Welcome to the Cinematic Sora Video Prompts tutorial! This guide is meticulously crafted to empower creators, filmmakers, and content enthusiasts to harness the full potential of Sora, an advanced AI-powered video generation tool.
By transforming textual descriptions into dynamic, visually compelling video content, Sora bridges the gap between imagination and reality, enabling the creation of professional-grade cinematic experiences without the need for extensive technical expertise.
| import React, { Component, PropTypes } from 'react' | |
| import { G, Line, Path, Rect, Text } from 'react-native-svg' | |
| import * as d3scale from 'd3-scale' | |
| import { dateToShortString } from '../utils' | |
| export default class Axis extends Component { | |
| static propTypes = { | |
| width: PropTypes.number.isRequired, | |
| ticks: PropTypes.number.isRequired, | |
| x: PropTypes.number, |
| import React, { Component, PropTypes } from 'react' | |
| import { G, Line, Text } from 'react-native-svg' | |
| import * as d3scale from 'd3-scale' | |
| export default class Axis extends Component { | |
| static propTypes = { | |
| width: PropTypes.number.isRequired, | |
| ticks: PropTypes.number.isRequired, | |
| x: PropTypes.number, | |
| y: PropTypes.number, |
Sometimes you want to have a subdirectory on the master branch be the root directory of a repository’s gh-pages branch. This is useful for things like sites developed with Yeoman, or if you have a Jekyll site contained in the master branch alongside the rest of your code.
For the sake of this example, let’s pretend the subfolder containing your site is named dist.
Remove the dist directory from the project’s .gitignore file (it’s ignored by default by Yeoman).
| /* | |
| This code takes a 2D transformation matrix described as a one-dimensional array | |
| (in column order, top to bottom and left to right) and decomposes it using the dojo | |
| matrix library. This input matrix should produce a 45-deg X skew: | |
| 1 1 0 | |
| 0 1 0 | |
| 0 0 1 | |
| The output of decompose() looks like this: |
| function getStyle(el, styleProp) { | |
| var value, defaultView = el.ownerDocument.defaultView; | |
| // W3C standard way: | |
| if (defaultView && defaultView.getComputedStyle) { | |
| // sanitize property name to css notation (hypen separated words eg. font-Size) | |
| styleProp = styleProp.replace(/([A-Z])/g, "-$1").toLowerCase(); | |
| return defaultView.getComputedStyle(el, null).getPropertyValue(styleProp); | |
| } else if (el.currentStyle) { // IE | |
| // sanitize property name to camelCase | |
| styleProp = styleProp.replace(/\-(\w)/g, function(str, letter) { |
Pure SASS-adaption of Lea Verou's contrast-ratio javascript. Can be useful when eg. generating colored buttons from a single supplied color as you can then check which out of a couple of text colors would give the best contrast.
This script currently lacks the support for alpha-transparency that Lea supports in her script though.
In addition to the color-contrast adaption there's also some math methods that were needed to be able to calculate the exponent of a number and especially so when the exponent is a decimal number. A 2.4 exponent is used to calculate the luminance of a color and calculating such a thing is not something that SASS supports out of the box and not something I found a good pure-SASS script for calculating and I much prefer pure-SASS over ruby extensions. The math methods might perhaps be unecessary though if you're running Compass or similar as they may provide compatible math methods themselves.
Normal usage: `color: pick_best_color(#f00