5004cd332b
* Pack FSRS data into card.data * Update FSRS card data when preset or weights change + Show FSRS stats in card stats * Show a warning when there's a limited review history * Add some translations; tweak UI * Fix default requested retention * Add browser columns, fix calculation of R * Property searches eg prop:d>0.1 * Integrate FSRS into reviewer * Warn about long learning steps * Hide minimum interval when FSRS is on * Don't apply interval multiplier to FSRS intervals * Expose memory state to Python * Don't set memory state on new cards * Port Jarret's new tests; add some helpers to make tests more compact https://github.com/open-spaced-repetition/fsrs-rs/pull/64 * Fix learning cards not being given memory state * Require update to v3 scheduler * Don't exclude single learning step when calculating memory state * Use relearning step when learning steps unavailable * Update docstring * fix single_card_revlog_to_items (#2656) * not need check the review_kind for unique_dates * add email address to CONTRIBUTORS * fix last first learn & keep early review * cargo fmt * cargo clippy --fix * Add Jarrett to about screen * Fix fsrs_memory_state being initialized to default in get_card() * Set initial memory state on graduate * Update to latest FSRS * Fix experiment.log being empty * Fix broken colpkg imports Introduced by "Update FSRS card data when preset or weights change" * Update memory state during (re)learning; use FSRS for graduating intervals * Reset memory state when cards are manually rescheduled as new * Add difficulty graph; hide eases when FSRS enabled * Add retrievability graph * Derive memory_state from revlog when it's missing and shouldn't be --------- Co-authored-by: Jarrett Ye <jarrett.ye@outlook.com>
207 lines
6.0 KiB
TypeScript
207 lines
6.0 KiB
TypeScript
// Copyright: Ankitects Pty Ltd and contributors
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// License: GNU AGPL, version 3 or later; http://www.gnu.org/licenses/agpl.html
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import * as tr from "@tslib/ftl";
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export const SECOND = 1.0;
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export const MINUTE = 60.0 * SECOND;
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export const HOUR = 60.0 * MINUTE;
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export const DAY = 24.0 * HOUR;
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export const MONTH = 30.0 * DAY;
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export const YEAR = 12.0 * MONTH;
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export enum TimespanUnit {
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Seconds,
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Minutes,
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Hours,
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Days,
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Months,
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Years,
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}
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export function unitName(unit: TimespanUnit): string {
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switch (unit) {
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case TimespanUnit.Seconds:
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return "seconds";
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case TimespanUnit.Minutes:
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return "minutes";
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case TimespanUnit.Hours:
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return "hours";
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case TimespanUnit.Days:
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return "days";
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case TimespanUnit.Months:
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return "months";
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case TimespanUnit.Years:
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return "years";
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}
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}
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export function naturalUnit(secs: number): TimespanUnit {
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secs = Math.abs(secs);
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if (secs < MINUTE) {
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return TimespanUnit.Seconds;
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} else if (secs < HOUR) {
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return TimespanUnit.Minutes;
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} else if (secs < DAY) {
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return TimespanUnit.Hours;
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} else if (secs < MONTH) {
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return TimespanUnit.Days;
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} else if (secs < YEAR) {
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return TimespanUnit.Months;
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} else {
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return TimespanUnit.Years;
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}
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}
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/** Number of seconds in a given unit. */
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export function unitSeconds(unit: TimespanUnit): number {
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switch (unit) {
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case TimespanUnit.Seconds:
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return SECOND;
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case TimespanUnit.Minutes:
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return MINUTE;
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case TimespanUnit.Hours:
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return HOUR;
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case TimespanUnit.Days:
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return DAY;
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case TimespanUnit.Months:
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return MONTH;
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case TimespanUnit.Years:
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return YEAR;
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}
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}
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export function unitAmount(unit: TimespanUnit, secs: number): number {
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return secs / unitSeconds(unit);
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}
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/** Largest unit provided seconds can be divided by without a remainder. */
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export function naturalWholeUnit(secs: number): TimespanUnit {
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let unit = naturalUnit(secs);
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while (unit != TimespanUnit.Seconds) {
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const amount = Math.round(unitAmount(unit, secs));
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if (Math.abs(secs - amount * unitSeconds(unit)) < Number.EPSILON) {
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return unit;
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}
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unit -= 1;
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}
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return unit;
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}
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export function studiedToday(cards: number, secs: number): string {
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const unit = naturalUnit(secs);
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const amount = unitAmount(unit, secs);
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const name = unitName(unit);
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let secsPer = 0;
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if (cards > 0) {
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secsPer = secs / cards;
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}
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return tr.statisticsStudiedToday({
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unit: name,
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secsPerCard: secsPer,
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cards,
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amount,
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});
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}
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function i18nFuncForUnit(
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unit: TimespanUnit,
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short: boolean,
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): (_: { amount: number }) => string {
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if (short) {
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switch (unit) {
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case TimespanUnit.Seconds:
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return tr.statisticsElapsedTimeSeconds;
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case TimespanUnit.Minutes:
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return tr.statisticsElapsedTimeMinutes;
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case TimespanUnit.Hours:
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return tr.statisticsElapsedTimeHours;
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case TimespanUnit.Days:
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return tr.statisticsElapsedTimeDays;
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case TimespanUnit.Months:
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return tr.statisticsElapsedTimeMonths;
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case TimespanUnit.Years:
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return tr.statisticsElapsedTimeYears;
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}
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} else {
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switch (unit) {
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case TimespanUnit.Seconds:
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return tr.schedulingTimeSpanSeconds;
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case TimespanUnit.Minutes:
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return tr.schedulingTimeSpanMinutes;
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case TimespanUnit.Hours:
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return tr.schedulingTimeSpanHours;
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case TimespanUnit.Days:
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return tr.schedulingTimeSpanDays;
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case TimespanUnit.Months:
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return tr.schedulingTimeSpanMonths;
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case TimespanUnit.Years:
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return tr.schedulingTimeSpanYears;
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}
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}
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}
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/** Describe the given seconds using the largest appropriate unit.
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If precise is true, show to two decimal places, eg
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eg 70 seconds -> "1.17 minutes"
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If false, seconds and days are shown without decimals. */
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export function timeSpan(seconds: number, short = false, precise = true): string {
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const unit = naturalUnit(seconds);
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let amount = unitAmount(unit, seconds);
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if (!precise && unit < TimespanUnit.Months) {
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amount = Math.round(amount);
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}
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return i18nFuncForUnit(unit, short)({ amount });
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}
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export function dayLabel(daysStart: number, daysEnd: number): string {
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const larger = Math.max(Math.abs(daysStart), Math.abs(daysEnd));
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const smaller = Math.min(Math.abs(daysStart), Math.abs(daysEnd));
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if (larger - smaller <= 1) {
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// singular
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if (daysStart >= 0) {
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return tr.statisticsInDaysSingle({ days: daysStart });
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} else {
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return tr.statisticsDaysAgoSingle({ days: -daysStart });
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}
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} else {
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// range
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if (daysStart >= 0) {
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return tr.statisticsInDaysRange({
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daysStart,
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daysEnd: daysEnd - 1,
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});
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} else {
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return tr.statisticsDaysAgoRange({
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daysStart: Math.abs(daysEnd - 1),
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daysEnd: -daysStart,
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});
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}
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}
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}
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/** Helper for converting Unix timestamps to date strings. */
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export class Timestamp {
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private date: Date;
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constructor(seconds: number) {
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this.date = new Date(seconds * 1000);
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}
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/** YYYY-MM-DD */
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dateString(): string {
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const year = this.date.getFullYear();
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const month = ("0" + (this.date.getMonth() + 1)).slice(-2);
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const date = ("0" + this.date.getDate()).slice(-2);
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return `${year}-${month}-${date}`;
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}
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/** HH:MM */
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timeString(): string {
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const hours = ("0" + this.date.getHours()).slice(-2);
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const minutes = ("0" + this.date.getMinutes()).slice(-2);
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return `${hours}:${minutes}`;
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}
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}
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