import LUXON version 2.4.0

pepstock-org · May 9, 2022 · 2b16642 · 2b16642
1 parent 5b05ec4
commit 2b16642
Show file tree

Hide file tree

Showing 91 changed files with 2,333 additions and 2,333 deletions.
diff --git a/docs/Controllers.md b/docs/Controllers.md
@@ -21,10 +21,10 @@ For this reason, **Charba** provides the interfaces to create controllers **ONLY
 
 To create own chart type, you need to perform some specific and mandatory steps:
 
- 1. create a [controller type](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/controllers/ControllerType.html)
- 2. implement the [controller](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/Controller.html) interface where all hooks are defined
- 3. extend the [dataset](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/data/Dataset.html) class of the original chart type
- 4. extend the [chart](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/IsChart.html) class of the original chart type
+ 1. create a [controller type](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/controllers/ControllerType.html)
+ 2. implement the [controller](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/Controller.html) interface where all hooks are defined
+ 3. extend the [dataset](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/data/Dataset.html) class of the original chart type
+ 4. extend the [chart](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/IsChart.html) class of the original chart type
 
 ### Creating a controller type
 
@@ -35,7 +35,7 @@ This id should follow the name convention  (otherwise an [illegal argument](http
  * can not start with a dot or an underscore
  * can not contain any non-URL-safe characters
 
-The [controller type](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/controllers/ControllerType.html) is an entity which must be implemented for every controller you want to implement. A controller type implements [Type](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/Type.html) interface like all other chart types available out-of-the-box. 
+The [controller type](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/controllers/ControllerType.html) is an entity which must be implemented for every controller you want to implement. A controller type implements [Type](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/Type.html) interface like all other chart types available out-of-the-box. 
 
 Here are the way how to create a controller type:
 
@@ -52,7 +52,7 @@ ControllerType myLine = new ControllerType("myline", ChartType.LINE, new Control
 });
 ```
 
-The controller type constructor is getting a [controller provider](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/controllers/ControllerProvider.html) instance as argument in order to provide the controller during the registration.
+The controller type constructor is getting a [controller provider](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/controllers/ControllerProvider.html) instance as argument in order to provide the controller during the registration.
 
 The controller is usually automatically registered in [Chart.JS](http://www.chartjs.org/) when used. Anyway the controller type object is providing the method to **register** the controller programmatically in [Chart.JS](http://www.chartjs.org/):
 
@@ -61,7 +61,7 @@ The controller is usually automatically registered in [Chart.JS](http://www.char
 myControllerType.register();
 ```
 
-You can also be notified when and if the registration of the controller ended correctly. This is done by the implementation of [ControllerRegistrationHandler](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/controllers/ControllerRegistrationHandler.html) interface to set during the controller type creation.
+You can also be notified when and if the registration of the controller ended correctly. This is done by the implementation of [ControllerRegistrationHandler](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/controllers/ControllerRegistrationHandler.html) interface to set during the controller type creation.
 
 ```java
 // creates a chart extending the existing chart LINE
@@ -95,15 +95,15 @@ ControllerType myLine = new ControllerType("myline", ChartType.LINE, myControlle
 
 ### Hooks
 
-A controller must implement the [Controller](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/Controller.html) interface which is containing all hooks which will be invoked during the whole chart life cycle.
+A controller must implement the [Controller](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/Controller.html) interface which is containing all hooks which will be invoked during the whole chart life cycle.
 
 The interface provides **before** and **after** hooks for each phases exposes by [Chart.JS controller](https://www.chartjs.org/docs/3.7.1/developers/charts.html):
 
 #### Initialization
 
 Every controller is initialized every time new chart instance is creating.
 
-The following hooks (the following ones are the methods definitions in the [Controller](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/Controller.html)) can be used to initialize the chart:
+The following hooks (the following ones are the methods definitions in the [Controller](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/Controller.html)) can be used to initialize the chart:
 
 ```java
 /**
@@ -245,7 +245,7 @@ The rendering process is documented in the flowchart below.
 
 ### Implementing a controller
 
-The easy way to implement a controller is to extends the [AbstractController](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/controllers/AbstractController.html) class and pass the controller type by the constructor.
+The easy way to implement a controller is to extends the [AbstractController](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/controllers/AbstractController.html) class and pass the controller type by the constructor.
 
 ```java
 // new controller

diff --git a/docs/DateAdapters.md b/docs/DateAdapters.md
@@ -37,7 +37,7 @@ To see all available formats, have a look [here](https://moment.github.io/luxon/
 
 [Luxon](https://moment.github.io/luxon/) can be configured in order to update some behavior during parsing, formatting and date management.
 
-The [Luxon options](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/adapters/DateAdapterOptions.html) can be used as following:
+The [Luxon options](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/adapters/DateAdapterOptions.html) can be used as following:
 
 ```java
 // creates a time series axis 
@@ -52,18 +52,18 @@ The following are the attributes that you can set:
 
 | Name | Type | Default | Description
 | :- | :- | :- | :-
-| locale | [CLocale](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/intl/CLocale.html) | `null` | Using locale specifying the language to use generating or interpreting strings.
-| zone | [TimeZone](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/intl/enums/TimeZone.html) | `null` | Implementation recognizes the time zone names of the IANA time zone database.
-| outputCalendar | [Calendar](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/intl/enums/Calendar.html) | `null` | The calendar type to use.
-| numberingSystem | [NumberingSystem](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/intl/enums/NumberingSystem.html) | `null` | The numbering system to use.
+| locale | [CLocale](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/intl/CLocale.html) | `null` | Using locale specifying the language to use generating or interpreting strings.
+| zone | [TimeZone](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/intl/enums/TimeZone.html) | `null` | Implementation recognizes the time zone names of the IANA time zone database.
+| outputCalendar | [Calendar](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/intl/enums/Calendar.html) | `null` | The calendar type to use.
+| numberingSystem | [NumberingSystem](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/intl/enums/NumberingSystem.html) | `null` | The numbering system to use.
 
 For more details, have a look how to configure [time axes adapters](./axes/CartesianTimeAxes#adapters) and the [INTL locale](./intl/Locale) documentation.
 
 ## Using the date adapter
 
-**Charba** enables the possibility to get a [date adapter](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/adapters/DateAdapter.html) instance from [Chart.JS](http://www.chartjs.org/) which can provides some capabilities, like formatting, parsing and date operations.
+**Charba** enables the possibility to get a [date adapter](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/adapters/DateAdapter.html) instance from [Chart.JS](http://www.chartjs.org/) which can provides some capabilities, like formatting, parsing and date operations.
 
-Here is an example how to use a [date adapter](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/adapters/DateAdapter.html) to format ticks by callback:
+Here is an example how to use a [date adapter](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/adapters/DateAdapter.html) to format ticks by callback:
 
 ```java
 // creates a time axis 

diff --git a/docs/Overview.md b/docs/Overview.md
@@ -122,6 +122,6 @@ As of version **3**, **Charba** has got an own DOM tree manager which allows to
     * Tick callback to define the amount of decimals digits of the axis number values when all datasets are hidden
     * Legend callback to avoid to hide all datasets
     * Datalabels listeners callback to change cursor hovering the labels
-    * Datalabels listeners callback to select the labels, leveraging on [DatasetSelectionEventHandler](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/events/DatasetSelectionEventHandler.html) 
+    * Datalabels listeners callback to select the labels, leveraging on [DatasetSelectionEventHandler](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/events/DatasetSelectionEventHandler.html) 
     * Datalabels formatter callback to return the percentage as value to show in the chart
 
diff --git a/docs/Regressions.md b/docs/Regressions.md
@@ -74,9 +74,9 @@ Console.log(regression.toFormula(3)); // emit "f(x) = 2.00 * x - 1.00"
 
 ### Score
 
-The [regression score](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionScore.html) provides the estimation and inference in the regressions. It can provide some  methods which differ in computational simplicity of algorithms, presence of a closed-form solution, robustness with respect to heavy-tailed distributions, and theoretical assumptions needed to validate desirable statistical properties such as consistency and asymptotic efficiency.
+The [regression score](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionScore.html) provides the estimation and inference in the regressions. It can provide some  methods which differ in computational simplicity of algorithms, presence of a closed-form solution, robustness with respect to heavy-tailed distributions, and theoretical assumptions needed to validate desirable statistical properties such as consistency and asymptotic efficiency.
 
-The [regression score](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionScore.html) provides:
+The [regression score](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionScore.html) provides:
 
  * **R (R)**, which is the proportion of variation in the outcome that is explained by the predictor variables. In multiple regression models, R corresponds to the correlation between the observed outcome values and the predicted values by the model. The higher the _R_, the better the model
  * **R-squared (R2)**, which is the proportion of variation in the outcome that is explained by the predictor variables. In multiple regression models, _R2_ corresponds to the squared correlation between the observed outcome values and the predicted values by the model. The Higher the R-squared, the better the model
@@ -105,7 +105,7 @@ Console.log(score.getRmsd()); // emit 0
 
 The provided regression instances can be used separately from charts or can be used in order to add to the chart a specific dataset with the predicted data.
 
-To create a specific [regression dataset](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionDataset.html), which is an extended [line dataset](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/data/LineDataset.html), **Charba** provides a specific builder in order to create the dataset which is created implementing a regression.
+To create a specific [regression dataset](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionDataset.html), which is an extended [line dataset](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/data/LineDataset.html), **Charba** provides a specific builder in order to create the dataset which is created implementing a regression.
 
 ```java
 // creates chart
@@ -139,7 +139,7 @@ chart.getData().setDatasets(dataset, trend);
 <br/>
 <br/>
 
-A regression [regression dataset](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionDataset.html) can also be used to add a forecast line to show in the chart.
+A regression [regression dataset](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionDataset.html) can also be used to add a forecast line to show in the chart.
 
 ```java
 // creates chart
@@ -205,7 +205,7 @@ The simple linear regression model can be represented using the below equation:
 
 #### Creating a linear regression
 
-**Charba** provides a [builder](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [simple linear regression](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/LinearRegression.html), passing the samples, in order to enable the use to predict values.
+**Charba** provides a [builder](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [simple linear regression](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/LinearRegression.html), passing the samples, in order to enable the use to predict values.
 
 ```java
 // creates samples
@@ -240,7 +240,7 @@ Power regression is a non-linear regression technique that looks like this:
 
 #### Creating a power regression
 
-**Charba** provides a [builder](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [power regression](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/PowerRegression.html), passing the samples, in order to enable the use to predict values.
+**Charba** provides a [builder](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [power regression](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/PowerRegression.html), passing the samples, in order to enable the use to predict values.
 
 ```java
 // creates samples
@@ -273,7 +273,7 @@ Exponential regression is a non-linear regression technique that looks like this
 
 #### Creating an exponential regression
 
-**Charba** provides a [builder](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionBuilder.html) to create an [exponential regression](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/ExponentialRegression.html), passing the samples, in order to enable the use to predict values.
+**Charba** provides a [builder](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionBuilder.html) to create an [exponential regression](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/ExponentialRegression.html), passing the samples, in order to enable the use to predict values.
 
 ```java
 // creates samples
@@ -310,7 +310,7 @@ The polynomial regression model can be represented using the below equation:
 
 #### Creating a polynomial regression
 
-**Charba** provides a [builder](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [polynomial regression](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/PolynomialRegression.html), passing the samples, in order to enable the use to predict values.
+**Charba** provides a [builder](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [polynomial regression](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/PolynomialRegression.html), passing the samples, in order to enable the use to predict values.
 
 ```java
 // creates samples
@@ -347,7 +347,7 @@ The robust polynomial regression model can be represented using the below equati
 
 #### Creating a robust polynomial regression
 
-**Charba** provides a [builder](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [robust polynomial regression](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RobustPolynomialRegression.html), passing the samples, in order to enable the use to predict values.
+**Charba** provides a [builder](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [robust polynomial regression](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RobustPolynomialRegression.html), passing the samples, in order to enable the use to predict values.
 
 ```java
 // creates samples
@@ -380,7 +380,7 @@ The TheilSen regression model can be represented using the below equation:
 
 #### Creating a TheilSen regression
 
-**Charba** provides a [builder](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [TheilSen regression](https://pepstock-org.github.io/Charba/5.2/org/pepstock/charba/client/ml/TheilSenRegression.html), passing the samples, in order to enable the use to predict values.
+**Charba** provides a [builder](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/RegressionBuilder.html) to create a [TheilSen regression](https://pepstock-org.github.io/Charba/next/org/pepstock/charba/client/ml/TheilSenRegression.html), passing the samples, in order to enable the use to predict values.
 
 ```java
 // creates samples