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Kanvas.apache2.conf
PHP/Kanvas.Secrets.php
Public/es
Public/dev
Public/index.html
Public/data
Data
*[Ss]ecrets?*
/Public/es
/Public/dev
/Public/index.html
/Public/data
/Data
html.files.json
/Python/Abstracts/AnPMap.py
/Python/Abstracts/Applications.py
__pycache__
.sass-cache

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<!DOCTYPE html>
<html lang="{language}">
<head>
<title data-i18n="{title_i18n}">{title_text}</title>
<meta http-equiv="content-type" content="text/html;charset={charset}" />
<meta charset="{charset}" />
<meta name="viewport" content="width=device-width, initial-scale=1.0" />
<meta name="xdoc:project" content="Kanvas" />
<meta name="xdoc:link" content="https://kanvas.k3y.pw/" />
<meta name="xdoc:git" content="https://git.k3y.pw/KyMAN/Kanvas" />
<meta name="xdoc:author" content="KyMAN" />
<meta name="xdoc:since" content="20240626" />
<meta name="xdoc:version" content="20240626" />
<meta name="xdoc:access" content="public" />
<meta name="xdoc:donate:btc" content="" />
<meta name="xdoc:donate:ltc" content="" />
<meta name="xdoc:donate:doge" content="" />
<meta name="xdoc:donate:dash" content="" />
<style data-type="text/css;charset=utf-8" data-language="CSS1.2" data-rel="stylesheet" charset="utf-8">
html,body{
height : 100%;
margin : 0em;
}
</style>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.local/ecma/AnPScriptsLoader.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" charset="utf-8">
const domain = /^https?\:\/{2}[^\/]+\.((anprm\.)?local|anprm)/i.test(window.location) ? "local" : "k3y.pw";
new AnPScriptsLoader({
styles : [
"https://cdn." + domain + "/css/Roboto.v30.local.css",
"https://cdn." + domain + "/css/RobotoMono.v23.local.css",
"https://cdn." + domain + "/css/FA6F.v6.5.2.local.css",
"/scss/Kanvas.scss",
"https://wmarkdown." + domain + "/css/WMarkDown.icons.FontAwesome.css",
"https://wmarkdown." + domain + "/css/WMarkDown.web.icons.css",
"https://wmarkdown." + domain + "/scss/WMarkDown.scss",
"https://cdn." + domain + "/data/styles/Highlight.v11.10.0.min.css"
],
scripts : [[
"https://errorsmanager." + domain + "/ecma/ErrorsManager.ecma.js",
"https://wmarkdown." + domain + "/ecma/WMarkDown.ecma.js",
"https://cdn." + domain + "/data/scripts/Highlight.v11.10.0.min.js"
], [
"https://anp." + domain + "/ecma/Application/AnP.ecma.js"
], [
"https://anp." + domain + "/ecma/Managers/Settings.ecma.js",
"https://anp." + domain + "/ecma/Application/URI.ecma.js",
"https://anp." + domain + "/ecma/Managers/Globals.ecma.js",
"https://anp." + domain + "/ecma/Managers/I18N.ecma.js",
"https://anp." + domain + "/ecma/Managers/PrintTypes.ecma.js",
"https://anp." + domain + "/ecma/Managers/Threads.ecma.js",
"https://anp." + domain + "/ecma/Application/Attributes.ecma.js",
"https://anp." + domain + "/ecma/Application/HTMLPreload.ecma.js"
], [
"https://anp." + domain + "/ecma/Components/Base.ecma.js"
]]
}, () => {
wmarkdown = new WMarkDown({dictionary : "https://wmarkdown." + domain + "/json/WMarkDown.dict.es.kyman.json"});
anp = new AnP({
globals : {
anp_root : "https://anp." + domain,
kanvas_root : ""
},
callback : () => anp.base.set(".kanvas")
});
});
</script>
</head>
<body class="anp kanvas">
<header>
<h1 data-i18n="kanvas" data-i18n-without="true" title="{{kanvas}}">
<a href="{link}" target="_blank">
<span class="image">
<img src="{logo}" />
<span style="background-image:url('{logo}');"></span>
</span>
<span data-i18n="kanvas">{{kanvas}}</span>
</a>
</h1>
<nav class="main-menu">
<ul>
<li data-i18n="web" data-i18n-without="true" title="{{web}}">
<a href="/" target="_self">
<span data-icon="web"></span>
<span data-i18n="web">{{web}}</span>
</a>
</li>
<li data-i18n="git" data-i18n-without="true" title="{{git}}">
<a href="https://git.k3y.pw/KyMAN/Kanvas" target="_self">
<span data-icon="git"></span>
<span data-i18n="git">{{git}}</span>
</a>
</li>
</ul>
</nav>
</header>
<main>{contents}</main>
<footer>
<span class="license">
<a class="license-image" href="http://creativecommons.org/licenses/by-nc-sa/4.0/" target="_blank" data-i18n="license_cc_by_nc_sa_4" data-i18n-without="true" title="{{license_cc_by_nc_sa_4}}">
<span data-i18n="license_cc_by_nc_sa_4">{{license_cc_by_nc_sa_4}}</span>
<img src="https://i.creativecommons.org/l/by-nc-sa/4.0/88x31.png" data-i18n="license_cc_by_nc_sa_4" data-i18n-without="true" alt="{{license_cc_by_nc_sa_4}}">
</a>
</span>
</footer>
</body>
</html>

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JSON/Kanvas.py.routes.json Normal file
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[
"get:/ /Kanvas/Public"
]

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JSON/Kanvas.py.settings.json Normal file
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{
"kanvas_host_name" : "/^(https?\\:\\/{2})?kanvas\\.(k3y\\.pw|(anprm\\.)?local|anprm)/",
"kanvas_default_settings_files" : [
"/JSON/Kanvas.py.settings.json"
],
"kanvas_default_secrets_files" : [
"/JSON/Kanvas.py.settings.secrets.json"
],
"kanvas_default_i18n_files" : [
"/JSON/I18N/Python/Kanvas.py.i18n.espanol.json"
],
"kanvas_default_routes_files" : [
"/JSON/Kanvas.py.routes.json",
"/JSON/Kanvas.py.routes.secrets.json"
],
"kanvas_default_views_files" : [],
"kanvas_charset" : "utf-8",
"kanvas_logo" : "/images/Kanvas.png",
"kanvas_link" : "https://kanvas.k3y.pw/",
"kanvas_git" : "https://git.k3y.pw/KyMAN/Kanvas",
"kanvas_base_html" : "/HTML/Kanvas.base.html"
}

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LICENSE
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A patent license is “discriminatory” if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007.
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17. Interpretation of Sections 15 and 16.
If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively state the exclusion of warranty; and each file should have at least the “copyright” line and a pointer to where the full notice is found.
<one line to give the program's name and a brief idea of what it does.>
Copyright (C) <year> <name of author>
This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program. If not, see <http://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode:
<program> Copyright (C) <year> <name of author>
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an “about box”.
You should also get your employer (if you work as a programmer) or school, if any, to sign a “copyright disclaimer” for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see <http://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read <http://www.gnu.org/philosophy/why-not-lgpl.html>.
Creative Commons may be contacted at creativecommons.org.

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```wmd-options
language = es
title_i18n = kanvas_title_bugs
title_text = Bugs y errores - Kanvas
```
<!-- [[wmd]] -->
## Bugs y errores
Esta sección va orientada a exponer los posibles errores que se puedan encontrar dentro del proyecto y el estado al cual se atañen.
<!-- [[wmd]] -->

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El proyecto **Kanvas** es un pequeño proyecto desarrollado por **KyMAN**, el cual no es más que un sencillo motor gráfico 2D basado en el API de Canvas para JavaScript sobre navegador. La idea es intentar renderizar al máximo la salida de gráficos 2D a partir de este mismo API ampliando su funcionabilidad nativa u original y facilitar su modificación en caliente. Para llevar a cabo dicho plan, la idea es tener un mapeado de lo que se quiere representar y sea éste el que se encargue de dibujarlo. Para que puedan existir niveles y capas de profundidad se optó por un mapeado en un formato de Arrays anidados de diccionarios en JSON los cuales definan los elementos. Una vez leídos, éstos se convertiran en un objeto directo en JavaScript, lo que reducirá la carga y permitirá especificar más en profundidad cada uno de los elementos. La posición ya determina la profundidad y el solapamiento de los elementos.
La idea es poner en un Array JSON todos los elementos ordenados y anidados sobre sí mismos, ya sean en posiciones específicas por los cuales, vayan saliendo éstos. Los elementos pueden tener hijos, concepto que permite el anidamiento pero heredarían posicionamiento y otras propiedades de los padres, algunas corregibles, como el propio posicionamiento; y otras no, como puede ser la transparencia. Este concepto evitaría tener que estar pendiente de la creación o gestión en sí misma más que la de los efectos o dinamismos, que irían a parte acorde únicamente a propiedades asignadas. Además, al estar en un Array interpretado, el dibujado iría plenamente controlado por éste, automatizando gran parte del control con este concepto y reducir la carga de los efectos heredados y posicionamientos anidados.
Para evitar una extensión enorme de la librería, y pensando en el tipo de plataformas que se piensa aplicar dicho proyecto, éste se basará plenamente en el **AnP**, otro proyecto del que participa KyMAN como creador y desarrollador, pero en este caso, desde la estructura gráfica básica, con lo que tendríamos un sistema de tamaño dinámico que unifique tamaño en las distintas pantallas, gestor de configuraciones, I18N, hilos de proceso simulados \(intervalos de JavaScript), etc.
El nombre de *Kanvas* viene del elemento con API **Canvas**, pero sobre el nombre *KyMAN*, creador de este proyecto.

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```wmd-options
language = es
title_i18n = kanvas_title_design
title_text = Estilo y diseño - Kanvas
```
<!-- [[wmd]] -->
## Estilo y diseño
<!-- [[wmd]] -->

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El concepto de funcionamiento es relativamente sencillo: se basa en un cuadrado, el cual determinará las medidas porcentuales a modo de simulación de DPIs en los dispositivos móviles, cogiendo el tamaño relativo al la sección más estrecha de la pantalla donde se muestre, siempre entendiendo como ésta un espacio rectangular. Para poder simular los DPI se usará un sistema de división de celdas para dicho cuadrado, donde se dividirá la sección estrecha de la pantalla en ese número de celdas para hallar el tamaño de la misma, valor que se usará para relativizar las medidas, dándose éstas en porcentajes o en celdas, pudiendo ser, en ambos casos, valores decimales.
El cuadrado que determina la pantalla se centrará y puede dibujarse fuera del mismo a conveniencia del desarrollador si éste lo procisara, luego, la posición inicial de los elementos será la establecida en la configuración mediante los parámetros **base_x** y **base_y** de forma porcentual dentro de ese cuadrado, siendo sus valores por defecto para ambos el ".5", éste indica 50% y representa el centro de dicho cuadrado, pero podemos establecer la siguiente tabla de posiciones medias para entender como funciona este mecanismo:
[|
|= X | Y | Posición
| 0 | 0 | Arriba-Izquierda
| 0 | .5 | Arriba-Centro
| 0 | 1 | Arriba-Derecha
| .5 | 0 | Centro-Izquierda
| .5 | .5 | Centro-Centro
| .5 | 1 | Centro-Derecha
| 1 | 0 | Abajo-Izquierda
| 1 | .5 | Abajo-Centro
| 1 | 1 | Abajo-Derecha
|]
[| style="width:30em;height:30em;"
| \(0, 0)<br />Arriba-Izquierda | \(0, .5)<br />Arriba-Centro | \(0, 1)<br />Arriba-Derecha
| \(.5, 0)<br />Centro-Izquierda | \(.5, .5)<br />Centro-Centro | \(.5, 1)<br />Centro-Derecha
| \(1, 0)<br />Abajo-Izquierda | \(1, .5)<br />Abajo-Centro | \(1, 1)<br />Abajo-Derecha
|]
La idea es ir creando formas que estén definidas dentro de un mapeado en formato Array que se vayan dibujando dinámicamente en cada ciclo a partir de esa posición. En el caso de los elementos anidados, dicha posición parte directamente de la posición del padre. El solapamiento o eje Z se automatizaría con la misma idea, dejando atrás a los primeros elementos creados, incluyendo sus anidamientos, todo automatizado gracias al concepto del Array.
> [!#] El concepto del Array es similar al que se puede ver cuando se trabaja HTML, CSS, etc. Donde los elementos se dibujan en base a algo preestablecido y que cuando se cambia algo de éstos, dicho cambio aparece reflejado en el GUI que se esté trabajando. La idea es optimizar el modelo de creación de elementos al máximo mediante cacheados y formas preprogramadas en objetos.
> [!!] Es importante destacar que los cálculos de las posiciones dadas se hacen automáticamente de forma interna por el propio Kanvas, aunque sí es habrá que saber cómo funciona para la creación de formas o elementos personalizados, lo cual, se explicará en el apartado correspondiente más adelante.

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```wmd-options
language = es
title_i18n = Kanvas_title_technical_developer
title_text = Manual del desarrollador - Kanvas
```
<!-- [[wmd]] -->
### Manual del desarrollador
Este manual irá orientado a los desarrolladores que consuman esta librería para sus proyectos, y sólo se hablará de las posibilidades así como de sus elementos públicos accesibles a los que fue diseñado.
[[include description.md]]
[[include settings.w.md]]
[[include mapper.w.md]]
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = Kanvas_title_technical_mapper
title_text = Mapeador - Kanvas
```
<!-- [[wmd]] -->
### Mapeador
El mapeador es el elemento donde se mapearán los objetos que contenga nuestro elemento HTML Canvas, procesado y gestionado sobre Kanvas. El acceso a dicho elemento es público y la variación de los elementos que contiene es dinámica presentándose directamente en el GUI como resultado.
```js
/** @type {AnP} */
const anp = new AnP({
globals : {
anp_root : "https://anp.k3y.pw"
},
callback : () => {
/** @type {Kanvas} */
const kanvas = new Kanvas(anp);
/** @type {boolean} */
let done = false,
/** @type {number|null} */
time = null;
// Creamos elementos en el mapa.
kanvas.map = [
{type : "rectangle", x : -20, y : -20, width : 40, height : 40, background : "#F00", rotate : 45, alpha : .6, childs : [
{type : "rectangle", x : 14, y : 14, width : 4, height : 4, background : "#8F8"}
]},
{type : "rectangle", x : -5, y : -3, width : 10, height : 6, background : "#0BA", alpha : .4},
{type : "text", x : 20, y : -20, text : "FPS", baseline : "top", align : "right", style : "bold", color : "#600", size : 2},
{type : "image", x : -10, y : -10, width : 20, height : 20, source : "https://cdn.k3y.pw/data/space_art_publish/red_giant.png", rotate : 45},
{type : "text", x : 20, y : -18, text : "Delta", baseline : "top", align : "right", style : "bold", color : "#600", size : 2}
];
// Cambio de FPSs
anp.threads.restart(24);
// Hilo donde se gestionan los cambios dentro del mapa.
anp.threads.add(() => {
/** @type {number} */
const new_time = Date.now();
if(done){
kanvas.map[0].rotate(1 * kanvas.delta);
kanvas.map[0].childs[0].rotate(-3 * kanvas.delta);
kanvas.map[3].rotate(-1 * kanvas.delta);
time && (kanvas.map[2].text = kanvas.fps.toFixed(2) + " FPS");
kanvas.map[4].text = kanvas.delta.toFixed(3) + " Delta";
}else
done = kanvas.map.every(item => item.state & Kanvas.prototype.LOADED);
time = new_time;
});
}
})
```
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = Kanvas_title_settings
title_text = Configuración - Kanvas
```
<!-- [[wmd]] -->
#### Configuración
La configuración e esta librería se establece a la hora de construir la misma, aunque sí es cierto que a posteriori, en caliente, los atributos pueden ir modificándose. Para establecer la configuración inicial tendríamos la siguiente forma:
```js
/** @type {AnP} */
const anp = new AnP({
globals : {
anp_root : "https://anp.k3y.pw"
},
callback : () => {
/** @type {Kanvas} */
const kanvas = new Kanvas(anp, {
position : "body",
autocreate : true,
quality : 1,
base_x : .5,
base_y : .5,
cells : 40,
autostart : true
});
}
});
```
> [!#] En el ejemplo se muestran las configuraciones por defecto del inicio del sistema, pero no son los únicos parámetros.
Los parámetros de configuración que hay serían los siguientes:
[|
|= Campo | Tipado | Obligatorio | Valor por defecto | Descripción
| position | "String|HTMLElement" | Sí | '"body"' | "
Sería el selector del elemento donde se quiera instalar por defecto el elemento HTML Canvas o bien, el propio elemento de forma directa.
"
| autocreate | Boolean | Sí | true | "
Determina si se autocrea el elemento HTML Canvas en la posición dada por defecto o no.
"
| quality | "Integer|Float" | Sí | 1 | "
Valor entero o decimal comprendido entre 0 y 1 sin cubrir nunca el valor 0 y determina porcentualmente la calidad de la imagen resultante. *Si se pone un valor superior a 1 o inferior a 0 éstos serán equivalentes a la máxima y a la mínima consecutivamente.*
"
| base_x | "Integer|Float" | Sí | .5 | "
Valor entero o decimal comprendido entre 0 y 1, ambos inclusive, el cual determina la posición porcentual de donde establecer el origen en el eje X de los elementos a visualizar en pantalla. Dicho valor puede exceder el valor dado quedando fuera del marco principal de pantalla, el origen en el eje X de los elementos a visualizar en pantalla.
"
| base_y | "Integer|Float" | Sí | .5 | "
Valor entero o decimal comprendido entre 0 y 1, ambos inclusive, el cual determina la posición porcentual de donde establecer el origen en el eje Y de los elementos a visualizar en pantalla. Dicho valor puede exceder el valor dado quedando fuera del marco principal de pantalla, el origen en el eje Y de los elementos a visualizar en pantalla.
"
| cells | Integer | Sí | 40 | "
Valor numérico entero positivo en el cual se indica el número de celdas en el que se divide la pantalla de muestreo principal de los elementos a visualizar.
"
| autostart | Boolean | Sí | true | Determina si el objeto Kanvas o no.
| class | String | No | | Establece valores de clase al elemento HTML Canvas.
| git | String | No | | "
Establece la dirección del proyecto Git como atributo del elemento HTML Canvas.
"
| link | String | No | | "
Establece la dirección URL del proyecto como atributo del elemento HTML Canvas.
"
|]
Es importante tener en cuenta que estos parámetros sólo afectan única y exclusivamente a Kanvas, pero al estar basado en AnP, ciertos comportamientos se condicionan a AnP, como puede ser la frecuencia de refresco del hilo de procesos del que cuelga el funcionamiento del mismo, que es el parámetro de configuración ***fps*** o ***frames_per_second*** del mismo.
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = kanvas_title_donates
title_text = Donaciones - Kanvas
```
<!-- [[wmd]] -->
## Donaciones
Este proyecto es plenamente gratuito pues es un proyecto orientado a complementar otros proyectos de los mismos desarrolladores. No tiene ningún plan de ingresos ni pasivos ni activos más allá de lo que se expone en este título. Si alguien quisiere colaborar en que este proyecto no sólo esté abierto por requisitos de los autores, sino también cara un mantenimiento hacia terceros, a continuación presentamos unas direcciones de Cryptoactivos donde se podrá donar sin ninguna cuantía mínima establecida.
- **Bitcoin** o *BTC*: [bitcoin: DIRECCIÓN]
- **Litecoin** o *LTC*: [litecoin: DIRECCIÓN]
- **Dogecoin** o *DOGE*: [dogecoin: DIRECCIÓN]
- **Dash**: [dash: DIRECCIÓN]
- **Faircoin** o *FAIR*: [faircoin: DIRECCIÓN]
> [!!] Mientras no halla ninguna condición de recursos que impida el mantenimiento gratuito de este servicio, éste permanecerá mantenido y público independientemente de los ingresos obtenidos a partir de los donativos.
> [!#] Los usuarios que colaboren y quieran ser referenciados, éstos serán referenciados en este apartado mediante un Quote de comentario de usuario con el Nick y avatar correspondiente, pero sólo en caso de que ellos quieran aparecer aquí.
> [!#] Se mantendrá informados a los usuarios de todo aquel donativo dado y la cantidad económica adquirida, y será publicado su uso y tenencia para que halla constancia pública del uso que se le dé a dichos recursos.
> [!@Srx00] Quería agredecer de forma persona aquellas aportaciones que serán bien recibidas y valoradas para este proyecto, ya sea como valor simbólico como de mantenimiento. Así, que desde el desarrollo y como desarrollador de este proyecto, muchas gracias a todos aquellos que ponen su granito de arena para este proyecto y por lo tanto, en pro de todos. Muchas gracias, de verdad.
### Balance
A continuación se mostrará una tabla de balance con respecto a las cantidades y usos dados.
[|
|= Activo | Cantidad | Motivo | Usuario | Cantidad total actual
| **BTC** | 0 BTC | Inicio del contador de unidades de BTC. | | 0 BTC
| **LTC** | 0 LTC | Inicio del contador de unidades de LTC. | | 0 LTC
| **DOGE** | 0 DOGE | Inicio del contador de unidades de DOGE. | | 0 DOGE
| **DASH** | 0 DASH | Inicio del contador de unidades de DASH. | | 0 DASH
| **FAIR** | 0 FAIR | Inicio del contador de unidades de FAIR. | | 0 FAIR
|]
Cómputo total actual en tenencia.
[|
|= Activo | Cantidad | Número de Operaciones
| **BTC** | 0 BTC | 0
| **LTC** | 0 LTC | 0
| **DOGE** | 0 DOGE | 0
| **DASH** | 0 DASH | 0
| **FAIR** | 0 FAIR | 0
|]
### Donantes
A continuación, los comentarios de los donantes.
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = kanvas_title_faq
title_text = F.A.Q. - Kanvas
```
<!-- [[wmd]] -->
## F.A.Q.
En este apartado se irán haciendo preguntas y respuestas acorde a motivos sobre las decisiones que se tomaron para llevar a cabo dicho proyecto.
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = Kanvas_title_integration
title_text = Integración - Kanvas
```
<!-- [[wmd]] -->
## Integración
Para poder integrar este proyecto a otro simplemente hemos de implementarlo junto a AnP. Para ello tendríamso dos formas de implementarlo.
### Integración directa
La integración directa es la que nosotros creamos manualmente las etiquetas Scripts que nos permiten cargar las librerías necesarias para nuestro fin.
```html
<!DOCTYPE html>
<html>
<head>
<title>PROYECTO</title>
<meta http-equiv="content-type" content="text/html;charset=utf-8" />
<meta charset="utf-8" />
<meta name="viewport" content="width=device-width, initial-scale=1.0" />
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://errorsmanager.k3y.pw/ecma/ErrorsManager.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Application/AnP.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Managers/Settings.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Application/Ajax.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Managers/Globals.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Managers/I18N.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Managers/PrintTypes.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Managers/Threads.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Managers/Events.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Application/Attributes.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Application/HTMLPreload.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/Application/Binary.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="/ecma/Kanvas.AnP.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" charset="utf-8">
/** @type {AnP} */
const anp = new AnP({
globals : {
anp_root : "https://anp.k3y.pw"
},
callback : () => {
/** @type {Kanvas} */
const kanvas = new Kanvas(anp);
}
});
</script>
</head>
<body></body>
</html>
```
### Integración mediante AnPScriptsLoader
La integración mediante AnPScriptsLoader viene siendo la carga de todas las librerías mediante esta librería de carga de Scripts y estilos de manera asíncrona y precargada del propio proyecto AnP.
```html
<!DOCTYPE html>
<html>
<head>
<title>PROYECTO</title>
<meta http-equiv="content-type" content="text/html;charset=utf-8" />
<meta charset="utf-8" />
<meta name="viewport" content="width=device-width, initial-scale=1.0" />
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" src="https://anp.k3y.pw/ecma/AnPScriptsLoader.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script data-type="text/javascript;charset=utf-8" data-language="ECMAScript 2015" charset="utf-8">
new AnPScriptsLoader({
scripts : [[
"https://errorsmanager.k3y.pw/ecma/ErrorsManager.ecma.js"
], [
"https://anp.k3y.pw/ecma/Application/AnP.ecma.js"
], [
"https://anp.k3y.pw/ecma/Managers/Settings.ecma.js",
"https://anp.k3y.pw/ecma/Application/Ajax.ecma.js",
"https://anp.k3y.pw/ecma/Managers/Globals.ecma.js",
"https://anp.k3y.pw/ecma/Managers/I18N.ecma.js",
"https://anp.k3y.pw/ecma/Managers/PrintTypes.ecma.js",
"https://anp.k3y.pw/ecma/Managers/Threads.ecma.js",
"https://anp.k3y.pw/ecma/Managers/Events.ecma.js",
"https://anp.k3y.pw/ecma/Application/Attributes.ecma.js",
"https://anp.k3y.pw/ecma/Application/HTMLPreload.ecma.js",
"https://anp.k3y.pw/ecma/Application/Binary.ecma.js"
], [
"https://kanvas.k3y.pw/ecma/Kanvas.AnP.ecma.js"
]]
}, () => {
/** @type {AnP} */
const anp = new AnP({
globals : {
anp_root : "https://anp.k3y.pw"
},
callback : () => {
/** @type {Kanvas} */
const kanvas = new Kanvas(anp);
}
});
});
</script>
</head>
<body></body>
</html>
```
### Sincronía
La sincronía de la librería Kanvas contra AnP puede ser síncrona si la configuración que se le dé es la que tiene por defecto o bien, es una configuración dada mediante en *input* de entrada, o por el contrario, puede ser asíncrona como se mostró en los ejemplos anteriores. Presuponiendo que se tienen las librerías pertinentes precargadas, los métodos de creación de un objeto Kanvas pueden ser los siguientes:
```js
"use strict";
// Método de creación síncrono.
/** @type {Kanvas} */
const kanvas_sincrono = new Kanvas(new AnP({
globals : {
anp_root : "httsp://anp.k3y.pw"
}
}));
// Método de creación síncrono con parámetros.
/** @type {Kanvas} */
const kanvas_sincrono_con_parametros = new Kanvas(new AnP({
globals : {
anp_root : "httsp://anp.k3y.pw"
}
}), {
parametro_1 : 1,
parametro_2 : 2,
parametro_3 : 3,
parametro_n : "N"
});
// Método de creación asíncrona.
/** @type {AnP} */
const anp = new AnP({
globals : {
anp_root : "https://anp.k3y.pw"
},
callback : () => {
// En este método también puede tener entrada de parámetros como en el ejemplo síncrono.
/** @type {Kanvas} */
const kanvas_asincrono = new Kanvas(anp);
}
});
```
> [!!] La carga asíncrona se usaría para tener acceso a toda la funcionalidad completa de AnP desde el principio, cosa que se aconseja encarecidamente para evitar problemas de funcionamientos inesperados.
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = Kanvas_title_manual
title_text = Manual - Kanvas
```
<!-- [[wmd]] -->
## Manual
El manual de este proyecto se dividirá en dos partes, siendo la primera la parte común cara los desarrolladores que consuman esta librería; y los desarrolladores que quieran usar esta librería de forma profunda o simplemente comprender cómo funciona.
[[include developer/index.w.md]]
[[include technical/index.w.md]]
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = kanvas_title_opinions
title_text = Opiniones y comentarios - Kanvas
```
<!-- [[wmd]] -->
## Opiniones y comentarios
Esta sección va dedicada a publicar las opiniones y comentarios de usuarios cercanos a los desarrolladores del proyecto para que halla una visión externa a éste, aprobechando la confianza en éstos tanto para lo bueno como para lo malo.
> [!@Srx00] Quería agradecer personalmente a todos aquellos que me han dado una opinión y/o comentario acerca de este proyecto. Lo valor mucho pues sea como crítica para aprender como apoyo a continuar con este tipo de trabajos, me son realmente importantes. ¡Muchas gracias!
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = kanvas_title_projects
title_text = Proyectos - Kanvas
```
<!-- [[wmd]] -->
## Proyectos
Este proyecto se lleva a cabo a partir de los siguientes proyectos directamente:
[["""
AnP
*https://anp.k3y.pw/images/AnP.png
*https://anp.k3y.pw/images/AnP-512.png
*https://anp.k3y.pw/favicon.ico
https://anp.k3y.pw/
https://git.k3y.pw/AnP/AnP
"""]]
Por otro lado, la documentación se basa plenamente en los siguientes proyectos:
[["""
WMarkDown
*https://wmarkdown.k3y.pw/images/WMarkDown.png
*https://wmarkdown.k3y.pw/images/WMarkDown-512.png
*https://wmarkdown.k3y.pw/favicon.ico
https://wmarkdown.k3y.pw/
https://git.k3y.pw/Whalers/WMarkDown
"""]]
Este proyecto es usado abiertamente en otros proyectos los cuales exponemos a continuación:
[["""
MuWeb
*https://muweb.k3y.pw/images/MuWeb.png
*https://muweb.k3y.pw/images/MuWeb-512.png
*https://muweb.k3y.pw/favicon.ico
https://muweb.k3y.pw/
https://git.k3y.pw/KyMAN/MuWeb
"""]]
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = kanvas_title_targets
title_text = Objetivos - Kanvas
```
<!-- [[wmd]] -->
## Objetivos
Los objetivos para poder llevar a cabo este proyecto son los siguientes:
+ [X] Montar estructura base del proyecto.
+ [-] Montar motor.
+ [X] Base del fichero ECMA/JS.
+ [X] Generador de objetos CANVAS y/o referencia a éstos.
+ [X] Montar sistema de mapeado dinámico \(Dibujador) vía Arrays anidados con Diccionarios/Objetos.
+ [X] Atributos de proporción y posicionamiento.
+ [X] Generación de atributos comunes.
+ [X] Rotación.
+ [X] Transparencia \(Efecto alfa).
+ [X] Color.
+ [X] Posición.
+ [X] Hijos \(Gestor de elementos anidados).
+ [X] Printer para imprimir objeto por consola del navegador para testeos y debugging.
+ [-] Disposición y tamaño.
+ [X] Nativo, es decir, por celdas.
+ [ ] Porcentaje.
+ [ ] Determinar si se mira todo el objeto Canvas o no *\(full)*.
+ [X] Dibujador de rectándulos.
+ [X] Dibujador de imágenes.
+ [X] Dibujador de texto.
+ [ ] Dibujador de capa vacía.
+ [ ] Gestor de elementos caché.
+ [ ] Dibujador de formas personalizadas.
* [ ] Integrar automáticamente la creación de AnP cuando éste no esté dado o definido.
+ [-] Documentar.
+ [-] Montaje de la documentación base en WMarkDown.
+ [ ] Documentación técnica.
+ [ ] Publicar y actualizar.
<!-- [[wmd]] -->

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```wmd-options
language = es
title_i18n = Kanvas_title_technical_manual
title_text = Manual técnico - Kanvas
```
<!-- [[wmd]] -->
### Manual técnico
Manual que analiza el trabajo de forma profunda para su comprensión y posibles modificaciones para terceros.
> [!!] Para poder comprender plenamente este manual, es importantísimo entender la parte del manual para el desarrollador.
<!-- [[wmd]] -->

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"use strict";
/**
* @class
* @constructor
* @returns {void}
* @access public
*/
const X = (function(){
/**
* @constructs X
* @returns {void}
* @access private
*/
const X = function(){
/** @type {X} */
const self = this;
/** @type {number} */
this.frames_per_second = 60;
/** @type {number} */
this.threads_mode = X.THREADS_MODE_ANIMATION;
/**
* @returns {number}
* @access private
*/
const thread_timer = () => self.frames_per_second && 1000 / self.frames_per_second;
/**
* @returns {void}
* @access private
*/
const execute_threads_by_mode = () => {
switch(self.threads_mode){
case X.THREADS_MODE_INTERVAL:
/** @type {Object.<string, number>} */
const cache = {
frames_per_second : self.frames_per_second,
mode : self.threads_mode
},
/** @type {number} */
interval = setInterval(() => {
execute_threads();
if(
cache.frames_per_seconds != self.frames_per_second ||
cache.mode != self.threads_mode
){
clearInterval(interval);
execute_threads_by_mode();
};
}, thread_timer());
break;
case X.THREADS_MODE_TIMEOUT:
setTimeout(() => {
execute_threads();
execute_threads_by_mode();
}, thread_timer());
break;
case X.THREADS_MODE_ANIMATION:
default:
/** @type {number} */
const time = Date.now(),
/** @type {number} */
timer = thread_timer();
requestAnimationFrame(() => {
execute_threads();
setTimeout(() => {
execute_threads_by_mode();
}, timer - (Date.now() - time));
});
break;
};
};
/** @type {number} */
X.THREADS_MODE_INTERVAL = 1 << 0;
/** @type {number} */
X.THREADS_MODE_TIMEOUT = 1 << 1;
/** @type {number} */
X.THREADS_MODE_ANIMATION = 1 << 2;
/**
* @returns {void}
* @access private
*/
const execute_threads = () => {};
execute_threads_by_mode();
};
return X;
})();
/** @type {X} */
const x = X();

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"use strict";
/**
* @typedef {import("../../../AnP/Public/ecma/AnP.ecma.js").AnP} AnP
*/
/**
* @constructor
* @param {!AnP} anp
* @param {!(Object.<string, any|null>|Array.<Object.<string, any|null>>)} [inputs]
* @param {!anp_default_callback} [callback]
* @returns {void}
* @access public
*/
const Kanvas = function(anp, inputs, callback){
/** @type {Kanvas} */
const self = this,
/** @type {Object.<string, any|null>} */
settings = AnP.prototype.get_dictionary([{
/** @type {HTMLElement|string} */
position : "body",
/** @type {boolean} */
autocreate : true,
/** @type {number} */
quality : 1,
/** @type {number} */
base_x : .5,
/** @type {number} */
base_y : .5,
/** @type {number} */
cells : 40,
/** @type {boolean} */
autostart : true
}, inputs]),
/** @type {Object.<string, number>} */
screen = {x : 0, y : 0, quality : 0},
/** @type {Object.<string, number>} */
base = {x : .5, y : .5};
/** @type {boolean} */
let started = false,
/** @type {HTMLCanvasElement|null} */
canvas = null,
/** @type {CanvasRenderingContext2D|null} */
context = null,
/** @type {number|null} */
thread = null,
/** @type {number} */
quality = 1,
/** @type {number} */
cell_size = 1,
fps_time = 0;
/** @type {Array.<Kanvas.prototype.ObjectBase|Object.<string, any|null>|Array.<any|null>|null>} */
this.map = [];
/** @type {Object.<string, number>} */
this.screen = {x : 0, y : 0};
/** @type {number} */
this.cells = 40;
this.delta = 0;
this.fps = 0;
/**
* @returns {void}
* @access private
*/
const constructor = () => {
anp.settings.get("autostart", settings) && self.start(callback);
};
/**
* @param {!anp_start_callback} [callback]
* @returns {boolean}
* @access public
*/
this.start = callback => {
/**
* @param {!boolean} status
* @returns {void}
*/
const end = status => AnP.prototype.execute(callback, status);
if(started){
end(false);
return false;
};
started = true;
quality = anp.settings.get("quality", settings);
base.x = anp.settings.get("base_x", settings);
base.y = anp.settings.get("base_y", settings);
self.cells = anp.settings.get("cells", settings);
if(anp.settings.get("autocreate", settings))
self.create(anp.settings.get("position", settings), () => end(true));
else
end(true);
return true;
};
/**
* @param {!number} value
* @returns {number}
* @access public
*/
this.aexis = value => value * cell_size;
/**
* @param {!number} value
* @returns {number}
* @access private
*/
const _ = this.aexis;
/**
* @returns {Array.<number>}
* @access public
* @deprecated
*/
this.get_transform_matrix = () => {
/** @type {DOMMatrix} */
const transform = context.getTransform();
return [
transform.a,
transform.b,
transform.c,
transform.d,
transform.e,
transform.f
];
};
/**
* @returns {void}
* @access private
*/
const thread_method = () => {
const new_time = Date.now();
if(screen.x != canvas.offsetWidth || screen.y != canvas.offsetHeight || screen.quality != quality){
screen.quality = quality;
canvas.width = quality * (screen.x = canvas.offsetWidth);
canvas.height = quality * (screen.y = canvas.offsetHeight);
cell_size = quality * screen[screen.y < screen.x ? "y" : "x"] / self.cells;
self.screen.x = quality * screen.x / cell_size;
self.screen.y = quality * screen.y / cell_size;
};
/** @type {Array.<number>} */
const x = _(base.x * self.screen.x),
y = _(base.y * self.screen.y);
context.clearRect(0, 0, _(self.screen.x), _(self.screen.y));
context.translate(x, y);
draw(self.map);
context.translate(-x, -y);
if(fps_time){
self.fps = 1000 / (new_time - fps_time);
self.delta = 24 / self.fps;
};
fps_time = new_time;
};
/**
* @param {!(string|HTMLElement)} position
* @param {!anp_default_callback} [callback]
* @returns {void}
* @access public
*/
this.create = (position, callback) => {
if(canvas)
AnP.prototype.execute(callback);
else
new HTMLPreload(anp, position, item => {
if(item){
anp.attributes.set(canvas = item.appendChild(document.createElement("canvas")), {
class : ["kanvas"].concat(AnP.prototype.get_class_keys(AnP.prototype.get_value("class", settings))).join(" ").trim(),
git : AnP.prototype.get_value("git", settings),
link : AnP.prototype.get_value("link", settings)
});
context = canvas.getContext("2d");
thread = anp.threads.add(thread_method);
};
AnP.prototype.execute(callback);
});
};
/**
* @param {!Array.<Array.<any|null>|Object.<string, any|null>|Kanvas.prototype.ObjectBase|null>} map
* @returns {void}
* @access private
*/
const draw = map => map.forEach((item, i) => {
if((AnP.prototype.is_dictionary(item) && !item.draw) || AnP.prototype.is_array(item)){
/** @type {string} */
const type = AnP.prototype.is_dictionary(item) ? item.type : item.shift(),
/** @type {Kanvas.prototype.ObjectBase} */
_class = self.objects[type] || self.objects[object_synonyms[type]];
map[i] = _class ? _class(item) : null;
map[i].print && console.log(map[i]);
};
if(item && item.state & Kanvas.prototype.LOADED){
const base_x = _(item.x),
base_y = _(item.y);
context.save();
context.translate(base_x, base_y);
if(item.rotation){
/** @type {number} */
const x = item.width ? _(item.width / 2) : 0,
/** @type {number} */
y = item.height ? _(item.height / 2) : 0;
context.translate(x, y);
context.rotate(2 * Math.PI * item.rotation / 360);
context.translate(-x, -y);
};
item.background && (context.fillStyle = item.background);
item.alpha !== null && (context.globalAlpha = item.alpha);
item.draw();
item.background && context.fill();
item.childs && draw(item.childs);
context.translate(-base_x, -base_y);
context.restore();
};
});
/**
* @constructor
* @callback kanvas_builder_callback
* @param {!Object.<string, any|null>} inputs
* @returns {void}
*/
/**
* @constructor
* @callback kanvas_object_callback
* @param {!(Object.<string, any|null>|Object.<any|null>)} inputs
* @returns {void}
*/
/**
*
* @param {!Array.<string>} keys
* @param {!(Object.<string, any|null>|Array.<any|null>>)} inputs
* @param {!kanvas_builder_callback} Builder
* @returns {Kanvas.prototype.ObjectBase}
*/
const build_shape = (keys, inputs, Builder) => {
const base = new Kanvas.prototype.ObjectBase(
inputs = Kanvas.prototype.to_dictionary_values(keys, inputs)
);
return AnP.prototype.extends(base, true, new Builder(base, inputs));
};
/** @type {Object.<string, string>} */
const object_synonyms = {
rectangle : "Rectangle",
image : "Image",
text : "Text",
image : "Image"
};
/** @type {Object.<string, kanvas_object_callback>} */
this.objects = {
Rectangle : inputs => build_shape(["x", "y", "width", "height"], inputs, function(item, inputs){
/** @type {string} */
this.type = self.objects.Rectangle;
this.type_name = "Rectangle";
this.width = AnP.prototype.get_value("width", inputs, 0);
this.height = AnP.prototype.get_value("height", inputs, 0);
this.state = Kanvas.prototype.LOADED;
this.draw = () => context.fillRect(0, 0, _(item.width), _(item.height));
}),
Image : inputs => build_shape(["source", "x", "y", "width", "height", "cut_x", "cut_y", "cut_width", "cut_height"], inputs, function(item, inputs){
const image_item = AnP.prototype.get_value(["image", "source", "src"], inputs, null),
has = {any : false, all : true},
set_sizes = () => {
["x", "y", "width", "height"].forEach(key => this[key] === null && (this[key] = "xy".includes(key) ? 0 : this.image[key]));
if(!has.all && has.any){
["x", "y", "width", "height"].forEach(key => this["cut_" + key] === null && (this["cut_" + key] = "xy".includes(key) ? 0 : this.image[key]));
};
};
["x", "y", "width", "height"].forEach(key => {
has.any = (
has["cut_" + key] = (
this["cut_" + key] = AnP.prototype.get_value("cut_" + key, inputs, null)
) !== null
) || has.any;
has.all = has.all && has["cut_" + key];
});
this.type = self.objects.Image;
this.type_name = "Image";
this.url = AnP.prototype.is_string(image_item) ? image_item : image_item ? image_item.src : null;
this.image = AnP.prototype.is_object(image_item) ? image_item : null;
this.width = AnP.prototype.get_value("width", inputs, null);
this.height = AnP.prototype.get_value("height", inputs, null);
this.state = this.image ? Kanvas.prototype.LOADED : Kanvas.prototype.UNLOADED;
this.object = null;
if(this.state & Kanvas.prototype.UNLOADED && !this.image && this.url){
const image_object = new Image();
item.state = Kanvas.prototype.LOADING;
image_object.src = this.url;
image_object.onload = () => {
item.image = image_object;
item.state = Kanvas.prototype.LOADED;
set_sizes();
};
image_object.onerror = () => {
item.state |= Kanvas.prototype.ERROR;
};
}else
set_sizes();
this.draw = () => context.drawImage(item.image, 0, 0, _(item.width), _(item.height));
}),
Text : inputs => build_shape(["text", "x", "y"], inputs, function(item, inputs){
this.type = self.objects.Text;
this.type_name = "Text";
this.text = AnP.prototype.get_value("text", inputs, "");
this.align = AnP.prototype.get_value("align", inputs, null);
this.baseline = AnP.prototype.get_value("baseline", inputs, null);
this.size = AnP.prototype.get_value("size", inputs, null);
this.style = AnP.prototype.get_value("style", inputs, null);
this.font = AnP.prototype.get_value(["font_family", "font"], inputs, null);
this.direction = AnP.prototype.get_value("direction", inputs, null);
this.state = Kanvas.prototype.LOADED;
this.draw = () => {
item.direction && (context.direction = item.direction);
item.baseline && (context.textBaseline = item.baseline);
(item.size || item.font || item.style) && (context.font = (item.style ? item.style + " " : "") + (quality * (item.size || 1) * cell_size) + "px " + (item.font || "sans"));
item.align && (context.textAlign = item.align);
context[item.background ? "fillText" : "strokeText"](item.text, 0, 0);
};
})
};
constructor();
};
/**
* @param {!(Array.<string>|string)} keys
* @param {!(Object.<string, any|null>|Array.<any|null>)} inputs
* @returns {Object.<string, any|null>}
* @access public
* @static
*/
Kanvas.prototype.to_dictionary_values = (keys, inputs) => (
AnP.prototype.is_array(inputs) ? AnP.prototype.get_dictionary_from_array(keys, inputs) :
AnP.prototype.is_object(inputs) ? inputs || {} :
{});
/** @type {number} */
Kanvas.prototype.UNLOADED = 1 << 0;
/** @type {number} */
Kanvas.prototype.LOADING = 1 << 1;
/** @type {number} */
Kanvas.prototype.LOADED = 1 << 2;
/** @type {number} */
Kanvas.prototype.ERROR = 1 << 3;
/** @type {number} */
Kanvas.prototype.UNBUILT = 1 < 4;
/**
* @constructor
* @param {Object.<string, any|null>} inputs
* @returns {void}
* @access public
* @static
*/
Kanvas.prototype.ObjectBase = function(inputs){
/** @type {Object} */
this.type = Kanvas.prototype.ObjectBase;
/** @type {string} */
this.type_name = "ObjectBase";
/** @type {boolean} */
this.full = AnP.prototype.get_value("full", inputs, false);
/** @type {boolean} */
this.percentaje = AnP.prototype.get_value("percentaje", inputs, false);
/** @type {number|null} */
this.rotation = AnP.prototype.get_value("rotate", inputs, null);
/** @type {string|null} */
this.background = AnP.prototype.get_value(["background", "color"], inputs, null);
/** @type {number|null} */
this.alpha = AnP.prototype.get_value("alpha", inputs, null);
/** @type {number} */
this.state = Kanvas.prototype.UNBUILT;
/** @type {Array.<Array.<any>|Object.<string, any|null>|Object>|null} */
this.childs = AnP.prototype.get_value("childs", inputs, null);
/** @type {number} */
this.x = AnP.prototype.get_value("x", inputs, 0);
/** @type {number} */
this.y = AnP.prototype.get_value("y", inputs, 0);
/** @type {boolean} */
this.print = AnP.prototype.get_value("print", inputs, false);
/**
* @param {number} degrees
* @returns {void}
* @access public
*/
this.rotate = degrees => this.rotation = (this.rotation + degrees) % 360;
/**
* @returns {void}
* @access public
*/
this.draw = () => {};
};

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Kanvas = function(settings){
const self = this,
default_settings = {
nulls : false,
default_value : null,
position : ".kanvas",
preload_timeout : 2000,
frames_per_second : 60,
quality : 1,
quality_x : 1,
quality_y : 1,
cells : 40,
swap_and_drop_timer : 5000,
font_size : 1,
font_family : "Arial",
settings_overwrite : false,
autostart : true,
autobuild : true,
font_minimum_size : 12,
events_cache_timer : 100
},
custom = {},
cache = {},
frames_times = [],
id_length = 11,
id_alphabet = "123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz",
ids = [],
threads = [],
number_of_cells = {x : 0, y : 0},
events_cache = [];
let thread = null,
frames_per_second = null,
canvas, context,
last_frame_time = 0, frames_times_summatory = 0,
swap_and_drop_timer,
cache_box,
default_font_size, default_font_family,
settings_overwrite,
built = false,
started = false,
font_minimum_size,
events_cache_timer;
this.map = [];
let cells = this.cells;
let cell_size = this.cell_size;
let quality = this.quality;
let quality_x = this.quality_x;
let quality_y = this.quality_y;
this.cells_x = 0;
this.cells_y = 0;
this.delta_time = 0;
let item_self = this.item_self;
let hash_self = this.hash_self;
let object_name = this.object_name;
this.Event = function(){
const self = this,
events = [],
properties = [];
const construct = () => {
events_cache.push(autoclean);
};
this.execute = (callback, ...arguments) => events.forEach((event, i) => (
event &&
(typeof callback == "function" ? callback(properties[i]) : true) &&
event(...arguments)
));
this.add = (callback, own_properties) => {
let i = 0;
const l = events.length;
for(; i < l; i ++)
if(!events[i])
break;
events[i] = callback;
properties[i] = own_properties;
return i;
};
this.remove = i => events[i] = null;
const autoclean = () => {
const date = Date.now();
properties.forEach((own_properties, i) => {
if(own_properties && own_properties.last_used && date - own_properties.last_used > events_cache_timer){
events[i] = null;
properties[i] = null;
};
});
};
this.update = (i, date) => events[i] && (properties[i].last_used = date);
construct();
};
this.on_screen_change = new this.Event();
this.on_ready = new this.Event();
this.on_click = new this.Event();
this.on_click_down = new this.Event();
this.on_click_up = new this.Event();
this.on_key_down = new this.Event();
this.on_key_up = new this.Event();
const construct = () => {
settings = (
settings instanceof Array ? settings :
typeof settings == "object" ? [settings] :
[]).filter(inputs => typeof inputs == "object" && !(inputs instanceof Array));
self.settings("autostart") && self.start();
};
this.start = callback => {
const end = status => typeof callback == "function" && callback(status);
if(started){
end(false);
return false;
};
started = true;
settings_overwrite = self.settings(["settings_overwrite", "overwrite"]);
frames_per_second = self.settings(["frames_per_second", "fps"]);
events_cache_timer = self.settings("events_cache_timer");
object_name = self.object_name = self.settings("object_name");
thread = setInterval(execute, 1000 / frames_per_second);
if(self.settings("autobuild"))
self.build(callback);
else
end(true);
return true;
};
this.build = callback => {
const position = self.settings("position"),
end = status => typeof callback == "function" && callback(status);
if(built){
end(false);
return false;
};
built = true;
if(position){
if(position.tagName || position.nodeName){
end_build(position);
end(true);
return;
};
if(typeof position != "string"){
console.error("position_not_string");
end(false);
return;
};
if(!position.trim()){
console.error("position_selector_empty");
end(false);
return;
};
let html_object;
try{
if(html_object = document.querySelector(position)){
end_build(html_object);
end(true);
return;
};
}catch(exception){
console.error(exception);
console.error("position_bad_selector");
end(false);
return;
};
const date = Date.now(),
timeout = self.settings("preload_timeout");
let interval = setInterval(() => {
if(html_object = document.querySelector(position)){
clearInterval(interval);
end_build(html_object);
end(true);
}else if(Date.now() - date > timeout){
clearInterval(interval);
console.error("position_timeout");
end(false);
};
}, frames_per_second);
}else{
console.error("no_position");
end(false);
};
return true;
};
const end_build = position => {
quality = self.quality = self.settings("quality");
quality_x = self.quality_x = self.settings("quality_x");
quality_y = self.quality_y = self.settings("quality_y");
cells = self.cells = self.settings("cells");
default_font_size = self.settings("font_size");
default_font_family = self.settings("font_family");
cache.quality = 0;
cache.quality_x = 0;
cache.quality_y = 0;
cache.screen = {x : 0, y : 0};
cache.origin = {x : 0, y : 0};
item_self = self.item_self = (position || document.querySelector("body")).appendChild(document.createElement("div"));
cache_box = item_self.appendChild(document.createElement("div"));
canvas = item_self.appendChild(document.createElement("canvas"));
hash_self = self.hash_self = self.settings(["id", "hash"]) || self.create_id();
item_self.setAttribute("id", hash_self);
item_self.setAttribute("class", ["kanvas", hash_self].concat((self.settings("class") || "").split(/\s+/)).filter((key, i, array) => array.indexOf(key) == i).join(" "));
item_self.setAttribute("data-hash", hash_self);
item_self.setAttribute("data-cells", cells);
item_self.setAttribute("data-minimum-font-size", font_minimum_size = self.settings("font_minimum_size"));
cache_box.setAttribute("class", "kanvas-cache-box");
cache_box.setAttribute("style", `
position : absolute;
top : 0%;
left : 0%;
width : 100%;
height : 100%;
visibility : hidden;
z-index : 10;
opacity : 0;
`.replace(/[\r\n\s]+/g, ""));
canvas.setAttribute("class", "kanvas-ui");
canvas.setAttribute("style", `
position : absolute;
top : 0%;
left : 0%;
width : 100%;
height : 100%;
z-index : 20;
`.replace(/[\r\n\s]+/g, ""));
canvas.onclick = event => on_click(canvas, event, "click");
canvas.onmousedown = event => on_click(canvas, event, "down");
canvas.onmouseup = event => on_click(canvas, event, "up");
canvas.onkeydown = event => on_key(canvas, event, "down");
canvas.onkeyup = event => on_key(canvas, event, "up");
context = canvas.getContext("2d");
context.id = self.create_id();
swap_and_drop_timer = self.settings("swap_and_drop_timer");
self.on_ready.execute();
};
this.nulls = nulls => typeof nulls == "boolean" ? nulls : self.settings("nulls", null, false, false);
this.default_value = (_default, nulls) => _default !== undefined && (self.nulls(nulls) || _default !== null) ? _default : self.settings("default_value", null, null, true);
this.settings = (names, inputs, _default, nulls) => {
const l = (names = (
names instanceof Array ? names :
typeof names == "string" ? [names] :
[]
).filter((name, i, array) => name && typeof name == "string" && array.indexOf(name) == i)).length;
if(l){
const m = (inputs = (
inputs instanceof Array ? inputs :
typeof inputs == "object" ? [inputs] :
[]).concat(settings, custom, [default_settings])).length;
nulls = self.nulls(nulls);
for(let j = 0; j < m; j ++)
if(inputs[j] && typeof inputs[j] == "object" && !(inputs[j] instanceof Array))
for(let i = 0; i < l; i ++)
if(inputs[j][names[i]] !== undefined && (nulls || inputs[j][names[i]] !== null))
return inputs[j][names[i]];
};
return self.default_value(_default, nulls);
};
this.settings_add = (inputs, overwrite) => {
if(!inputs)
return;
if(typeof inputs == "string"){
try{
inputs = JSON.parse(inputs);
}catch(exception){};
};
if(typeof inputs == "object"){
if(inputs instanceof Array)
inputs.forEach(inputs, overwrite);
else{
typeof overwrite != "boolean" && (overwrite = settings_overwrite);
for(const key in inputs)
if(overwrite || custom[key] === undefined)
custom[key] = inputs[key];
};
};
};
this.create_id = () => {
let id;
const l = id_alphabet.length;
do{
id = "";
while((id += id_alphabet[l * Math.random() >> 0]).length < id_length);
}while(
ids.includes(id) ||
!/^[a-z]/i.test(id) ||
document.querySelector("." + id + ",#" + id + ",[name=" + id + "]")
);
ids.push(id);
return id;
};
const execute = () => {
const date = Date.now();
let screen_changed = false;
if(item_self && (cache.screen.x != item_self.offsetWidth || cache.screen.y != item_self.offsetHeight)){
screen_changed = true;
cache.screen.x = item_self.offsetWidth;
cache.screen.y = item_self.offsetHeight;
const font_size = cache.screen[cache.screen.x < cache.screen.y ? "x" : "y"] / cells;
item_self.style.fontSize = (font_size < font_minimum_size ? font_minimum_size : font_size) + "px";
};
if(canvas){
if(last_frame_time){
const frame_time = date - last_frame_time;
frames_times.push(frame_time);
frames_times_summatory += frame_time;
self.delta_time = frame_time / 1000;
while(frames_times.length > frames_per_second)
frames_times_summatory -= frames_times.shift();
};
last_frame_time = date;
if(screen_changed || cache.quality != quality){
const width = cache.screen.x * quality,
height = cache.screen.y * quality;
cache.quality = quality;
canvas.setAttribute("width", width);
canvas.setAttribute("height", height);
cache.origin.x = width / 2;
cache.origin.y = height / 2;
cell_size = self.cell_size = (width > height ? height : width) / cells;
number_of_cells.x = width / cell_size;
number_of_cells.y = height / cell_size;
this.cells_x = number_of_cells.x / 2;
this.cells_y = number_of_cells.y / 2;
for(const key in cache)
if(cache[key] && cache[key].data)
cache[key].data = null;
self.on_screen_change.execute();
};
};
threads.forEach(thread => thread && thread());
if(canvas){
context.beginPath();
context.clearRect(0, 0, cache.screen.x * quality, cache.screen.y * quality);
context.translate(cache.origin.x, cache.origin.y);
draw(context, self.map, 0, 0);
context.translate(-cache.origin.x, -cache.origin.y);
for(const key in cache)
if(cache[key] && cache[key].last_used && date - cache[key].last_used > swap_and_drop_timer)
delete cache[key];
};
events_cache.forEach(autoclean => autoclean());
};
this.set_quality = new_quality => quality = self.quality = new_quality;
this.set_quality_x = new_quality => quality_x = self.quality_x = new_quality;
this.set_quality_y = new_quality => quality_y = self.quality_y = new_quality;
const _x = x => x * cell_size;
const _y = y => y * cell_size;
const size = size => size * cell_size;
const set_cache = (context, status) => {
!status && cache[context.id] && cache[context.id].ok && (cache[context.id].ok = false);
return status;
};
const set_border = (context, inputs) => {
const has_border = !!(inputs.border_color || !isNaN(inputs.border_width));
inputs.border_color && (context.strokeStyle = inputs.border_color);
!isNaN(inputs.border_width) && (context.lineWidth = size(inputs.border_width));
return has_border;
};
const set_background = (context, inputs) => {
const has_background = !!(inputs.background || (!inputs.border_color && isNaN(inputs.border_width)));
if(inputs.background){
if(inputs.background instanceof Array){
const v = inputs.background,
is_linear = v.length == 5,
gradient = (
is_linear ? context.createLinearGradient(_x(v[0]), _y(v[1]), _x(v[2]), _y(v[3])) :
context.createRadialGradient(_x(v[0]), _y(v[1]), _x(v[2]), _y(v[3]), size(v[4]), size(v[5]))
);
inputs.background[is_linear ? 4 : 6].forEach(color => gradient.addColorStop(color[0], color[1]));
context.fillStyle = gradient;
}else
context.fillStyle = inputs.background;
};
return has_background;
};
const set_shadow = (context, inputs, shape_callback) => {
const shadows = inputs.shadow || inputs.shadows;
(shadows && shadows.length ? shadows[0] instanceof Array ? shadows : [shadows] : []).forEach(shadow => {
[context.shadowOffsetX, context.shadowOffsetY, context.shadowBlur, context.shadowColor] = shadow;
context.shadowOffsetX = size(shadow[0]);
context.shadowOffsetY = size(shadow[1]);
context.shadowBlur = size(shadow[2]);
context.shadowColor = size(shadow[3]);
shape_callback();
});
};
const shapes = {
rectangle : (context, inputs) => {
const x = _x(inputs.x),
y = _y(inputs.y),
width = size(inputs.width),
height = size(inputs.height),
has_border = set_border(context, inputs),
has_background = set_background(context, inputs);
set_shadow(context, inputs, () => context.rect(x, y, width, height));
has_background && context.fillRect(x, y, width, height);
has_border && context.strokeRect(x, y, width, height);
return set_cache(context, true);
},
image : (context, inputs) => {
const url = inputs.url;
if(url){
const cached = cache[url];
if(!cached){
(cache[url] = {
image : new Image(),
loaded : false,
last_used : Date.now()
}).image.src = url;
cache[url].image.crossOrigin = "anonymous";
cache[url].image.onload = () => cache[url].loaded = true;
return set_cache(context, false);
};
if(cached.loaded){
let width = inputs.width,
height = inputs.height;
const cut_x = inputs.cut_x || 0,
cut_y = inputs.cut_y || 0,
cut_width = inputs.cut_width || 0,
cut_height = inputs.cut_height || 0,
position_x = inputs.x || 0,
position_y = inputs.y || 0,
x = _x(position_x),
y = _y(position_y),
end_width = size(width),
end_height = size(height);
!width && (width = cache.quality * (cut_width || cache[url].image.width - cut_x) / cell_size);
!height && (height = cache.quality * (cut_height || cache[url].image.height - cut_y) / cell_size);
set_shadow(context, inputs, () => context.rect(x, y, end_width, end_height));
set_border(context, inputs);
context.drawImage(
cache[url].image,
cut_x, cut_y, cut_width || cache[url].image.width - cut_x, cut_height || cache[url].image.height - cut_y,
x, y, end_width, end_height
);
cache[url].last_used = Date.now();
return set_cache(context, true);
};
};
return set_cache(context, false);
},
cache : (context, inputs) => {
const width = inputs.width ? inputs.width * cell_size : canvas.getAttribute("width"),
height = inputs.height ? inputs.height * cell_size : canvas.getAttribute("height");
let status = false;
if(!cache[inputs.name]){
const subcanvas = cache_box.appendChild(document.createElement("canvas"));
cache[inputs.name] = {
canvas : subcanvas,
data : null
};
cache[inputs.name].context = subcanvas.getContext("2d");
cache[inputs.name].context.id = inputs.name;
subcanvas.setAttribute("data-id", cache[inputs.name].context.id);
cache[inputs.name].context.translate(inputs.x || 0, inputs.y || 0);
};
if(cache[inputs.name].data){
if(cache[inputs.name].image_loaded){
context.drawImage(cache[inputs.name].image, _x(inputs.x || 0), _y(inputs.y || 0), cache[inputs.name].image.width, cache[inputs.name].image.height);
status = true;
}else if(!cache[inputs.name].image){
cache[inputs.name].image = new Image();
cache[inputs.name].image.src = cache[inputs.name].data;
cache[inputs.name].image.onload = () => {
// cache[inputs.name].canvas.remove();
cache[inputs.name].image_loaded = true;
};
// cache[inputs.name].image.onerror = () => cache[inputs.name].canvas.remove();
};
}else{
cache[inputs.name].canvas.setAttribute("width", width);
cache[inputs.name].canvas.setAttribute("height", height);
cache[inputs.name].context.beginPath();
cache[inputs.name].context.clearRect(0, 0, width, height);
cache[inputs.name].context.translate(width / 2, height / 2);
cache[inputs.name].image = null;
cache[inputs.name].image_loaded = false;
cache[inputs.name].ok = true;
draw(cache[inputs.name].context, inputs.childs, 0, 0);
cache[inputs.name].context.closePath();
cache[inputs.name].ok &&
(cache[inputs.name].data = cache[inputs.name].canvas.toDataURL("image/png", 1.0));
};
cache[inputs.name].last_used = Date.now();
return set_cache(context, status);
},
text : (context, inputs) => {
const x = _x(inputs.x),
y = _y(inputs.y),
has_border = set_border(context, inputs),
has_background = set_background(context, inputs);
inputs.align && (context.textAlign = inputs.align);
inputs.baseline && (context.textBaseline = inputs.baseline);
!isNaN(inputs.border_width) && (context.lineWidth = size(inputs.border_width));
context.font = (inputs.style ? inputs.style + " " : "") + size(inputs.size || default_font_size) + "px " + (inputs.family || default_font_family);
set_shadow(context, inputs, () => context.fillText(inputs.text, x, y));
has_background && context.fillText(inputs.text, x, y);
has_border && context.strokeText(inputs.text, x, y);
return true;
}
};
this.string_variables = (string, variables) => string.replace(/\{([^\{\}]+)\}/g, (...arguments) => variables[arguments[1]] !== undefined ? variables[arguments[1]] : arguments[0]);
const draw = (context, level, x, y) => level.forEach(values => {
if(values && (shapes[values.type] || ["block"].includes(values.type))){
const sub_x = _x(x + (values.margin_x || 0)),
sub_y = _y(y + (values.margin_y || 0)),
date = Date.now();
context.save();
context.translate(sub_x, sub_y);
const transform = context.getTransform();
values.rotate && context.rotate(2 * Math.PI * values.rotate / 360);
!isNaN(values.alpha) && (context.globalAlpha = values.alpha);
if(values.on_click){
values.context_x = transform.e / quality;
values.context_y = transform.f / quality;
if(!values.last_used || date - values.last_used > events_cache_timer)
values.i = self.on_click.add(eval(self.string_variables(values.on_click, {object_name : object_name})), values);
else
self.on_click.update(values.i, date);
values.last_used = date;
};
values.type != "block" && shapes[values.type](context, values);
values.type != "cache" && values.childs && draw(context, values.childs, values.x, values.y);
context.translate(-sub_x, -sub_y);
context.restore();
};
});
this.get_real_fps = this.get_real_frames_per_second = () => frames_times_summatory ? 1000 / (frames_times_summatory / frames_times.length) : 0;
this.threads_add = callback => {
let i = 0;
const l = threads.length;
for(; i < l; i ++)
if(!threads[i])
break;
threads[i] = callback;
return i;
};
this.threads_remove = i => threads[i] = null;
this.get_cells_x = () => number_of_cells.x;
this.get_cells_y = () => number_of_cells.y;
this.extends = object => {
for(const key in self)
if(object[key] === undefined)
object[key] = self[key];
};
const on_click = (canvas, event, action) => {
switch(action){
case "click":
self.on_click.execute(properties => (
event.clientX >= properties.context_x + (properties.x * cell_size) &&
event.clientY >= properties.context_y + (properties.y * cell_size) &&
event.clientX <= properties.context_x + ((properties.x + properties.width) * cell_size) &&
event.clientY <= properties.context_y + ((properties.y + properties.height) * cell_size)
), canvas, event);
break;
};
};
construct();
};

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29
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```wmd-options
language = es
title_i18n = kanvas_title_documentation
title_text = Documentación - Kanvas
```
<!-- [[wmd]] -->
[[include doc/es/description.md]]
[[include doc/es/projects.w.md]]
[[include doc/es/design.w.md]]
[[include doc/es/integration.w.md]]
[[include doc/es/manual.w.md]]
[[include doc/es/faq.w.md]]
[[include doc/es/bugs.w.md]]
[[include doc/es/targets.w.md]]
[[include doc/es/opinions.w.md]]
[[include doc/es/donates.w.md]]
<!-- [[wmd]] -->

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.kanvas {
position: relative;
top: 0em;
left: 0em;
width: 100%;
height: 100%;
overflow: hidden;
background-color: #EFEFEF;
color: #222; }
.kanvas, .kanvas input, .kanvas button, .kanvas select {
font-family: "Roboto"; }
.kanvas pre, .kanvas textarea,
.kanvas .wmd-code-block,
.kanvas .wmd-code-block ol > li::marker,
.kanvas .wmd-code-doc > .description {
font-family: "Roboto Mono"; }
.kanvas [data-icon]::before {
font-family: "FA6FR"; }
.kanvas input, .kanvas button, .kanvas select, .kanvas textarea {
font-size: 1em; }
.kanvas [data-visible=false], .kanvas [data-hidden=true] {
display: none; }
.kanvas a[href] {
text-decoration: none;
word-break: break-word; }
.kanvas a[href], .kanvas [onclick], .kanvas [onmouseover], .kanvas [onmousedown], .kanvas button, .kanvas [type=button], .kanvas [type=reset], .kanvas [type=submit] {
cursor: pointer;
transition-duration: 1s; }
.kanvas a[href]:hover, .kanvas [onclick]:hover, .kanvas [onmouseover]:hover, .kanvas [onmousedown]:hover, .kanvas button:hover, .kanvas [type=button]:hover, .kanvas [type=reset]:hover, .kanvas [type=submit]:hover {
transition-duration: 0.2s; }
.kanvas a[href], .kanvas [onclick], .kanvas [onmouseover], .kanvas [onmousedown], .kanvas button, .kanvas [type=button], .kanvas [type=reset], .kanvas [type=submit] {
color: #2272D4;
transition-property: color; }
.kanvas a[href]:hover, .kanvas [onclick]:hover, .kanvas [onmouseover]:hover, .kanvas [onmousedown]:hover, .kanvas button:hover, .kanvas [type=button]:hover, .kanvas [type=reset]:hover, .kanvas [type=submit]:hover {
color: #D47222; }
.kanvas [onmouseover], .kanvas [onmousedown] {
color: #224a7b;
transition-property: color; }
.kanvas [onmouseover]:hover, .kanvas [onmousedown]:hover {
color: #7b4a22; }
.kanvas a[href], .kanvas [onclick] {
transition-property: color; }
.kanvas button, .kanvas [type=button], .kanvas [type=reset], .kanvas [type=submit] {
border-color: 0.1em solid #2272D4;
box-shadow: 0em 0em 0.4em #2272D4;
transition-property: color,border-color,box-shadow; }
.kanvas button:hover, .kanvas [type=button]:hover, .kanvas [type=reset]:hover, .kanvas [type=submit]:hover {
border-color: 0.1em solid #D47222;
box-shadow: 0em 0em 0.4em #D47222; }
.kanvas .wmd-dictionary-item {
color: #224a7b; }
.kanvas .wmd-dictionary-item:hover {
color: #7b4a22; }
.kanvas h2 {
font-size: 2.6em; }
.kanvas h3 {
font-size: 2.2em; }
.kanvas h4 {
font-size: 1.8em; }
.kanvas h5 {
font-size: 1.4em; }
.kanvas h6 {
font-size: 1em; }
.kanvas ul, .kanvas ol {
padding: 0em 2em; }
.kanvas header, .kanvas main, .kanvas footer {
position: absolute;
left: 0em;
width: 100%; }
.kanvas header, .kanvas footer {
overflow: hidden;
display: flex;
flex-direction: row;
box-shadow: 0em 0em 0.125em #EFEFEF, 0em 0em 0.25em #EFEFEF, 0em 0em 0.5em #EFEFEF, 0em 0em 1em #EFEFEF, 0em 0em 2em #EFEFEF; }
.kanvas header > *, .kanvas footer > * {
flex: auto;
align-self: center; }
.kanvas header {
top: 0em;
height: 4em;
z-index: 20; }
.kanvas header h1 {
margin: .2em 1em;
padding: 0em;
font-size: 1em;
text-wrap: nowrap; }
.kanvas header h1 .image {
height: 3.6em; }
.kanvas header h1 img {
width: auto;
height: 3.6em; }
.kanvas header h1 img + span {
display: none; }
.kanvas header h1 span + span {
font-size: 3.4em;
height: 0.9444444444em; }
.kanvas header h1 a > span {
display: inline-block;
vertical-align: top; }
.kanvas main {
top: 4em;
bottom: 2.5em;
padding: 1% 2%;
z-index: 10;
overflow: auto;
box-sizing: border-box; }
.kanvas footer {
bottom: 0em;
height: 2.5em;
z-index: 30; }
.kanvas .main-menu {
width: 25em;
text-align: center; }
.kanvas .main-menu ul {
list-style-type: none;
margin: 0em;
padding: 0em; }
.kanvas .main-menu li {
display: inline-block;
margin: 0em .6em; }
.kanvas .license {
display: block;
position: absolute;
bottom: 0em;
width: 100%;
padding: 0em .2em;
text-align: center;
font-weight: 900;
font-size: .85em;
box-sizing: border-box; }
.kanvas .license a {
display: flex;
flex-direction: row; }
.kanvas .license a span {
width: 100%; }
.kanvas .license a > * {
vertical-align: middle;
flex: auto;
align-self: center; }
.kanvas .license img {
width: auto;
height: 2.5em;
margin: .2em 0em; }
/*# sourceMappingURL=Kanvas.css.map */

7
Public/scss/Kanvas.css.map Normal file
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{
"version": 3,
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"sources": ["Kanvas.scss","../../../AnP/Public/scss/AnP.common.scss","../../../AnP/Public/scss/AnP.settings.scss"],
"names": [],
"file": "Kanvas.css"
}

7
Public/scss/Kanvas.scss Normal file
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@import
"../../../AnP/Public/scss/AnP.settings.scss",
"../../../AnP/Public/scss/AnP.common.scss";
.kanvas{
@include main_web;
}

87
Public/test/index.anp.html Executable file
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<!DOCTYPE html>
<html lang="en" dir="ltr">
<head>
<title>Kanvas - Test</title>
<meta http-equiv="content-type" content="text/html;charset=utf-8" />
<meta charset="utf-8" />
<style data-type="text/css" data-language="CSS3" data-rel="stylesheet" charset="utf-8">
html,body{
height : 100%;
margin : 0px;
}
body{overflow : hidden;}
.kanvas{
position : absolute;
top : 0px;
left : 0px;
width : 100%;
height : 100%;
}
.fps{
position : absolute;
top : 0px;
right : 0px;
margin : 10px;
font-weight : 900;
}
</style>
<script data-type="text/javascript" data-language="ECMAScript 2015" src="/ecma/version/20230707/Kanvas.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script type="module" data-type="text/javascript" data-language="ECMAScript 2015" charset="utf-8">
kanvas = new Kanvas({
position : "body",
quality : 1,
frames_per_second : 60
});
kanvas.map.push(
{type : "cache", name : "main_test", x : -20, y : -20, width : 40, height : 40, childs : [
{type : "image", url : "/data/test/hqdefault.jpg", x : -10, y : -10, width : 20, height : 20, cut_x : 100, cut_width : 100, rotate : -15},
{type : "rectangle", x : -2, y : -1, width : 4, height : 2, background : [0, 0, 4, 0, [
[0, "#F00"],
[1, "#00F"]
]], rotate : 45, border_color : "#00F", childs : [
{type : "rectangle", x : -.5, y : -.5, width : 1, height : 1, background : "#F88", rotate : -35, margin_x : 2, margin_y : 1}
]},
{type : "cache", name : "test_cache", childs : []}
]},
{type : "text", background : "#080", border_color : "#F00", text : "Hola, esto es una prueba xD", x : 20, y : 20, size : 5, baseline : "bottom", align : "right", shadow : [
[0, 0, 5, "#000"],
[1, 1, 2, "#800"]
]}
);
with(kanvas.map[1]){
align = "left";
baseline = "top";
};
kanvas.on_ready.add(() => {
kanvas.threads_add(() => {
kanvas.map[1].text = kanvas.get_real_fps().toFixed(2);
});
kanvas.on_screen_change.add(() => {
console.log("PASA");
with(kanvas.map[1]){
x = -kanvas.cells_x;
y = -kanvas.cells_y;
};
});
});
</script>
</head>
<body></body>
</html>

227
Public/test/index.html
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@ -1,5 +1,5 @@
<!DOCTYPE html>
<html lang="en" dir="ltr">
<html lang="es" dir="ltr">
<head>
<title>Kanvas - Test</title>
<meta http-equiv="content-type" content="text/html;charset=utf-8" />
@ -15,67 +15,210 @@
body{overflow : hidden;}
.kanvas{
position : absolute;
display : inline-block;
position : relative;
top : 0px;
left : 0px;
width : 100%;
height : 100%;
}
.fps{
.kanvas>.cache,
.kanvas>.cache>canvas,
.kanvas>canvas{
position : absolute;
top : 0px;
right : 0px;
margin : 10px;
font-weight : 900;
left : 0px;
}
.kanvas>.cache,
.kanvas>canvas{
width : 100%;
height : 100%;
}
.kanvas>.cache{
display : block;
/* visibility : hidden; */
z-index : 10;
}
.kanvas>.cache>canvas{
background-color: #FEE;
}
.kanvas>canvas{
z-index : 20;
/* visibility : hidden; */
}
</style>
<script data-type="text/javascript" data-language="ECMAScript 2015" src="/ecma/version/20230707/Kanvas.ecma.js" data-crossorigin="anonymous" charset="utf-8"></script>
<script type="module" data-type="text/javascript" data-language="ECMAScript 2015" charset="utf-8">
<script data-type="text/javascript" data-language="ECMAScript 2015" charset="utf-8">
import {Kanvas} from "/ecma/Kanvas.ecma.js";
kanvas = new Kanvas({
/** @type {number} */
const v = 5;
/** @type {Kanvas} */
const kanvas = new Kanvas({
position : "body",
quality : 1,
fps : 60
});
frames_per_second : 0,
// threads_mode : Kanvas.THREADS_MODE_TIMEOUT,
// context : "webgl",
on_ready : () => {
kanvas.map.push(
{type : "cache", name : "main_test", x : -20, y : -20, width : 40, height : 40, childs : [
{type : "image", url : "/data/test/hqdefault.jpg", x : -10, y : -10, width : 20, height : 20, cut_x : 100, cut_width : 100, rotate : -15},
{type : "rectangle", x : -2, y : -1, width : 4, height : 2, background : [0, 0, 4, 0, [
[0, "#F00"],
[1, "#00F"]
]], rotate : 45, border_color : "#00F", childs : [
{type : "rectangle", x : -.5, y : -.5, width : 1, height : 1, background : "#F88", rotate : -35, margin_x : 2, margin_y : 1}
]},
{type : "cache", name : "test_cache", childs : []}
]},
{type : "text", background : "#080", border_color : "#F00", text : "Hola, esto es una prueba xD", x : 20, y : 20, size : 5, baseline : "bottom", align : "right", shadow : [
[0, 0, 5, "#000"],
[1, 1, 2, "#800"]
]}
);
[
{
type : "Rectangle",
x : -19,
y : -19,
width : 4,
height : 4,
background : "#F00",
on_full_done : (...parameters) => console.log(parameters),
// shadows : [
// [.5, .5, 1, "#F00"],
// [-.5, -.5, 1, "#00F"],
// [0, 0, 1, "#0F0"]
// ],
childs : [
{
type : "Rectangle",
x : 3,
y : 3,
width : 2,
height : 2,
color : "#007",
on_click : (...parameters) => console.log(parameters)
}
],
on_click : (...parameters) => console.log(["PASA", parameters])
},
{
type : "Text",
y : -15,
text : "Hola",
size : 4,
weight : 900,
color : "#060",
rotate : 45,
alpha : .5,
on_mouse_move : () => console.log("PASA")
},
["Position", 0, 0, [
{
type : "Rectangle",
x : -19,
y : -10,
width : 4,
height : 4,
radius : [1, 2],
// use_modern_mode : false,
color : "#700"
},
{
type : "Rectangle",
x : -14,
y : -10,
width : 4,
height : 4,
radius : [1, 2],
use_modern_mode : false,
color : "#700"
}
]],
// ["Image", "https://cdn.k3y.pw/data/space_art_publish/red_giant.png", -10, -10, 20, 20],
{
type : "Image",
source : "https://cdn.k3y.pw/data/space_art_publish/red_giant.png",
x : -10,
y : -10,
width : 20,
height : 20,
// on_mouse_move : () => console.log("IMAGE")
},
{
type : "Text",
y : -20,
x : 20,
size : 2,
weight : 900,
color : "#000",
border_color : "#FFF",
border_size : .1,
text : "",
align : "right",
baseline : "top"
},
["Image", "https://cdn.k3y.pw/data/space_art_publish/cold_nebula.png", -20, -20, 40, 40],
{
type : "Position",
x : -25,
y : -20,
childs : [{
type : "Cache",
x : 10,
y : 0,
width : 10,
height : 10,
childs : [
["Rectangle", 3, 3, 2, 2, "#008"],
["Rectangle", 2, 5, 4, 4, "#700"]
],
on_load : (i, cache) => {
kanvas.thread_add(() => cache.rotation += kanvas.delta * v);
cache.childs[0].background = "#F00";
}
}]
},
// // ["Sprite", "https://upload.wikimedia.org/wikipedia/commons/e/e0/Baraja_espa%C3%B1ola_completa.png", -20, 20, {
// // cards : ["https://upload.wikimedia.org/wikipedia/commons/e/e0/Baraja_espa%C3%B1ola_completa.png", "pattern", 100, 200, 12, 4]
// // }],
{
type : "Sprite",
x : -20,
i : 47,
map : {
cards : [
// ["https://upload.wikimedia.org/wikipedia/commons/e/e0/Baraja_espa%C3%B1ola_completa.png", "pattern", 208, 319, 4, 12, 8, 12.5, 0, -12.5]
["https://upload.wikimedia.org/wikipedia/commons/e/e0/Baraja_espa%C3%B1ola_completa.png", "pattern", 208, 319, 4, 12, 8, 12.5, 0, 0]
]
},
group : "cards",
fps : 1,
on_click : (i, sprite) => {
sprite.rotation += 10;
console.log(sprite.i);
}
}
].forEach(item => {
kanvas.map.push(item);
});
with(kanvas.map[1]){
align = "left";
baseline = "top";
};
// setTimeout(() => {
// console.log(kanvas.map[0].childs[0]);
// }, 2000);
kanvas.on_ready.add(() => {
kanvas.thread_add(() => {
if(kanvas.map[0].status & Kanvas.LOADED){
kanvas.map[0].rotation += kanvas.delta * v;
kanvas.map[0].childs[0].status == Kanvas.LOADED && (kanvas.map[0].childs[0].rotation += kanvas.delta * v);
};
kanvas.map[3].status & Kanvas.LOADED && (kanvas.map[3].rotation += kanvas.delta * v);
kanvas.map[4].status & Kanvas.LOADED && (kanvas.map[4].text = kanvas.real_frames_per_second.toFixed(2) + " FPS");
kanvas.map[6].childs[0].status & Kanvas.LOADED && (kanvas.map[6].childs[0].rotation += kanvas.delta * v);
// kanvas.map[4].status & Kanvas.LOADED && (kanvas.map[4].text = kanvas.difference);
}, {
bucle : true
});
kanvas.threads_add(() => kanvas.map[1].text = kanvas.get_real_fps().toFixed(2));
// setInterval(() => {
// console.log([kanvas.difference, kanvas.delta]);
// kanvas.frames_per_second = kanvas.frames_per_second ? 0 : 60;
// }, 5000);
kanvas.on_screen_change.add(() => {
console.log("PASA");
with(kanvas.map[1]){
x = -kanvas.cells_x;
y = -kanvas.cells_y;
};
});
// kanvas.on_key_down.add((...parameters) => console.log(parameters));
// kanvas.on_mouse_move.add((...parameters) => console.log(parameters), 0, 0, 3);
}
});
</script>

51
Public/test/shadow.html Normal file
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@ -0,0 +1,51 @@
<canvas id="mainCanvas" width="800" height="600"></canvas>
<script>
const mainCanvas = document.getElementById("mainCanvas");
const mainCtx = mainCanvas.getContext("2d");
// Crear un canvas temporal para la forma base
function createBaseShapeCanvas(width, height, drawShapeCallback) {
const tempCanvas = document.createElement("canvas");
tempCanvas.width = width;
tempCanvas.height = height;
const tempCtx = tempCanvas.getContext("2d");
drawShapeCallback(tempCtx); // Dibujar la forma en el canvas temporal
return tempCanvas;
}
// Dibujar la forma base con diferentes configuraciones de sombra
function drawShapesWithShadows(baseCanvas) {
const shadows = [
{ shadowColor: "rgba(0, 0, 0, 0.5)", shadowBlur: 10, x: 50, y: 50 },
{ shadowColor: "rgba(255, 0, 0, 0.5)", shadowBlur: 20, x: 50, y: 50 },
{ shadowColor: "rgba(0, 0, 255, 0.7)", shadowBlur: 15, x: 50, y: 50 },
];
shadows.forEach(({ shadowColor, shadowBlur, x, y }, i) => {
mainCtx.save(); // Guardar estado actual del contexto principal
mainCtx.shadowColor = shadowColor;
mainCtx.shadowBlur = shadowBlur;
mainCtx.shadowOffsetX = i * 10 - 10; // Opcional: ajustar según el efecto deseado
mainCtx.shadowOffsetY = i * 10 - 10;
// Dibujar la forma base con la sombra configurada
mainCtx.drawImage(baseCanvas, x, y);
mainCtx.restore(); // Restaurar estado para evitar que las sombras se mezclen
});
}
// Crear la forma base
const baseShapeCanvas = createBaseShapeCanvas(100, 100, (ctx) => {
ctx.fillStyle = "green";
ctx.beginPath();
ctx.arc(50, 50, 50, 0, Math.PI * 2); // Un círculo
ctx.fill();
});
// Dibujar la forma base con diferentes sombras
drawShapesWithShadows(baseShapeCanvas);
</script>

20
Public/test/x.html Normal file
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@ -0,0 +1,20 @@
<canvas id="mainCanvas"></canvas>
<script>
function x(){
const body = document.querySelector("body"),
canvas = document.querySelector("canvas"),
context = canvas.getContext("2d");
canvas.setAttribute("width", body.offsetWidth);
canvas.setAttribute("height", body.offsetHeight);
context.clearRect(0, 0, body.offsetWidth, body.offsetHeight);
requestAnimationFrame(x);
};
requestAnimationFrame(x);
</script>

18
Public/test/y.html Normal file
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@ -0,0 +1,18 @@
<script>
// function cosa(){
// console.log("PASA");
// requestAnimationFrame(cosa);
// };
// requestAnimationFrame(cosa);
console.log("Primero");
setTimeout(() => {
console.log("Segundo (callback de setTimeout)");
}, 0);
console.log("Tercero");
</script>

18
Python/Application/Kanvas.py Normal file
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@ -0,0 +1,18 @@
#!/usr/bin/env python
# -*- coding: utf-8 -*-
from Abstracts.AnPMap import AnP
from Abstracts.Applications import ApplicationsAbstract
from typing import Any, Optional
from os.path import abspath as path_absolute
from os.path import dirname as directory_name
class Kanvas(ApplicationsAbstract):
def __init__(self, anp:AnP, inputs:Optional[dict[str, Any|None]|tuple|list] = None) -> None:
super().__init__(anp, "kanvas", anp.path.get_parent(path_absolute(directory_name(__file__))), {
**anp.get_dictionary(inputs),
"kanvas_default_settings_files" : "/JSON/Kanvas.py.settings.json",
"kanvas_controllers" : {},
"kanvas_resources" : ("logo", "charset", "link", "git")
})

3
Tools/sass.sh Executable file
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@ -0,0 +1,3 @@
#!/bin/bash
directory=`dirname $(readlink -f "$0")`
sass $directory/../Public/scss/Kanvas.scss ../Public/scss/Kanvas.css;

1
version Normal file
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@ -0,0 +1 @@
0.0.4.1