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Minor filename case change for consistency

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Krafpy
2024-09-04 01:10:05 +02:00
parent 0279225903
commit c6a850f7d4
4 changed files with 274 additions and 2 deletions
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123
dist/main/time/kronometertime.js vendored Normal file
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export class KronometerTime {
constructor(date, config) {
this.config = config;
this._exactDate = 0;
this.utDisplayMode = "offset";
if (typeof date == "number") {
this.dateSeconds = date;
}
else {
this.displayYDHMS = date;
}
}
stringYDHMS(precision, display) {
let year, day, hour, minute, second;
if (display == "ut") {
const ydhms = this.displayYDHMS;
year = ydhms.year;
day = ydhms.day;
hour = ydhms.hour;
minute = ydhms.minute;
second = ydhms.second;
}
else {
const t = this._exactDate;
year = Math.floor(t / 31536000);
day = Math.floor((t % 31536000) / 86400);
hour = Math.floor((t % 86400) / 3600);
minute = Math.floor((t % 3600) / 60);
second = (t % 60);
}
let hmsStr = "";
switch (precision) {
case "hms": hmsStr = `:${(second >= 10 ? "" : "0")}${second.toFixed(0)}${hmsStr}`;
case "hm": hmsStr = `:${(minute >= 10 ? "" : "0")}${minute}${hmsStr}`;
}
hmsStr = `${(hour >= 10 ? "" : "0")}${hour}${hmsStr}`;
if (precision == "h") {
hmsStr += "h";
}
if (display == "ut") {
return `Year ${year} - Day ${day} - ${hmsStr}`;
}
else {
return `T+ ${year}y - ${day}d - ${hmsStr}`;
}
}
toUT(from) {
if (typeof from == "number")
return new KronometerTime(from + this._exactDate, this.config);
else
return new KronometerTime(from.dateSeconds + this._exactDate, this.config);
}
get dateSeconds() {
return this._exactDate;
}
set dateSeconds(date) {
this._exactDate = date;
}
get displayYDHMS() {
const daysInShortYear = Math.floor(this.config.orbitalPeriod / this.config.solarDayLength);
const daysInLongYear = Math.ceil(this.config.orbitalPeriod / this.config.solarDayLength);
const shortYear = this.config.solarDayLength * daysInShortYear;
let chanceOfLeapDay = (this.config.orbitalPeriod / this.config.solarDayLength) % 1;
if (daysInShortYear === daysInLongYear) {
chanceOfLeapDay = 0;
}
let left = this._exactDate;
let leap = 0;
let year = 0;
let day = 0;
let hours = 0;
let minutes = 0;
let seconds = 0;
while (left >= shortYear) {
left -= shortYear;
leap += chanceOfLeapDay;
year++;
while (Math.floor(leap) >= 1) {
leap = Math.max(leap - 1, 0);
if (left >= this.config.solarDayLength) {
left -= this.config.solarDayLength;
}
else {
year--;
day += daysInShortYear;
}
}
}
day += Math.floor(left / this.config.solarDayLength);
left -= Math.floor(left / this.config.solarDayLength) * this.config.solarDayLength;
if (left >= this.config.solarDayLength) {
day++;
left -= this.config.solarDayLength;
}
hours = Math.floor(left / 3600);
left -= hours * 3600;
minutes = Math.floor(left / 60);
left -= minutes * 60;
seconds = Math.floor(left);
return {
year: year + 1,
day: day + 1,
hour: hours,
minute: minutes,
second: seconds
};
}
set displayYDHMS(dateYDHMS) {
let { year, day, hour, minute, second } = dateYDHMS;
const daysInShortYear = Math.floor(this.config.orbitalPeriod / this.config.solarDayLength);
let chanceOfLeapDay = (this.config.orbitalPeriod / this.config.solarDayLength) % 1;
let exactDate = 0;
let days = (day - 1) + Math.floor((year - 1) * chanceOfLeapDay) + ((year - 1) * daysInShortYear);
exactDate += days * this.config.solarDayLength;
exactDate += hour * 3600;
exactDate += minute * 60;
exactDate += second;
this._exactDate = exactDate;
}
get defaultDate() {
return this.config.initialDate;
}
}

2
dist/main/time/time.js vendored
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@@ -1,6 +1,6 @@
import { RealKSPTime } from "./realtime.js";
import { BaseKSPTime } from "./basetime.js";
import { KronometerTime } from "./KronometerTime.js";
import { KronometerTime } from "./kronometertime.js";
export function KSPTime(date, config, dateMode) {
switch (config.type) {
case "base":

149
src/main/time/kronometertime.ts Normal file
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export class KronometerTime implements IKSPTime {
private _exactDate: number = 0;
public readonly utDisplayMode = "offset";
constructor(date: number | DateYDHMS, public readonly config: KronometerSettings){
if(typeof date == "number") {
this.dateSeconds = date;
} else {
this.displayYDHMS = date;
}
}
public stringYDHMS(precision: "h" | "hm" | "hms", display: "emt" | "ut"): string {
let year: number, day: number, hour: number, minute: number, second: number;
if(display == "ut"){
const ydhms = this.displayYDHMS;
year = ydhms.year;
day = ydhms.day;
hour = ydhms.hour;
minute = ydhms.minute;
second = ydhms.second;
} else {
const t = this._exactDate;
year = Math.floor(t / 31536000);
day = Math.floor((t % 31536000) / 86400);
hour = Math.floor((t % 86400) / 3600);
minute = Math.floor((t % 3600) / 60);
second = (t % 60);
}
let hmsStr = "";
switch(precision){
case "hms": hmsStr = `:${(second >= 10 ? "" : "0")}${second.toFixed(0)}${hmsStr}`;
case "hm": hmsStr = `:${(minute >= 10 ? "" : "0")}${minute}${hmsStr}`;
}
hmsStr = `${(hour >= 10 ? "" : "0")}${hour}${hmsStr}`;
if(precision == "h"){
hmsStr += "h";
}
if(display == "ut"){
return `Year ${year} - Day ${day} - ${hmsStr}`;
} else {
return `T+ ${year}y - ${day}d - ${hmsStr}`;
}
}
public toUT(from: number | IKSPTime): IKSPTime {
if(typeof from == "number")
return new KronometerTime(from + this._exactDate, this.config);
else
return new KronometerTime(from.dateSeconds + this._exactDate, this.config);
}
public get dateSeconds(){
return this._exactDate;
}
public set dateSeconds(date: number){
this._exactDate = date;
}
public get displayYDHMS(): DateYDHMS {
const daysInShortYear = Math.floor(this.config.orbitalPeriod / this.config.solarDayLength);
const daysInLongYear = Math.ceil(this.config.orbitalPeriod / this.config.solarDayLength);
const shortYear = this.config.solarDayLength * daysInShortYear;
let chanceOfLeapDay = (this.config.orbitalPeriod / this.config.solarDayLength) % 1;
if (daysInShortYear === daysInLongYear) {
chanceOfLeapDay = 0;
}
let left = this._exactDate;
let leap = 0;
let year = 0;
let day = 0;
let hours = 0;
let minutes = 0;
let seconds = 0;
while (left >= shortYear) {
left -= shortYear;
leap += chanceOfLeapDay;
year++;
while (Math.floor(leap) >= 1) {
leap = Math.max(leap - 1, 0);
if (left >= this.config.solarDayLength) {
left -= this.config.solarDayLength;
} else {
year--;
day += daysInShortYear;
}
}
}
day += Math.floor(left / this.config.solarDayLength);
left -= Math.floor(left / this.config.solarDayLength) * this.config.solarDayLength;
if (left >= this.config.solarDayLength) {
day++;
left -= this.config.solarDayLength;
}
hours = Math.floor(left / 3600);
left -= hours * 3600;
minutes = Math.floor(left / 60);
left -= minutes * 60;
seconds = Math.floor(left);
return {
year: year + 1,
day: day + 1,
hour: hours,
minute: minutes,
second: seconds
};
}
public set displayYDHMS(dateYDHMS: DateYDHMS){
let {year, day, hour, minute, second} = dateYDHMS;
const daysInShortYear = Math.floor(this.config.orbitalPeriod / this.config.solarDayLength);
let chanceOfLeapDay = (this.config.orbitalPeriod / this.config.solarDayLength) % 1;
let exactDate = 0;
let days = (day - 1) + Math.floor((year - 1) * chanceOfLeapDay) + ((year - 1) * daysInShortYear);
exactDate += days * this.config.solarDayLength;
exactDate += hour * 3600;
exactDate += minute * 60;
exactDate += second;
this._exactDate = exactDate;
}
public get defaultDate(){
return this.config.initialDate;
}
}

2
src/main/time/time.ts
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@@ -1,6 +1,6 @@
import {RealKSPTime} from "./realtime.js";
import {BaseKSPTime} from "./basetime.js";
import {KronometerTime} from "./KronometerTime.js";
import {KronometerTime} from "./kronometertime.js";
export function KSPTime(date: number | DateYDHMS, config: BaseTimeSettings | RealTimeSettings | KronometerSettings, dateMode: "elapsed" | "offset"): IKSPTime {
switch (config.type) {