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import DniGorahyan from "../index";
import Utils from "./utils.lib";
import { adjustForLeapSeconds } from "./leap.second.lib";
import EarthMonthConstants from "../constants/earth.month.constants";
import DniMonthConstants from "../constants/dni.month.constants";
import { TimestampFormatLoaders } from "./timestamp.format.lib";
/**
* Default File Export
* */
export default function convertSurfaceTimestampToDniCavernTimestamp(dniGorahyan: DniGorahyan) {
const { convertSurfaceTimestampToCavern } = SurfaceConverterLib(dniGorahyan);
return convertSurfaceTimestampToCavern;
}
/**
* Helper Exports
* */
export function setNthBell(pahrtahvo: number): string {
const bellSuperScripts = [
"", "st", "nd", "rd", "th", "th", "th", "th", "th", "th",
"th", "th", "th", "th", "th", "th", "th", "th", "th", "th",
"th", "st", "nd", "rd", "th", "th"
];
return `${pahrtahvo}${bellSuperScripts[pahrtahvo]}`;
}
export function setSurfaceTimeArtifactsByString(surfaceDateTime: string, dniGorahyan: DniGorahyan) {
const
parsedData = surfaceDateTime.split("T"),
requestedDate = parsedData[0].split("-"),
requestedTime = parsedData[1].split(":");
let // Convert strings To ints and store them against the class object.
year = parseInt(requestedDate[0]),
month = parseInt(requestedDate[1]),
day = parseInt(requestedDate[2]),
hour = parseInt(requestedTime[0]),
minute = parseInt(requestedTime[1]),
second = parseInt(requestedTime[2]);
const monthData = EarthMonthConstants.filter(item => item.id === (month - 1));
dniGorahyan.userProvidedSurfaceTS = surfaceDateTime;
dniGorahyan.timeFragment = {
type: "year",
value: year,
source: "surface"
};
dniGorahyan.monthId = monthData[0].id;
dniGorahyan.monthText = monthData[0].monthNameText;
dniGorahyan.timeFragment = {
type: "day",
value: day,
source: "surface"
};
dniGorahyan.timeFragment = {
type: "hour",
value: hour,
source: "surface"
};;
dniGorahyan.timeFragment = {
type: "minute",
value: minute,
source: "surface"
};;
dniGorahyan.timeFragment = {
type: "second",
value: second,
source: "surface"
};;
let dt = new Date(year, month - 1, day);
dt.setUTCHours(hour);
dt.setUTCMinutes(minute + (7 * 60));
dt.setUTCSeconds(second);
let temp = Date.parse(dt.toISOString());
return adjustForLeapSeconds(Big(temp), dniGorahyan.gorahyan);
}
/**
* Internal File Methods
* */
export function SurfaceConverterLib(dniGorahyan: DniGorahyan) {
const _convertSurfaceTimestampToCavern = function(surfaceDateTime?: Date | string | null | undefined) {
let // Process And Store Surface Time Artifacts
stringPassed = typeof surfaceDateTime === "string",
dateObjectPassed = typeof surfaceDateTime === "object",
nullOrUndefinedPassed = surfaceDateTime === undefined || surfaceDateTime === null;
if(stringPassed) {
let safeDateTimeString = safeStringOperation(surfaceDateTime);
dniGorahyan.elapsedTimeForGivenDate = setSurfaceTimeArtifactsByString(safeDateTimeString, dniGorahyan);
} else if (dateObjectPassed && !nullOrUndefinedPassed) {
let safeDateTimeObject = safeDateOperation(surfaceDateTime);
dniGorahyan.elapsedTimeForGivenDate = _setSurfaceTimeArtifactsByDateObject(safeDateTimeObject);
} else {
dniGorahyan.elapsedTimeForGivenDate = _setSurfaceTimeArtifactsByDateObject(new Date("2024-09-23T09:34:06"));
}
let earthDeltaInMS =
Big(dniGorahyan.elapsedTimeForGivenDate)
.minus(Big(dniGorahyan.elapsedTimeAtConvergence));
dniGorahyan.calculatedEarthDelta = earthDeltaInMS.toNumber();
/**
* Calculate and Store D'ni Hahrtee / Hahr Delta
* */
let deltaWithHahrRemoved = storeAndShiftDniTimeFragment(
earthDeltaInMS,
dniGorahyan.EARTH_MS_PER_HAHR_BIG,
{ type: "hahr", source: "cavern" }
);
/**
* Convert Delta to D'ni Prorahntee For Rest of Calculations
* */
let
prorahnAdjustment = dniGorahyan
.PRORAHNTEE_PER_HAHR_BIG
.div(dniGorahyan.EARTH_MS_PER_HAHR_BIG),
deltaInProrahntee = deltaWithHahrRemoved.times(prorahnAdjustment);
dniGorahyan.calculatedProrahnteeDelta = deltaInProrahntee.toNumber();
/**
* Calculate and Store the Vailee
* */
let vaileeId: number = deltaInProrahntee
.div(dniGorahyan.VAILEE_SHIFT_BIG)
.round(Big.roundDown)
.toNumber();
dniGorahyan.vaileetee = vaileeId;
let prorahnteeDeltaWithVaileeRemoved = shiftDelta(vaileeId, dniGorahyan.VAILEE_SHIFT_BIG, deltaInProrahntee, "vailee");
/**
* Calculate and Store the Yahr
* */
let value: Big | number = prorahnteeDeltaWithVaileeRemoved
.div(dniGorahyan.YAHR_SHIFT_BIG).round(0, Big.roundDown).toNumber();
dniGorahyan.timeFragment = {
type: "yahr",
value,
source: "cavern"
};
let prorahnteeDeltaWithYahrRemoved = shiftDelta(value, dniGorahyan.YAHR_SHIFT_BIG, prorahnteeDeltaWithVaileeRemoved, "yahr");
/**
* Calculate and Store the Gahrtahvo
* */
let prorahnteeDeltaWithGartahvoRemoved = storeAndShiftDniTimeFragment(
prorahnteeDeltaWithYahrRemoved,
dniGorahyan.GAHRTAHVO_SHIFT_BIG,
{ type: "gahrtahvo", source: "cavern" }
);
/**
* Calculate and Store the Pahrtahvo
* */
let pahrtahvo: Big | number = prorahnteeDeltaWithYahrRemoved.div(dniGorahyan.PAHRTAHVO_SHIFT_BIG);
pahrtahvo = Math.floor(pahrtahvo.toNumber());
dniGorahyan.timeFragment = {
type: "pahrtahvo",
value: pahrtahvo,
source: "cavern"
};
/**
* Calculate and Store the Tahvo
* */
let tahvo: Big | number = prorahnteeDeltaWithGartahvoRemoved
.div(dniGorahyan.TAHVO_SHIFT_BIG).round(0, Big.roundDown).toNumber();
let prorahnteeDeltaWithTahvoRemoved = storeAndShiftDniTimeFragment(
prorahnteeDeltaWithGartahvoRemoved,
dniGorahyan.TAHVO_SHIFT_BIG,
{ type: "tahvo", source: "cavern" }
);
/**
* Calculate and Store the Gorahn
* */
let prorahnteeDeltaWithGorahnRemoved = storeAndShiftDniTimeFragment(
prorahnteeDeltaWithTahvoRemoved,
dniGorahyan.GORAHN_SHIFT_BIG,
{ type: "gorahn", source: "cavern" }
);
/**
* Calculate and Store the Prorahn
* */
dniGorahyan.timeFragment = {
type: "prorahn",
value: prorahnteeDeltaWithGorahnRemoved.round(0, Big.roundDown).toNumber(),
source: "cavern"
};
/**
* Adjust All Calculated Times As Needed And Return Final TS Value
* */
adjustCalculatedTimes();
setDniConvertedTimestamp();
return dniGorahyan;
}
const { safeDateOperation, safeStringOperation } = Utils();
const _setSurfaceTimeArtifactsByDateObject = function(surfaceDateTime: Date) {
const
year = surfaceDateTime.getUTCFullYear(),
month = surfaceDateTime.getMonth(),
day = surfaceDateTime.getDate(),
hours = surfaceDateTime.getHours(),
minutes = surfaceDateTime.getMinutes(),
seconds = surfaceDateTime.getSeconds();
const monthData = EarthMonthConstants.filter(item => item.id === month);
dniGorahyan.userProvidedSurfaceTS = surfaceDateTime;
dniGorahyan.timeFragment = {
type: "year",
value: year,
source: "surface"
};
dniGorahyan.monthId = monthData[0].id;
dniGorahyan.monthText = monthData[0].monthNameText;
dniGorahyan.timeFragment = {
type: "day",
value: day,
source: "surface"
};
dniGorahyan.timeFragment = {
type: "hour",
value: hours,
source: "surface"
};
dniGorahyan.timeFragment = {
type: "minute",
value: minutes,
source: "surface"
};
dniGorahyan.timeFragment = {
type: "second",
value: seconds,
source: "surface"
};
let dt = new Date(year, month, day);
dt.setUTCHours(hours);
dt.setUTCMinutes(minutes + (7 * 60));
dt.setUTCSeconds(seconds);
let temp = Date.parse(dt.toISOString());
return adjustForLeapSeconds(Big(temp), dniGorahyan.gorahyan);
}
const storeAndShiftDniTimeFragment = function(delta: Big, shift: Big, passedFragment: { type: string, source: string }) {
let
{ type, source } = passedFragment,
value = delta
.div(shift)
.round(0, Big.roundDown)
.toNumber(),
shiftFor = type.charAt(0).toUpperCase() + type.slice(1);
// Store The Fragment Value
dniGorahyan.timeFragment = { type, value, source };
// Return the Shifted Delta After Fragment Processing
return shiftDelta(value, shift, delta, `${shiftFor}Delta`);
}
const shiftDelta = function(dniUnit: number, dniUnitShift: Big, currentDelta: Big, shiftFor: string): Big {
let
deltaShiftValueToRemove = Big(dniUnit).times(dniUnitShift),
remainingDelta: Big | number = currentDelta.minus(deltaShiftValueToRemove);
// @ts-ignore
dniGorahyan[`calculated${shiftFor}`] = remainingDelta.toNumber();
return remainingDelta;
}
const adjustCalculatedTimes = function() {
adjustTimeValue('prorahn');
adjustTimeValue('gorahn');
adjustTimeValue('tahvo');
adjustTimeValue('gartahvo');
adjustTimeValue('yahr');
adjustTimeValue('vailee');
setFullVaileeData();
finalCalendarAdjustments();
}
const _subAdjustment = function(adjustsFor: string, currentValue: number, min: number, max: number) {
let adjustment = 0;
if(currentValue > max) {
adjustment = 1;
} else if (currentValue < min) {
adjustment = -1;
}
if(adjustsFor === "vailee") {
dniGorahyan.vaileetee = Big(dniGorahyan.vaileetee)
.plus(adjustment)
.toNumber();
} else {
// @ts-ignore
let newValue = Big(dniGorahyan[`${adjustsFor}tee`])
.plus(adjustment)
.toNumber();
dniGorahyan.timeFragment = {
type: adjustsFor,
value: newValue,
source: "cavern"
};
}
}
const adjustTimeValue = function(unitOfTime: string) {
while ((
(unitOfTime === "vailee" && dniGorahyan.vaileetee > dniGorahyan.VAILEE_MAX) ||
(unitOfTime === "vailee" && dniGorahyan.vaileetee < dniGorahyan.VAILEE_MIN)
) || (
// @ts-ignore
unitOfTime !== "vailee" && dniGorahyan[`${unitOfTime}tee`] > dniGorahyan[`${unitOfTime.toUpperCase()}_MAX`] ||
// @ts-ignore
unitOfTime !== "vailee" && dniGorahyan[`${unitOfTime}tee`] < dniGorahyan[`${unitOfTime.toUpperCase()}_MIN`]
)) {
let // @ts-ignore
minValue = dniGorahyan[`${unitOfTime.toUpperCase()}_MIN`],
// @ts-ignore
maxValue = dniGorahyan[`${unitOfTime.toUpperCase()}_MAX`],
currentValue: number = (unitOfTime === "vailee") ?
dniGorahyan.vaileetee :
// @ts-ignore
dniGorahyan[`${unitOfTime}tee`];
let adjustedValue = 0;
// @ts-ignore
if (currentValue > maxValue) {
adjustedValue = -maxValue;
} else if (currentValue < minValue) {
adjustedValue = maxValue;
}
if(unitOfTime === "vailee") {
dniGorahyan.vaileetee = Big(dniGorahyan.vaileetee)
.plus(adjustedValue)
.toNumber();
} else {
// @ts-ignore
let numberValue = dniGorahyan[`${unitOfTime}tee`],
newValue = Big(numberValue)
.plus(adjustedValue)
.toNumber();
dniGorahyan.timeFragment = {
type: unitOfTime,
value: newValue,
source: "cavern"
};
}
// Sub-processing when a main component is adjusted
switch(unitOfTime) {
case "prorahn":
_subAdjustment("gorahn", currentValue, minValue, maxValue);
break;
case "gorahn":
_subAdjustment("tahvo", currentValue, minValue, maxValue);
break;
case "tahvo":
_subAdjustment("gahrtahvo", currentValue, minValue, maxValue);
break;
case "gahrtahvo":
_subAdjustment("yahr", currentValue, minValue, maxValue);
break;
case "yahr":
_subAdjustment("vailee", currentValue, minValue, maxValue);
break;
case "vailee":
_subAdjustment("hahr", currentValue, minValue, maxValue);
break;
}
}
}
const finalCalendarAdjustments = function() {
// Final Calendar Adjustments
// Always Increment Hahr By 9647 After Date Conversion
dniGorahyan.timeFragment = {
type: "hahr",
value: Big(dniGorahyan.hahrtee)
.plus(dniGorahyan.DNI_HAHR_REFERENCE_BIG)
.toNumber(),
source: "cavern"
};
// Always Increment Pahrtahvo By 1 After Date Conversion
dniGorahyan.timeFragment = {
type: "pahrtahvo",
value: Big(dniGorahyan.pahrtahvotee)
.plus(1)
.toNumber(),
source: "cavern"
};
// Always Increment Yahr By 1 After Date Conversion
dniGorahyan.timeFragment = {
type: "yahr",
value: Big(dniGorahyan.yahrtee)
.plus(1)
.toNumber(),
source: "cavern"
};
}
const setDniConvertedTimestamp = function() {
let format = TimestampFormatLoaders(dniGorahyan);
dniGorahyan.systemProvidedSurfaceTS = format.dniDateTimeStringFormatter();
return dniGorahyan;
}
const setFullVaileeData = function() {
try {
let data = DniMonthConstants[dniGorahyan.vaileetee];
dniGorahyan.vaileeTextName = data.vaileeNameText;
dniGorahyan.vaileeDniFontMappingName = data.dniFontVaileeNameText;
} catch(err) {
throw new Error("Vailee Parse Failed. Unable To Continue Date Conversion. Check the error console for more details.");
}
}
return {
convertSurfaceTimestampToCavern: _convertSurfaceTimestampToCavern,
tests: {
setFullVaileeData,
setDniConvertedTimestamp,
adjustTimeValue,
subAdjustment: _subAdjustment
}
}
} |