory)
public updatetemp(){
// In order to simulate a sloping upwards/downwards, we do something a little strange.
// We give it a slightly higher chance of going up if we want it to go up.
// And vise versa for going down.
new newtemp;
if(tempslope) newtemp = random_num(temperature-2,temperature+1)
else newtemp = random_num(temperature-1,temperature+2)
// But we always make sure it is contained within the brackets.
if(newtemp > hightemp) newtemp = hightemp;
if(newtemp < lowtemp) newtemp = lowtemp;
// When we are done, update the temperature variable.
temperature = newtemp;
}
// Update the lights according to what time it is.
public updatelights() {
// Check to make sure they want us to update it
new flags[10]
get_cvar_string("sv_timer_flags",flags,9)
new type = read_flags(flags)
// If they dont, turn it off.
if ( !(type & (1<<1) ) ){
set_lights("#OFF")
return PLUGIN_CONTINUE
}
// If they do, then set the lights accordingly.
// Check to see HOW we should set them.
if(!get_cvar_num("sv_real_lights")) set_lights(sequence[mili_hours]);
else{
new temp[200]
get_time ( "%H",temp, 199)
new hold = str_to_num(temp)
set_lights(sequence[hold]);
}
return PLUGIN_CONTINUE;
}
// Sets the lights to a specific level.
public set_light ( level ){
// Get the bit of the level, then make it to a string.
new szlights[2];
new clevel = (1<<level)
get_flags ( clevel, szlights, 1 )
// Set the string
set_lights(szlights)
return PLUGIN_HANDLED;
}
// WEATHER
// Weather gets its own section, because it is very strange.
// Making good weather takes a lot of effort and CPU, but it is well worth it.
// Start up the thunder storm
public start_thunderstorm(Float:time,Float:frequency){
if(!task_exists(511)){
set_task(time,"stop_thunderstorm")
set_task(frequency,"continue_thunderstorm",511,"",0,"b")
if(!weather) weather = 1;
}
}
// Remove the thunder storm tasks
public stop_thunderstorm(){
remove_task(511);
weather = 0;
}
// Make more lightening and sounds.
public continue_thunderstorm(id){
new xy[2]
xy[0] = random_num(-2000,2000)
xy[1] = random_num(-2000,2000)
lightning(xy)
if(random_num(0,10) > 6) client_cmd(0, "spk ambience/thunder_clap.wav")
}
public start_rain(Float:time,Float:frequency){
if(!task_exists(911)){
set_task(frequency,"rain_handle",991,"",0,"b")
set_task(time,"stop_rain")
weather = 2;
}
return 1;
}
public stop_rain(id){
remove_task(991);
weather = 0;
}
public rain_handle(id){
if(random_num(0,100) > 10) client_cmd(0,"spk ambience/sandfall1");
for(new i=0;i < get_cvar_num("sv_rain_multiplier");i++)
for(new a; a < get_maxplayers(); a++) if(is_user_alive(a) && is_user_outside(a) ) rain_effect(a);
}
public rain_effect(id){
new vec[3]
new aimvec[3]
new raineffvec[3]
new length
new speed = random_num(50,300)
// Get their origin.
get_user_origin(id,vec)
// Get the origin in front of them (I think)
get_user_origin(id,aimvec,get_cvar_num("sv_weather_aim") )
raineffvec[0]=aimvec[0]-vec[0] + random_num(-500,500)
raineffvec[1]=aimvec[1]-vec[1] + random_num(-500,500)
raineffvec[2]=aimvec[2]-vec[2] + random_num(-100,100)
length=sqrt(raineffvec[0]*raineffvec[0]+raineffvec[1]*raineffvec[1]+raineffvec[2]*raineffvec[2])
raineffvec[0]=raineffvec[0]*speed/length
raineffvec[1]=raineffvec[1]*speed/length
raineffvec[2]=raineffvec[2]*speed/length
message_begin( MSG_ONE,SVC_TEMPENTITY,{0,0,0},id)
write_byte( 17 ) // additive sprite, plays 1 cycle
write_coord(raineffvec[0]+vec[0])
write_coord(raineffvec[1]+vec[1])
write_coord(raineffvec[2]+vec[2])
write_short( rain )
write_byte( 14 ) // byte (scale in 0.1's)
write_byte( 255 ) // byte (brightness)
message_end()
return PLUGIN_HANDLED
}
public start_snow(Float:time,Float:frequency){
if(!task_exists(117)){
set_task(frequency,"snow_handle",117,"",0,"b")
set_task(time,"stop_snow")
weather = 3;
}
return 1;
}
public stop_snow(id){
remove_task(117);
weather = 0;
}
public snow_handle(id){
for(new i=0;i < get_cvar_num("sv_snow_multiplier");i++)
for(new a; a < get_maxplayers(); a++)
if(is_user_alive(a) && is_user_outside(a) ) snow_effect(a);
}
public snow_effect(id){
new vec[3]
new aimvec[3]
new snoweffvec[3]
new length
new speed = random_num(50,300)
// Get their origin.
get_user_origin(id,vec)
// Get the origin in front of them (I think)
get_user_origin(id,aimvec,get_cvar_num("sv_weather_aim"))
snoweffvec[0]=aimvec[0]-vec[0] + random_num(-500,500)
snoweffvec[1]=aimvec[1]-vec[1] + random_num(-500,500)
snoweffvec[2]=aimvec[2]-vec[2] + random_num(-100,100)
length=sqrt(snoweffvec[0]*snoweffvec[0]+snoweffvec[1]*snoweffvec[1]+snoweffvec[2]*snoweffvec[2])
snoweffvec[0]=snoweffvec[0]*speed/length
snoweffvec[1]=snoweffvec[1]*speed/length
snoweffvec[2]=snoweffvec[2]*speed/length
message_begin( MSG_ONE,SVC_TEMPENTITY,{0,0,0},id)
write_byte( 17 ) // additive sprite, plays 1 cycle
write_coord(snoweffvec[0]+vec[0])
write_coord(snoweffvec[1]+vec[1])
write_coord(snoweffvec[2]+vec[2])
write_short( snow )
write_byte( 14 ) // byte (scale in 0.1's)
write_byte( 255 ) // byte (brightness)
message_end()
return PLUGIN_HANDLED
}
// Makes a lightening effect, using a temp ent specifically made for this.
public lightning(xy[]){
message_begin( MSG_BROADCAST,SVC_TEMPENTITY)
write_byte( 0 )
write_coord(xy[0])
write_coord(xy[1])
write_coord(4000)
write_coord(xy[0])
write_coord(xy[1])
write_coord(-2000)
write_short( light )
write_byte( 1 ) // framestart
write_byte( 5 ) // framerate
write_byte( 2 ) // life
write_byte( 150 ) // width
write_byte( 20 ) // noise
write_byte( 200 ) // r, g, b
write_byte( 200 ) // r, g, b
write_byte( 255 ) // r, g, b
write_byte( 200 ) // brightness
write_byte( 200 ) //
message_end()
return PLUGIN_CONTINUE
}
// Creates a flash grenade type effect
public flash(id) {
message_begin(MSG_ONE,get_user_msgid("ScreenFade"),{0,0,0},id)
write_short( 1<<15 )
write_short( 1<<10 )
write_short( 1<<12 )
write_byte( 255 )
write_byte( 255 )
write_byte( 255 )
write_byte( 255 )
message_end();
}
// FORWARDS
// This section deals with the AMXX forwards
// Make absolutely sure that the sounds are all stopped.
public client_putinserver(id) client_cmd(id, "stopsound");
public client_disconnect(id) client_cmd(id, "stopsound");
// Precache, the most vital of all forwards!
public plugin_precache(){
snow = precache_model("sprites/snow.spr")
light = precache_model("sprites/lgtning.spr")
rain = precache_model("sprites/rain.spr")
}
// On server shut down, write the time
public plugin_end() write_time();
// On pause, write the time just in case.
public plugin_pause() write_time();
// Read it back when we unpause
public plugin_unpause() read_time();
// Set the dotime task on cfg load, just to make sure the cvar is set.
public plugin_cfg() set_task(get_cvar_float("sv_update_time"),"dotime",0,"",0,"b",99999);
//Plugin Initilize
public plugin_init(){
// Get the time vault file
new base_dir[30]
get_configsdir ( base_dir, 29 )
format(time_file,63,"%s\time.ini",base_dir)
// Register MY plugin with the traditional 1.17 version decal.
register_plugin("Timer 16 (light)","1.17","Mel")
// Figure out what time it is
get_plugin_time();
// |Register the cvars|
// Military time?
register_cvar("sv_military_time", "0")
// How long is an hour?
register_cvar("sv_hourlength", "60")
// What peices of the plugin do we want to use?
register_cvar("sv_timer_flags", "abc")
// What peices of the hud bar do you want displayed?
register_cvar("sv_timer_bar", "abcdefgh")
// Will day/night be based on reality?
register_cvar("sv_real_lights", "0")
// Whats the update rate on the hud message and dotime
register_cvar("sv_update_time", "1.0")
// Snow multiplier (lower number = lower quality + less CPU usage)
register_cvar("sv_snow_multiplier","2")
// Rain multiplier (lower number = lower quality + less CPU usage)
register_cvar("sv_rain_multiplier","25")
// How does the weather aim?
register_cvar("sv_weather_aim", "1")
// Make sure people are outside?
register_cvar("sv_check_outside", "0")
// |Register the commands|
// Change the time to a specific interval
register_concmd("change_time","change_time",ADMIN_LEVEL_E,"<minutes> <hours> <AM/PM> <days> <months> <years>");
// Reset to current date
register_concmd("default_time","default_time",ADMIN_LEVEL_E," Set to current time");
// Set the lights manually.
register_concmd("amx_setlight","change_lights",ADMIN_LEVEL_E," 1 ( Dark ) to 26 ( Extralight )")
// Weather commands.
register_concmd("amx_rain","t_rain",ADMIN_LEVEL_E,"<Total Time> <Frequency of Strikes>")
register_concmd("amx_snow","t_snow",ADMIN_LEVEL_E,"<Total Time> <Frequency of Strikes>")
register_concmd("amx_thunderstorm","t_storm",ADMIN_LEVEL_E,"<Total Time> <Frequency of Strikes>")
register_concmd("amx_timer_hudmessage","set_hud",ADMIN_LEVEL_E,"r,g,b,x,y, effects, fxtime, holdtime, fadeintime, fadeouttime, channel")
}
// Admin can set the default hud with this
public set_hud(id,level,cid){
//Must have access!
if (!cmd_access(id,level,cid,1)) return PLUGIN_CONTINUE
new arg[32]
read_argv(1,arg,31)
new r = str_to_num(arg)
if(r != -1) hud_red = r;
read_argv(2,arg,31)
new g = str_to_num(arg)
if(g != -1) hud_green = g;
read_argv(3,arg,31)
new b = str_to_num(arg)
if(b != -1) hud_blue = b;
read_argv(4,arg,31)
hud_x = floatstr(arg)
read_argv(5,arg,31)
hud_y = floatstr(arg)
read_argv(6,arg,31)
hud_effects = str_to_num(arg)
read_argv(7,arg,31)
fx_time = floatstr(arg)
read_argv(8,arg,31)
holdtime = floatstr(arg)
read_argv(9,arg,31)
Fadein = floatstr(arg)
read_argv(10,arg,31)
Fadeout = floatstr(arg)
read_argv(11,arg,31)
new chan = str_to_num(arg)
if(!chan) hud_channel = 4;
write_hud();
return 1;
}
// COMMANDS
// Deals with handling the commands
// Admin can start a thunderstorm using this
public t_storm(id,level,cid){
//Must have access!
if (!cmd_access(id,level,cid,3)) return PLUGIN_CONTINUE
// Read our arguement
new arg[32]
read_argv(1,arg,31)
new Float:total_time = floatstr(arg)
if(!total_time) total_time = 60.0
read_argv(2,arg,31)
new Float:frequency = floatstr(arg)
if(!total_time) frequency = 0.5
start_thunderstorm(total_time,frequency)
client_print(0,print_center,"[TSX] Schedualed thunder storm starting..")
return PLUGIN_HANDLED;
}
// Admin can start a rain storm using this
public t_rain(id,level,cid){
//Must have access!
if (!cmd_access(id,level,cid,3)) return PLUGIN_CONTINUE
// Read our arguement
new arg[32]
read_argv(1,arg,31)
new Float:total_time = floatstr(arg)
if(!total_time) total_time = 60.0
read_argv(2,arg,31)
new Float:frequency = floatstr(arg)
if(!total_time) frequency = 0.5
start_rain(total_time,frequency)
client_print(0,print_center,"[TSX] Schedualed Rain starting..")
return PLUGIN_HANDLED;
}
// Admin can start a snow storm using this
public t_snow(id,level,cid){
//Must have access!
if (!cmd_access(id,level,cid,3)) return PLUGIN_CONTINUE
// Read our arguement
new arg[32]
read_argv(1,arg,31)
new Float:total_time = floatstr(arg)
if(!total_time) total_time = 60.0
read_argv(2,arg,31)
new Float:frequency = floatstr(arg)
if(!total_time) frequency = 0.5
start_snow(total_time,frequency)
client_print(0,print_center,"[TSX] Schedualed Snow starting..")
return PLUGIN_HANDLED;
}
// Changes the lights
public change_lights(id,level,cid) {
//Must have access!
if (!cmd_access(id,level,cid,2)) return PLUGIN_CONTINUE
// Read our arguement
new arg[3]
read_argv(1,arg,2)
// Make it into an integer
new inum = str_to_num(arg)
// Check to make sure its valid
if (inum < 0 || inum > 26 ) return PLUGIN_HANDLED;
// See if they want default
if(inum == 0) set_lights("#OFF");
// Pass it on.
else set_light( inum )
// Notify the client.
console_print(id,"[AMXX] Light Change Successful.")
// Return handled.
return PLUGIN_HANDLED
}
// Change the time
public change_time(id,level){
// Must have access!
if(!access ( id, level )) return PLUGIN_HANDLED;
//Make some variables
new arg[200], temp
// Each one below reads an arg, makes it into a number, then sets it accordingly.
read_argv(1,arg,199)
temp = str_to_num(arg)
if(temp != -1) minutes = temp;
read_argv(2,arg,199)
temp = str_to_num(arg)
if(temp != -1) hours = temp;
read_argv(3,arg,199)
temp = str_to_num(arg)
if(temp != -1){
if(temp) AM = true
else AM = false;
}
read_argv(4,arg,199)
temp = str_to_num(arg)
if(temp != -1) days = temp;
read_argv(5,arg,199)
temp = str_to_num(arg)
if(temp != -1) months = temp;
read_argv(6,arg,199)
temp = str_to_num(arg)
if(temp != -1) years = temp;
// After all that, just return, a job well done.
client_print(id,print_chat,"Time Set Completed")
return PLUGIN_HANDLED;
}
// Sets to current time
public default_time(id,level){
// Must have access!
if(!access ( id, level )) return PLUGIN_HANDLED;
// Set it to current time, and notify the user.
current_time()
client_print(id,print_chat,"Time ReSet Completed")
return PLUGIN_HANDLED;
}
// Stock-Like Functions
// Contains stock-like functions functions
public sqrt(num) {
new div = num
new result = 1
while (div > result) { // end when div == result, or just below
div = (div + result) / 2 // take mean value as new divisor
result = num / div
}
return div
}
public is_user_outside(id){
new Float:origin[3]
entity_get_vector ( id, EV_VEC_origin, origin )
return (is_point_outside(origin))
}
public is_point_outside(Float:origin[3]){
if(!get_cvar_num("sv_check_outside") ) return 1;
while (PointContents(origin) == -1)
{
origin[2] += 5.0
}
if (PointContents(origin) == -6) return 1;
return 0;
}
// Stops the sounds we started
public stop_sounds(id) {
client_cmd(id, "speak NULL")
client_cmd(id, "stopsound")
return 1;
}
// Handles getting the tine
public get_plugin_time(){
// If we've run it before, load it. Otherwise, make a new slate.
new data[128]
get_cvaultdata(time_file,"time_exists",data)
if(equal(data,"")) current_time();
else read_time();
dailytemp();
startweather();
return 1;
}
// Get the current time, format it, and input it.
public current_time(){
new temp[200]
get_time ( "%m",temp, 199)
months = str_to_num(temp) - 1
get_time ( "%d",temp, 199)
days = str_to_num(temp)
get_time ( "%Y",temp, 199)
years = str_to_num(temp)
get_time ( "%H",temp, 199)
new hold = str_to_num(temp)
mili_hours = hold;
if(hold > 12){
AM = true;
hours = hold - 12;
}
else if(hold == 0) hours = 12;
else{
AM = false;
hours = hold;
}
get_time ( "%M",temp, 199)
minutes = str_to_num(temp)
// Write the time, just so we know
write_time()
//Make the lights reflect the time.
updatelights()
return 1;
}
// Reads the time from vault. Quite simple.
public read_time(){
new data[128]
get_cvaultdata(time_file,"minutes",data)
minutes = str_to_num(data)
get_cvaultdata(time_file,"hours",data)
hours = str_to_num(data)
get_cvaultdata(time_file,"days",data)
days = str_to_num(data)
get_cvaultdata(time_file,"months",data)
months = str_to_num(data)
get_cvaultdata(time_file,"years",data)
years = str_to_num(data)
get_cvaultdata(time_file,"AM",data)
new temp = str_to_num(data)
if(temp) AM = true;
else AM = false;
if(AM) mili_hours = hours + 12;
else mili_hours = hours;
read_hud()
return 1;
}
// Write the time to the vault. Also simple.
public write_time(){
new data[128]
format(data,127,"%i",minutes)
set_cvaultdata(time_file,"minutes",data)
format(data,127,"%i",hours)
set_cvaultdata(time_file,"hours",data)
format(data,127,"%i",days)
set_cvaultdata(time_file,"days",data)
format(data,127,"%i",months)
set_cvaultdata(time_file,"months",data)
format(data,127,"%i",years)
set_cvaultdata(time_file,"years",data)
if(AM) set_cvaultdata(time_file,"AM","1")
else set_cvaultdata(time_file,"AM","0")
set_cvaultdata(time_file,"time_exists","1")
write_hud()
return 1;
}
public write_hud(){
new data[128]
format(data,127,"%i",hud_red)
set_cvaultdata(time_file,"red",data)
format(data,127,"%i",hud_blue)
set_cvaultdata(time_file,"blue",data)
format(data,127,"%i",hud_green)
set_cvaultdata(time_file,"green",data)
format(data,127,"%f",hud_x)
set_cvaultdata(time_file,"x",data)
format(data,127,"%f",hud_y)
set_cvaultdata(time_file,"y",data)
format(data,127,"%i",hud_effects)
set_cvaultdata(time_file,"effects",data)
format(data,127,"%f",fx_time)
set_cvaultdata(time_file,"fx",data)
format(data,127,"%f",holdtime)
set_cvaultdata(time_file,"holdtime",data)
format(data,127,"%f",Fadein)
set_cvaultdata(time_file,"fadein",data)
format(data,127,"%f",Fadeout)
set_cvaultdata(time_file,"fadeout",data)
format(data,127,"%i",hud_channel)
set_cvaultdata(time_file,"channel",data)
set_cvaultdata(time_file,"hud_set","1")
return 1;
}
// Reads the time from vault. Quite simple.
public read_hud(){
new data[128]
get_cvaultdata(time_file,"hud_set",data)
if(equal(data,"")){
write_hud();
return 1;
}
get_cvaultdata(time_file,"red",data)
hud_red = str_to_num(data)
get_cvaultdata(time_file,"blue",data)
hud_blue= str_to_num(data)
get_cvaultdata(time_file,"green",data)
hud_green = str_to_num(data)
get_cvaultdata(time_file,"effects",data)
hud_effects = str_to_num(data)
get_cvaultdata(time_file,"channel",data)
hud_channel = str_to_num(data)
get_cvaultdata(time_file,"x",data)
hud_x = floatstr(data)
get_cvaultdata(time_file,"y",data)
hud_y = floatstr(data)
get_cvaultdata(time_file,"fx",data)
fx_time = floatstr(data)
get_cvaultdata(time_file,"holdtime",data)
holdtime = floatstr(data)
get_cvaultdata(time_file,"fadein",data)
Fadein = floatstr(data)
get_cvaultdata(time_file,"fadeout",data)
Fadeout = floatstr(data)
return 1;
}
// CVAULT
// Superior storing mechanism
// Allows for a vault-like system with more options, ease of use, and speed.
// All the real work is done through cvault_exists
// Sets a particular key/value pair into the vault file (file[])
public set_cvaultdata(file[],key[],data[]){
// use exists to get the line
new currline[192], blank[128]
new line = cvaultdata_exists(file,key,blank)
// Format the key/value pair
format(currline,191,"%s %s",key,data)
// Write them
write_file(file,currline,line)
// return the line for future use
return line;
}
// Gets a particular key/value pair. Take all of exists credit, is really just a public.
public get_cvaultdata(file[],key[],data[]){
// Find the value
new line = cvaultdata_exists(file,key,data)
// Return where it is.
return line;
}
// Removes a key/value from the vault.
public remove_cvaultdata(file[],key[]){
// Find the key/value pair
new data[128]
new line = cvaultdata_exists(file,key,data)
// Over write them
write_file(file,"",line)
// Return the now free line
return line;
}
// The meat and gravy of CVAULT. Finds out where the key/value is, what it contains, and any free lines along the way.
public cvaultdata_exists(file[],key[],data[]){
// Variables for line, key, and value data.
new currline[192]
new currvalue[128];
new currkey[64];
// What line are we on, how many letters are on it, and whats the last free line
new line = 0;
new txt;
new free_line = -1;
// File has to exist
if( file_exists(file) ) {
// Run through the entire file
while( ( line = read_file(file,line,currline,192,txt ) ) ){
// If its not commented out, continue
if( !equal( currline,"//", strlen("//") ) && !equal( currline,";",strlen(";") ) ) {
// Break it into a key and a value
strtok(currline, currkey, sizeof(currkey), currvalue, sizeof(currvalue),' ',1);
// If its the key we are looking for, copy the data and return where itis
if(equal(currkey,key)){
copy(data,128,currvalue);
return line-1;
}
// If its a free line, store that too
else if( equal(currkey,"") ) free_line = line-1;
}
}
}
// If there isnt a file, there are no values either. So make the file.
else write_file(file, "// **** Cvault V1.117 Storage Method ****", 0);
// And return the last free line, just in case.
return free_line;
}
不知道能不能把这个查件弄成很黑
到黑天的话，可以说是看不见那种。反怎要的效果就是必须电筒和夜视镜才能看的见那种
这样增加趣味性
不知道在那里改请大家帮帮忙 |
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