gaspersic/freeCodeCamp
1
0
Fork 0
Code Issues Pull Requests Projects Releases Wiki Activity

chore(i18n,curriculum): update translations (#43846)

Browse Source
This commit is contained in:
camperbot
2021-10-13 08:28:11 -07:00
committed by GitHub
parent 1da90ebffb
commit 7dc9af5ce5
4 changed files with 33 additions and 15 deletions
Download Patch File Download Diff File Expand all files Collapse all files

28
curriculum/challenges/espanol/04-data-visualization/data-visualization-with-d3/dynamically-change-the-height-of-each-bar.md
View File

@ -1,6 +1,6 @@
---
id: 587d7fa9367417b2b2512bcf
title: Dynamically Change the Height of Each Bar
title: Cambia dinámicamente la altura de cada barra
challengeType: 6
forumTopicId: 301486
dashedName: dynamically-change-the-height-of-each-bar
@ -8,7 +8,7 @@ dashedName: dynamically-change-the-height-of-each-bar
# --description--
The height of each bar can be set to the value of the data point in the array, similar to how the `x` value was set dynamically.
La altura de cada barra puede ser asignada al valor de cada elemento en el arreglo, similar a como el valor de `x` fue asignado dinámicamente.
```js
selection.attr("property", (d, i) => {
@ -16,65 +16,65 @@ selection.attr("property", (d, i) => {
})
```
Here `d` would be the data point value, and `i` would be the index of the data point in the array.
Aquí `d` debe ser el valor del dato asignado, y `i` debe ser el índice del dato en el arreglo.
# --instructions--
Change the callback function for the `height` attribute to return the data value times 3.
Cambiar la función callback para el atributo `height` para devolver el valor multiplicado 3 veces.
**Note:** Remember that multiplying all data points by the same constant scales the data (like zooming in). It helps to see the differences between bar values in this example.
**Nota:** Recuerda que multiplicar todos los datos por la misma constante, escala el componente (similar a hacerle zoom). Ayuda a ver las diferencias entre los valores de las barras en este ejemplo.
# --hints--
The first `rect` should have a `height` of `36`.
El primer `rect` debe tener un `height` de `36`.
```js
assert($('rect').eq(0).attr('height') == '36');
```
The second `rect` should have a `height` of `93`.
El segundo `rect` debe tener un `height` de `93`.
```js
assert($('rect').eq(1).attr('height') == '93');
```
The third `rect` should have a `height` of `66`.
El tercer `rect` debe tener un `height` de `66`.
```js
assert($('rect').eq(2).attr('height') == '66');
```
The fourth `rect` should have a `height` of `51`.
El cuarto `rect` debe tener un `height` de `51`.
```js
assert($('rect').eq(3).attr('height') == '51');
```
The fifth `rect` should have a `height` of `75`.
El quinto `rect` debe tener un `height` de `75`.
```js
assert($('rect').eq(4).attr('height') == '75');
```
The sixth `rect` should have a `height` of `54`.
El sexto `rect` debe tener un `height` de `54`.
```js
assert($('rect').eq(5).attr('height') == '54');
```
The seventh `rect` should have a `height` of `87`.
El séptimo `rect` deber tener un `height` de `87`.
```js
assert($('rect').eq(6).attr('height') == '87');
```
The eighth `rect` should have a `height` of `42`.
El octavo `rect` debe tener un `height` de `42`.
```js
assert($('rect').eq(7).attr('height') == '42');
```
The ninth `rect` should have a `height` of `27`.
El noveno `rect` debe tener un `height` de `27`.
```js
assert($('rect').eq(8).attr('height') == '27');