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@types/cal-heatmap

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Comparing version 3.5.30 to 3.5.31

908

cal-heatmap/index.d.ts

@@ -1,2 +0,2 @@

// Type definitions for cal-heatmap v3.5.4
// Type definitions for cal-heatmap v3.5.4
// Project: https://github.com/wa0x6e/cal-heatmap

@@ -6,510 +6,512 @@ // Definitions by: Chris Baker <https://github.com/RetroChrisB/>

/// <reference types="d3" />
import * as d3 from "d3";
declare namespace CalHeatMap
{
interface CalHeatMapStatic
declare global {
namespace CalHeatMap
{
new (): CalHeatMap;
}
interface CalHeatMapStatic
{
new (): CalHeatMap;
}
interface CalHeatMap
{
/**
* Initialise the CalHeatMap with the specified options
* @param {InitOptions} options The CalHeatMap options
*/
init(options?: InitOptions): void;
interface CalHeatMap
{
/**
* Initialise the CalHeatMap with the specified options
* @param {InitOptions} options The CalHeatMap options
*/
init(options?: InitOptions): void;
options: RuntimeOptions;
options: RuntimeOptions;
// Various update mode when using the update() API
/** Reset the whole calendar data before inserting the new data. */
RESET_ALL_ON_UPDATE: number;
/**
* Update only the dates (subDomain) you pass in the data argument, replace their value by the new ones.
* All other dates are leaved untouched.
*/
RESET_SINGLE_ON_UPDATE: number;
/**
* Instead of replacing a date's value by a new one, increment it by the new value. All other dates are leaved untouched.
* That's the one you want to use of you're populating the calendar in realtime!
*/
APPEND_ON_UPDATE: number;
// Various update mode when using the update() API
/** Reset the whole calendar data before inserting the new data. */
RESET_ALL_ON_UPDATE: number;
/**
* Update only the dates (subDomain) you pass in the data argument, replace their value by the new ones.
* All other dates are leaved untouched.
*/
RESET_SINGLE_ON_UPDATE: number;
/**
* Instead of replacing a date's value by a new one, increment it by the new value. All other dates are leaved untouched.
* That's the one you want to use of you're populating the calendar in realtime!
*/
APPEND_ON_UPDATE: number;
/**
* Shift the calendar n domains back
* @param {number} n The number of domains to shift back. The default is 1.
*/
previous(n?: number): void;
/**
* Shift the calendar n domains forward
* @param {number} n The number of domains to shift forward. The default is 1.
*/
next(n?: number): void;
/**
* Jump the calendar to the specified date
* This method will shift the calendar backward or forward, until the domain containing the specified date is visible.
* @param {Date} date The date to jump to.
* @param {boolean} reset Whether to set the domain with the specified as the calendar's first domain.
*/
jumpTo(date: Date, reset?: boolean): void;
/** Reset the calendar back to the start date */
rewind(): void;
/**
* Update the calendar with new data
* Use update() when you want to refresh the calendar with a new set of data.
* Particularly useful if you're filling the calendar in realtime, or if you want to display a subset of the current data.
* @param {string|Object} data Accept the same format as the data option.
* @param {} afterLoad Whether to execute the afterLoad() callback to convert your data into the json object, expected by cal-heatmap.
* It can also directly takes a function, in case your data can not be converted with the afterLoad() function you defined.
* @param {} updateMode Define how to insert the new data into the calendar.
* Accepted values are:
* Instance.RESET_ALL_ON_UPDATE (default) Reset the whole calendar data before inserting the new data.
* Instance.RESET_SINGLE_ON_UPDATE Update only the dates (subDomain) you pass in the data argument,
* replace their value by the new ones. All other dates are leaved untouched.
* Instance.APPEND_ON_UPDATE Instead of replacing a date's value by a new one, increment it by the new value.
* All other dates are leaved untouched. That's the one you want to use of you're
* populating the calendar in realtime!
*/
update(data: string | Object, afterLoad?: boolean | Function, updateMode?: number): void;
/**
* Change the highlighted dates.
* Takes an array of Date object. Can also accepts the now string, equivalent to Date.now().
* @param {string|Date|Date[]} dates The date or dates to highlight.
*/
highlight(dates: string | Date | Date[]): void;
/**
* Return the SVG source code with the appropriate CSS
* The returned string code is valid and ready to be placed in a .svg file.
* @returns SVG source code with the appropriate CSS.
*/
getSVG(): string;
/**
* Change the legend settings and/or threshold
* When called without arguments, setLegend() will just redraw the legend.
* @param {} legend Same as legend : an array of thresholds
* @param {} legendColor Same as legendColors : an object with the heatmap's colors, or an array of 2 colors
*/
setLegend(legend?: number[], legendColors?: LegendColor | string[]): void;
/**
* Remove the legend from the calendar
* Settings are kept and you can re-add the legend with the same settings using showLegend().
*/
removeLegend(): void;
/** Display the legend, if not already shown. */
showLegend(): void;
/**
* Remove the calendar from the DOM
* Remember to self-assign the result of destroy() to your calendar instance, or it'll lead to a memory leak.
* @param {Function} callback function that will be executed when the calendar is removed from the DOM, at the end of the animation.
* @returns always returns null.
*/
destroy(callback?: Function): CalHeatMap;
}
/**
* Shift the calendar n domains back
* @param {number} n The number of domains to shift back. The default is 1.
*/
previous(n?: number): void;
/**
* Shift the calendar n domains forward
* @param {number} n The number of domains to shift forward. The default is 1.
*/
next(n?: number): void;
/**
* Jump the calendar to the specified date
* This method will shift the calendar backward or forward, until the domain containing the specified date is visible.
* @param {Date} date The date to jump to.
* @param {boolean} reset Whether to set the domain with the specified as the calendar's first domain.
*/
jumpTo(date: Date, reset?: boolean): void;
/** Reset the calendar back to the start date */
rewind(): void;
/**
* Update the calendar with new data
* Use update() when you want to refresh the calendar with a new set of data.
* Particularly useful if you're filling the calendar in realtime, or if you want to display a subset of the current data.
* @param {string|Object} data Accept the same format as the data option.
* @param {} afterLoad Whether to execute the afterLoad() callback to convert your data into the json object, expected by cal-heatmap.
* It can also directly takes a function, in case your data can not be converted with the afterLoad() function you defined.
* @param {} updateMode Define how to insert the new data into the calendar.
* Accepted values are:
* Instance.RESET_ALL_ON_UPDATE (default) Reset the whole calendar data before inserting the new data.
* Instance.RESET_SINGLE_ON_UPDATE Update only the dates (subDomain) you pass in the data argument,
* replace their value by the new ones. All other dates are leaved untouched.
* Instance.APPEND_ON_UPDATE Instead of replacing a date's value by a new one, increment it by the new value.
* All other dates are leaved untouched. That's the one you want to use of you're
* populating the calendar in realtime!
*/
update(data: string | Object, afterLoad?: boolean | Function, updateMode?: number): void;
/**
* Change the highlighted dates.
* Takes an array of Date object. Can also accepts the now string, equivalent to Date.now().
* @param {string|Date|Date[]} dates The date or dates to highlight.
*/
highlight(dates: string | Date | Date[]): void;
/**
* Return the SVG source code with the appropriate CSS
* The returned string code is valid and ready to be placed in a .svg file.
* @returns SVG source code with the appropriate CSS.
*/
getSVG(): string;
/**
* Change the legend settings and/or threshold
* When called without arguments, setLegend() will just redraw the legend.
* @param {} legend Same as legend : an array of thresholds
* @param {} legendColor Same as legendColors : an object with the heatmap's colors, or an array of 2 colors
*/
setLegend(legend?: number[], legendColors?: LegendColor | string[]): void;
/**
* Remove the legend from the calendar
* Settings are kept and you can re-add the legend with the same settings using showLegend().
*/
removeLegend(): void;
/** Display the legend, if not already shown. */
showLegend(): void;
/**
* Remove the calendar from the DOM
* Remember to self-assign the result of destroy() to your calendar instance, or it'll lead to a memory leak.
* @param {Function} callback function that will be executed when the calendar is removed from the DOM, at the end of the animation.
* @returns always returns null.
*/
destroy(callback?: Function): CalHeatMap;
}
interface LegendColor
{
/** Color of the smallest value on the legend */
min: string;
/** Color of the highest value on the legend */
max: string;
/** Color for the dates with value == 0 */
empty?: string;
/** Base color of the date cells */
base?: string;
/** Color for the special value */
overflow?: string;
}
interface LegendColor
{
/** Color of the smallest value on the legend */
min: string;
/** Color of the highest value on the legend */
max: string;
/** Color for the dates with value == 0 */
empty?: string;
/** Base color of the date cells */
base?: string;
/** Color for the special value */
overflow?: string;
}
interface InitOptions
{
// ================================================
// Presentation
// ================================================
interface InitOptions
{
// ================================================
// Presentation
// ================================================
/** DOM node to insert the calendar in. Default: "#cal-heatmap" */
itemSelector?: string | HTMLElement | Element | EventTarget;
/** DOM node to insert the calendar in. Default: "#cal-heatmap" */
itemSelector?: string | HTMLElement | Element | EventTarget;
/**
* Type of domain. Default: "hour"
* Valid domains: {"hour", "day", "week", "month", "year"}
*/
domain?: string;
/**
* Type of domain. Default: "hour"
* Valid domains: {"hour", "day", "week", "month", "year"}
*/
domain?: string;
/**
* Type of subDomain. Default: "min"
* Valid subDomains: {"min", "x_min", "hour", "x_hour", "day", "x_day", "week", "x_week", "month", "x_month"}
*/
subDomain?: string;
/**
* Type of subDomain. Default: "min"
* Valid subDomains: {"min", "x_min", "hour", "x_hour", "day", "x_day", "week", "x_week", "month", "x_month"}
*/
subDomain?: string;
/** Number of domain to display. Default: 12 */
range?: number;
/** Number of domain to display. Default: 12 */
range?: number;
/** Size of each subDomain cell, in pixels. Default: 10 */
cellSize?: number;
/** Size of each subDomain cell, in pixels. Default: 10 */
cellSize?: number;
/** Space between each subDomain cell, in pixel. Default: 2 */
cellPadding?: number;
/** Space between each subDomain cell, in pixel. Default: 2 */
cellPadding?: number;
/** subDomain cell's border radius, for rounder corner, in pixel. Default: 0 */
cellRadius?: number;
/** subDomain cell's border radius, for rounder corner, in pixel. Default: 0 */
cellRadius?: number;
/** Space between each domain, in pixel. Default: 2 */
domainGutter?: number;
/** Space between each domain, in pixel. Default: 2 */
domainGutter?: number;
/**
* Margin around each domain, in pixel. Default: [0,0,0,0]
* Ordered like in CSS (top, right, bottom, left), it also accepts CSS like values
*/
domainMargin?: number | number[];
/**
* Margin around each domain, in pixel. Default: [0,0,0,0]
* Ordered like in CSS (top, right, bottom, left), it also accepts CSS like values
*/
domainMargin?: number | number[];
/**
* Whether to enable domain dynamic width and height. Default: true
* Some domain>subdomain couple, like month>days, doesn't always have the same number of
* subDomain cells. Some months have 6 weeks, some only 4.
* With dynamic dimension enabled, the domain width and height will be adjusted to fit the
* domain content, whereas when it's disabled, all domains will have the same dimension : the biggest.
*/
domainDynamicDimension?: boolean;
/**
* Whether to enable domain dynamic width and height. Default: true
* Some domain>subdomain couple, like month>days, doesn't always have the same number of
* subDomain cells. Some months have 6 weeks, some only 4.
* With dynamic dimension enabled, the domain width and height will be adjusted to fit the
* domain content, whereas when it's disabled, all domains will have the same dimension : the biggest.
*/
domainDynamicDimension?: boolean;
/** To display the calendar vertically, with each domain one under the other. Default: false */
verticalOrientation?: boolean;
/** To display the calendar vertically, with each domain one under the other. Default: false */
verticalOrientation?: boolean;
/** Position and alignment of the domain label. */
label?: Label;
/** Position and alignment of the domain label. */
label?: Label;
/**
* Control the number of columns to split the domain dates into. Default: null
* Each domain is split into an arbitrary number of columns (or rows depending on the
* reading direction). You can overwrite that number with colLimit, and force all dates on the
* same line, or split them into more columns.
* That setting limit the maximum number of columns, and doesn't necessary means that each rows will
* contains that number of columns.
*/
colLimit?: number;
/**
* Control the number of columns to split the domain dates into. Default: null
* Each domain is split into an arbitrary number of columns (or rows depending on the
* reading direction). You can overwrite that number with colLimit, and force all dates on the
* same line, or split them into more columns.
* That setting limit the maximum number of columns, and doesn't necessary means that each rows will
* contains that number of columns.
*/
colLimit?: number;
/** Control the number of rows to split the domain dates into. Default: null
* If rowLimit and colLimit are both used, rowLimit will be ignored. */
rowLimit?: number;
/** Control the number of rows to split the domain dates into. Default: null
* If rowLimit and colLimit are both used, rowLimit will be ignored. */
rowLimit?: number;
/** Whether to display a tooltip when hovering over a date. Default: false */
tooltip?: boolean;
/** Whether to display a tooltip when hovering over a date. Default: false */
tooltip?: boolean;
// ================================================
// Data
// ================================================
// ================================================
// Data
// ================================================
/**
* Starting date of the calendar. Default: new Date()
* It doesn't have to be precise, the calendar will not start at that date, but at the first domain containing that date.
*/
start?: Date;
/**
* Data used to fill the calendar. Default: ""
* String is interpreted as a URL to an API, which should be returning the data used to fill the calendar.
*/
/**
* Starting date of the calendar. Default: new Date()
* It doesn't have to be precise, the calendar will not start at that date, but at the first domain containing that date.
*/
start?: Date;
/**
* Data used to fill the calendar. Default: ""
* String is interpreted as a URL to an API, which should be returning the data used to fill the calendar.
*/
data?: string | Object;
data?: string | Object;
/**
* Engine used to parse the data. Default: json
* Valid values:
* "json" - Interpret the data as json.
* "csv" - Interpret the data as csv.
* "tsv" - Interpret the data exactly like csv, but are delimited with a tab character, instead of comma.
* "txt" - Just return the data as a string.
*/
dataType?: string;
/**
* Engine used to parse the data. Default: json
* Valid values:
* "json" - Interpret the data as json.
* "csv" - Interpret the data as csv.
* "tsv" - Interpret the data exactly like csv, but are delimited with a tab character, instead of comma.
* "txt" - Just return the data as a string.
*/
dataType?: string;
/**
* Highlight selected subDomain cells. Default: false
* Takes an array of Date object. Can also accepts the now string, equivalent to Date.now().
*/
highlight?: string | string[] | Date[] | any[];
/**
* Highlight selected subDomain cells. Default: false
* Takes an array of Date object. Can also accepts the now string, equivalent to Date.now().
*/
highlight?: string | string[] | Date[] | any[];
/** Whether to start the week on Monday, instead of Sunday. Default: true */
weekStartOnMonday?: boolean;
/** Whether to start the week on Monday, instead of Sunday. Default: true */
weekStartOnMonday?: boolean;
/**
* Lower limit of the domain navigation, preventing navigating beyond a certain date. Default: null
* When set, calling previous() will only work only until the leftmost domain containing minDate.
* Like with start, minDate does not have to be precise, and just have to be a date inside the domain.
* previous() will always return true, unless the domain containing minDate is reached, in which case, it'll return false.
*/
minDate?: Date;
/**
* Lower limit of the domain navigation, preventing navigating beyond a certain date. Default: null
* When set, calling previous() will only work only until the leftmost domain containing minDate.
* Like with start, minDate does not have to be precise, and just have to be a date inside the domain.
* previous() will always return true, unless the domain containing minDate is reached, in which case, it'll return false.
*/
minDate?: Date;
/** Upper limit of the domain navigation, preventing navigating beyond a certain date. Default: null */
maxDate?: Date;
/** Upper limit of the domain navigation, preventing navigating beyond a certain date. Default: null */
maxDate?: Date;
/**
* Whether to consider missing date:value couple in the data source as equal to 0. Default: false
* By default, when the a date is not associated to a value, it's considered as null, and rendered as a no value cell.
* You should ask yourself, if the API is not returning result for a date, is it because there is really no value
* associated to this date, or because it's supposed to be equal to 0, and it's skipped in order to save bandwidth ?
*/
considerMissingDataAsZero?: boolean;
/**
* Whether to consider missing date:value couple in the data source as equal to 0. Default: false
* By default, when the a date is not associated to a value, it's considered as null, and rendered as a no value cell.
* You should ask yourself, if the API is not returning result for a date, is it because there is really no value
* associated to this date, or because it's supposed to be equal to 0, and it's skipped in order to save bandwidth ?
*/
considerMissingDataAsZero?: boolean;
// ================================================
// Legend
// ================================================
// ================================================
// Legend
// ================================================
/** Assign each range of values to a color. Default: [10, 20, 30, 40] */
legend?: number[];
/** Assign each range of values to a color. Default: [10, 20, 30, 40] */
legend?: number[];
/** Whether to display the legend. Default: true */
displayLegend?: boolean;
/** Whether to display the legend. Default: true */
displayLegend?: boolean;
/** Size of the legend cells, in pixels. Default: 10 */
legendCellSize?: number;
/** Size of the legend cells, in pixels. Default: 10 */
legendCellSize?: number;
/** Padding between each legend cell, in pixels. Default: 2 */
legendCellPadding?: number;
/** Padding between each legend cell, in pixels. Default: 2 */
legendCellPadding?: number;
/** Margin around the legend, in pixels. Default: [10, 0, 0, 0] */
legendMargin?: number | number[];
/** Margin around the legend, in pixels. Default: [10, 0, 0, 0] */
legendMargin?: number | number[];
/**
* Vertical position of the legend. Default: "bottom"
* Valid values:
* "top" - Place the legend above the calendar
* "center" - Place the legend on the calendar's side
* Use with legendHorizontalPosition, to position the legend on the left (default) or on the right.
* "bottom" - Place the legend on below the calendar
*/
legendVerticalPosition?: string;
/**
* Vertical position of the legend. Default: "bottom"
* Valid values:
* "top" - Place the legend above the calendar
* "center" - Place the legend on the calendar's side
* Use with legendHorizontalPosition, to position the legend on the left (default) or on the right.
* "bottom" - Place the legend on below the calendar
*/
legendVerticalPosition?: string;
/**
* Horizontal position of the legend. Default: "left"
* Valid values:
* "left" - Align the legend to the left
* "center" - Center the legend
* "right" - Align the legend to the right
*/
legendHorizontalPosition?: string;
/**
* Horizontal position of the legend. Default: "left"
* Valid values:
* "left" - Align the legend to the left
* "center" - Center the legend
* "right" - Align the legend to the right
*/
legendHorizontalPosition?: string;
/**
* Orientation of the legend. Default: "horizontal"
* legendOrientation is best used together with legendHorizontalPosition when the legend is positioned on the side.
* Valid values:
* "horizontal" - Legend is displayed horizontally, from left to right
* "vertical" - Legend is displayed vertically, from top to bottom
*/
legendOrientation?: string;
/**
* Orientation of the legend. Default: "horizontal"
* legendOrientation is best used together with legendHorizontalPosition when the legend is positioned on the side.
* Valid values:
* "horizontal" - Legend is displayed horizontally, from left to right
* "vertical" - Legend is displayed vertically, from top to bottom
*/
legendOrientation?: string;
/**
* Set of colors to automagically compute the heatmap colors.
* Instead of relying on the CSS for your heatmap's colors, you can also set the heatmap's colors directly with
* cal-heatmap on initialization, or even dynamically change them after.
* All legend settings can be changed dynamically after calendar initialisation, with setLegend().
*/
legendColors?: LegendColor | string[];
/**
* Set of colors to automagically compute the heatmap colors.
* Instead of relying on the CSS for your heatmap's colors, you can also set the heatmap's colors directly with
* cal-heatmap on initialization, or even dynamically change them after.
* All legend settings can be changed dynamically after calendar initialisation, with setLegend().
*/
legendColors?: LegendColor | string[];
// ================================================
// i18n
// ================================================
// ================================================
// i18n
// ================================================
/**
* Name of the entity you're representing on the calendar.
* Takes an array of string, with the first index as the singular form, and the second index the plural form.
* For the lazy, you can also pass a simple string, ar a single element array, and it'll automatically guess
* the plural form, as long as it's the singular form plus the "s" suffix.
*/
itemName?: string | string[];
/**
* Format of the title displayed when hovering a subDomain.
* Some template strings are available, and enclosed in braces.
* {name} Name of the entity represented in the calendar (see itemName)
* {count} The value associated to the date.
* {date} The date of the cell. It's automatically formatted according to the type of subDomain.
* See subDomainDateFormat to further customize that date formatting.
* {connector} An English preposition placed before a datetime (on Monday, at 15:00, etc.). Each subDomain
* have their own default connector, corresponding to the default date format.
*/
subDomainTitleFormat?: SubDomainFormatTemplates;
/**
* Format of the {date} template string inside subDomainTitleFormat.
* {date} is by default formatted according to the subDomain type.
* subDomainFormat can accept any string with directive accepted by d3.time.format(), like "%Y-%m-%d".
* As d3.time.format() will only output English dates, subDomainDateFormat can also accept a function,
* with the subDomain date as the argument.
*/
subDomainDateFormat?: string | Function;
/**
* Format of the text inside a subDomain cell.
* Disabled by default, you can display a text inside each subDomain cell.
* Works exactly like subDomainDateFormat, except that the function takes the cell value as second argument.
*/
subDomainTextFormat?: string | Function;
/**
* Format of the domain label.
* Works exactly like subDomainDateFormat, and will format the domain label with any string accepted by d3.time.format(), or a function.
* To not display the domain label, set domainLabelFormat to "" (empty string).
*/
domainLabelFormat?: string | Function;
/**
* Formatting of the legend title, displayed when hovering a legend cell.
* Some template strings are available, and enclosed in braces.
* {name} Name of the entity represented in the calendar (see itemName)
* {min} The first value of the legend array.
* {max} The last value of the legend array.
* {down} The lower bound of a color
* {up} The upper bound of a color
*/
legendTitleFormat?: LegendTitleTemplates;
/**
* Name of the entity you're representing on the calendar.
* Takes an array of string, with the first index as the singular form, and the second index the plural form.
* For the lazy, you can also pass a simple string, ar a single element array, and it'll automatically guess
* the plural form, as long as it's the singular form plus the "s" suffix.
*/
itemName?: string | string[];
/**
* Format of the title displayed when hovering a subDomain.
* Some template strings are available, and enclosed in braces.
* {name} Name of the entity represented in the calendar (see itemName)
* {count} The value associated to the date.
* {date} The date of the cell. It's automatically formatted according to the type of subDomain.
* See subDomainDateFormat to further customize that date formatting.
* {connector} An English preposition placed before a datetime (on Monday, at 15:00, etc.). Each subDomain
* have their own default connector, corresponding to the default date format.
*/
subDomainTitleFormat?: SubDomainFormatTemplates;
/**
* Format of the {date} template string inside subDomainTitleFormat.
* {date} is by default formatted according to the subDomain type.
* subDomainFormat can accept any string with directive accepted by d3.time.format(), like "%Y-%m-%d".
* As d3.time.format() will only output English dates, subDomainDateFormat can also accept a function,
* with the subDomain date as the argument.
*/
subDomainDateFormat?: string | Function;
/**
* Format of the text inside a subDomain cell.
* Disabled by default, you can display a text inside each subDomain cell.
* Works exactly like subDomainDateFormat, except that the function takes the cell value as second argument.
*/
subDomainTextFormat?: string | Function;
/**
* Format of the domain label.
* Works exactly like subDomainDateFormat, and will format the domain label with any string accepted by d3.time.format(), or a function.
* To not display the domain label, set domainLabelFormat to "" (empty string).
*/
domainLabelFormat?: string | Function;
/**
* Formatting of the legend title, displayed when hovering a legend cell.
* Some template strings are available, and enclosed in braces.
* {name} Name of the entity represented in the calendar (see itemName)
* {min} The first value of the legend array.
* {max} The last value of the legend array.
* {down} The lower bound of a color
* {up} The upper bound of a color
*/
legendTitleFormat?: LegendTitleTemplates;
// ================================================
// Other
// ================================================
// ================================================
// Other
// ================================================
/** Animation duration, in milliseconds. Default value: 500 */
animationDuration?: number;
/**
* Will attach the previous() event to the specified element, on a mouse click, shifting the calendar one domain back. Default value: false
* If you want to shift by more than one domain, see the previous() method.
*/
previousSelector?: string | HTMLElement;
/**
* Will attach the next() event to the specified element, on a mouse click, shifting the calendar one domain forward. Default value: false
* If you want to shift by more than one domain, see the next() method.
*/
nextSelector?: string | HTMLElement;
/**
* The calendar instance namespace.
* If you have more than one instance of Cal-Heatmap, you should assign each instance its own namespace, in order to isolate each instance event handler.
*/
itemNamespace?: string;
/** Animation duration, in milliseconds. Default value: 500 */
animationDuration?: number;
/**
* Will attach the previous() event to the specified element, on a mouse click, shifting the calendar one domain back. Default value: false
* If you want to shift by more than one domain, see the previous() method.
*/
previousSelector?: string | HTMLElement;
/**
* Will attach the next() event to the specified element, on a mouse click, shifting the calendar one domain forward. Default value: false
* If you want to shift by more than one domain, see the next() method.
*/
nextSelector?: string | HTMLElement;
/**
* The calendar instance namespace.
* If you have more than one instance of Cal-Heatmap, you should assign each instance its own namespace, in order to isolate each instance event handler.
*/
itemNamespace?: string;
// ================================================
// Events
// ================================================
// ================================================
// Events
// ================================================
/** Called after a mouse click event on a subDomain cell. */
onClick?: (date: Date, value: number) => void;
/** Called after drawing the empty calendar, and before filling it with data. */
afterLoad?: () => void;
/**
* Called after shifting the calendar one domain back.
* The date argument is the start date of the domain that was added.
*/
afterLoadPreviousDomain?: (date: Date) => void;
/**
* Called after shifting the calendar one domain forward.
* The date argument is the start date of the domain that was added.
*/
afterLoadNextDomain?: (date: Date) => void;
/**
* Called after drawing and filling the calendar.
* Useful in case you're loading data via ajax, as it's loading data asynchronously. This event will wait for the ajax
* request to complete before triggering.
* This event will only trigger once, on the initial setup. See afterLoadPreviousDomain and afterLoadNextDomain for
* callback events after a domain navigation.
*/
onComplete?: () => void;
/**
* Called after getting the data from source, but before filling the calendar.
* This callback must return a json object formatted in the expected data format.
* afterLoadData() is used to do some works on the data, especially when the data source is not returning data in the expected format.
*/
afterLoadData?: (data: any) => DataFormat;
/**
* Triggered after previous(), when the incoming domain is containing minDate.
* When the leftmost domain set by minDate is loaded into the calendar, onMinDomainReached() will be triggered with true as argument.
* This event is useful if you want to disable your previous button, since there is no more previous domains to load.
* In order to reverse the action, onMinDomainReached() will be called with false as argument afer next(), only once, and only if the
* leftmost domain is not the lower limit domain anymore.
*/
onMinDomainReached?: (reached: boolean) => void;
/**
* Triggered after next(), when the incoming domain is containing maxDate.
* See onMinDomainReached().
*/
onMaxDomainReached?: (reached: boolean) => void;
}
/** Called after a mouse click event on a subDomain cell. */
onClick?: (date: Date, value: number) => void;
/** Called after drawing the empty calendar, and before filling it with data. */
afterLoad?: () => void;
/**
* Called after shifting the calendar one domain back.
* The date argument is the start date of the domain that was added.
*/
afterLoadPreviousDomain?: (date: Date) => void;
/**
* Called after shifting the calendar one domain forward.
* The date argument is the start date of the domain that was added.
*/
afterLoadNextDomain?: (date: Date) => void;
/**
* Called after drawing and filling the calendar.
* Useful in case you're loading data via ajax, as it's loading data asynchronously. This event will wait for the ajax
* request to complete before triggering.
* This event will only trigger once, on the initial setup. See afterLoadPreviousDomain and afterLoadNextDomain for
* callback events after a domain navigation.
*/
onComplete?: () => void;
/**
* Called after getting the data from source, but before filling the calendar.
* This callback must return a json object formatted in the expected data format.
* afterLoadData() is used to do some works on the data, especially when the data source is not returning data in the expected format.
*/
afterLoadData?: (data: any) => DataFormat;
/**
* Triggered after previous(), when the incoming domain is containing minDate.
* When the leftmost domain set by minDate is loaded into the calendar, onMinDomainReached() will be triggered with true as argument.
* This event is useful if you want to disable your previous button, since there is no more previous domains to load.
* In order to reverse the action, onMinDomainReached() will be called with false as argument afer next(), only once, and only if the
* leftmost domain is not the lower limit domain anymore.
*/
onMinDomainReached?: (reached: boolean) => void;
/**
* Triggered after next(), when the incoming domain is containing maxDate.
* See onMinDomainReached().
*/
onMaxDomainReached?: (reached: boolean) => void;
}
interface RuntimeOptions extends InitOptions
{
/** Margin around each domain, in pixels. Ordered like in CSS (top, right, bottom, left) */
domainMargin: number[];
/** Margin around the legend, in pixels. Ordered like in CSS (top, right, bottom, left) */
legendMargin: number[];
/** List of dates to highlight */
highlight: Date[];
/**
* Name of the items to represent in the calendar.
* First index is singular form, and the second index, the plural form.
*/
itemName: string[];
}
interface RuntimeOptions extends InitOptions
{
/** Margin around each domain, in pixels. Ordered like in CSS (top, right, bottom, left) */
domainMargin: number[];
/** Margin around the legend, in pixels. Ordered like in CSS (top, right, bottom, left) */
legendMargin: number[];
/** List of dates to highlight */
highlight: Date[];
/**
* Name of the items to represent in the calendar.
* First index is singular form, and the second index, the plural form.
*/
itemName: string[];
}
interface LegendTitleTemplates
{
/** Formatting of the smallest (leftmost) value of the legend. Default value: "less than {min} {name}" */
lower?: string;
/** Formatting of all the value but the first and the last. Default value: "between {down} and {up} {name}" */
inner?: string;
/** Formatting of the biggest (rightmost) value of the legend. Default value: "more than {max} {name}" */
upper?: string;
}
interface LegendTitleTemplates
{
/** Formatting of the smallest (leftmost) value of the legend. Default value: "less than {min} {name}" */
lower?: string;
/** Formatting of all the value but the first and the last. Default value: "between {down} and {up} {name}" */
inner?: string;
/** Formatting of the biggest (rightmost) value of the legend. Default value: "more than {max} {name}" */
upper?: string;
}
interface SubDomainFormatTemplates
{
/** Format of the title when there is no value associated to the date. Default value: "{date}" */
empty?: string;
/** Format of the title when it's associated to a value. Default value: "{count} {name} {connector} {date}" */
filled?: string;
}
interface SubDomainFormatTemplates
{
/** Format of the title when there is no value associated to the date. Default value: "{date}" */
empty?: string;
/** Format of the title when it's associated to a value. Default value: "{count} {name} {connector} {date}" */
filled?: string;
}
interface DataFormat
{
/** timestamp are in seconds, value can be any number (integer or float) */
[timestamp: string]: number;
}
interface DataFormat
{
/** timestamp are in seconds, value can be any number (integer or float) */
[timestamp: string]: number;
}
interface LabelOffset
{
x: number;
y: number;
}
interface LabelOffset
{
x: number;
y: number;
}
/** Position and alignment of the domain label. */
interface Label
{
/**
* Position of the label, relative to the domain. Default: "bottom"
* Valid values: {"top", "right", "bottom", "left"}
*/
position?: string;
/** Position and alignment of the domain label. */
interface Label
{
/**
* Position of the label, relative to the domain. Default: "bottom"
* Valid values: {"top", "right", "bottom", "left"}
*/
position?: string;
/**
* Horizontal align of the domain. Default: "center"
* Valid values: {"left", "center", "right"}
*/
align?: string;
/**
* Rotation for a vertical label. Default: null
* Valid values: {null, "left", "right"}
*/
rotate?: string;
/**
* Only used when label is rotated, defines the width of the label. Default: 100
* Valid values: any intger
*/
width?: number;
/**
* More control about label positioning, if the default value does not fit your need,
* especially when label is rotated, or when using a big font-size. Default: {x:0, y:0}
*/
offset?: LabelOffset;
/**
* Height of the domain label in pixels.
* By leaving it to null, the label will be set to 2 times the height of the subDomain cell.
* If you want to remove the label, set domainLabelFormat to "" (empty string), instead
* of setting the label height to 0. Default: null
* Valid values: any integer
*/
height?: number;
/**
* Horizontal align of the domain. Default: "center"
* Valid values: {"left", "center", "right"}
*/
align?: string;
/**
* Rotation for a vertical label. Default: null
* Valid values: {null, "left", "right"}
*/
rotate?: string;
/**
* Only used when label is rotated, defines the width of the label. Default: 100
* Valid values: any intger
*/
width?: number;
/**
* More control about label positioning, if the default value does not fit your need,
* especially when label is rotated, or when using a big font-size. Default: {x:0, y:0}
*/
offset?: LabelOffset;
/**
* Height of the domain label in pixels.
* By leaving it to null, the label will be set to 2 times the height of the subDomain cell.
* If you want to remove the label, set domainLabelFormat to "" (empty string), instead
* of setting the label height to 0. Default: null
* Valid values: any integer
*/
height?: number;
}
}
var CalHeatMap: CalHeatMap.CalHeatMapStatic;
}
declare var CalHeatMap: CalHeatMap.CalHeatMapStatic;
{
"name": "@types/cal-heatmap",
"version": "3.5.30",
"description": "TypeScript definitions for cal-heatmap v3.5.4",
"version": "3.5.31",
"description": "TypeScript definitions for cal-heatmap",
"license": "MIT",

@@ -14,7 +14,7 @@ "author": "Chris Baker <https://github.com/RetroChrisB/>",

"dependencies": {
"@types/d3": "^3.5.36"
"@types/d3": "^3"
},
"peerDependencies": {},
"typings": "index.d.ts",
"typesPublisherContentHash": "87c8a030c2bf413da99327836bb86ca55961804aa00f7cffb9a2b2abe61f5f90"
"typesPublisherContentHash": "76663f8ea9dfffe9543b7041b5dd4a9d2f20b0ed63ce78904c94ecc4675ec0b7",
"typeScriptVersion": "2.0"
}

@@ -5,15 +5,13 @@ # Installation

# Summary
This package contains type definitions for cal-heatmap v3.5.4 (https://github.com/wa0x6e/cal-heatmap).
This package contains type definitions for cal-heatmap (https://github.com/wa0x6e/cal-heatmap).
# Details
Files were exported from https://www.github.com/DefinitelyTyped/DefinitelyTyped/tree/types-2.0/cal-heatmap
Files were exported from https://www.github.com/DefinitelyTyped/DefinitelyTyped/tree/master/cal-heatmap
Additional Details
* Last updated: Thu, 27 Oct 2016 20:42:31 GMT
* File structure: Global
* Library Dependencies: d3
* Module Dependencies: none
* Global values: CalHeatMap
* Last updated: Thu, 19 Jan 2017 14:46:19 GMT
* Dependencies: d3
* Global values: none
# Credits
These definitions were written by Chris Baker <https://github.com/RetroChrisB/>.
{
"authors": "Chris Baker <https://github.com/RetroChrisB/>",
"definitionFilename": "index.d.ts",
"libraryDependencies": [
"d3"
],
"moduleDependencies": [],
"libraryMajorVersion": "3",
"libraryMinorVersion": "5",
"libraryName": "cal-heatmap v3.5.4",
"typingsPackageName": "cal-heatmap",
"projectName": "https://github.com/wa0x6e/cal-heatmap",
"name": "cal-heatmap",
"libraryName": "cal-heatmap",
"sourceRepoURL": "https://www.github.com/DefinitelyTyped/DefinitelyTyped",
"sourceBranch": "types-2.0",
"kind": "Global",
"globals": [
"CalHeatMap"
],
"declaredModules": [],
"files": [
"index.d.ts"
],
"hasPackageJson": true,
"contentHash": "87c8a030c2bf413da99327836bb86ca55961804aa00f7cffb9a2b2abe61f5f90"
"data": {
"authors": "Chris Baker <https://github.com/RetroChrisB/>",
"dependencies": {
"d3": 3
},
"pathMappings": {
"d3": 3
},
"libraryMajorVersion": 3,
"libraryMinorVersion": 5,
"typeScriptVersion": "2.0",
"libraryName": "cal-heatmap",
"typingsPackageName": "cal-heatmap",
"projectName": "https://github.com/wa0x6e/cal-heatmap",
"sourceRepoURL": "https://www.github.com/DefinitelyTyped/DefinitelyTyped",
"globals": [],
"declaredModules": [
"cal-heatmap/."
],
"files": [
"index.d.ts"
],
"hasPackageJson": false,
"contentHash": "76663f8ea9dfffe9543b7041b5dd4a9d2f20b0ed63ce78904c94ecc4675ec0b7"
},
"isLatest": true
}
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