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Last updated on Mar 12, 2025
•4 mins read
Last updated on Mar 12, 2025
•4 mins read
Looking to add a smooth range slider to your project?
A well-designed bootstrap range slider can make data selection easy and visually appealing. By using Bootstrap and JavaScript, developers can create sliders with tick marks, custom step intervals, and even logarithmic scales.
This blog breaks down the setup, customization options, and best practices for adding a bootstrap range slider in React.
A well-implemented bootstrap range slider improves user interaction, making data selection seamless and visually appealing. With Bootstrap and JavaScript, developers can create a range slider with tick marks, a custom step interval, and even a logarithmic scale. This guide will explore the integration, customization, and best practices of implementing a bootstrap range slider in React.
A range slider component enhances UI by allowing users to select a slider value within a predefined min and max. Unlike regular input-type range elements, it provides better control over styling, behavior, and interactions.
Key benefits of using a bootstrap range slider:
• Customizable UI: Adjust the slider handle, slider thumb, and border radius for a polished look.
• Improved UX: Provides real-time value change feedback with a custom formatter.
• Flexible Configurations: Supports multiple values, vertical sliders, and RTL mode.
• Interactive Features: Includes high-track segments, low-track, and colored selected regions for better readability.
Before adding a bootstrap range slider, install Bootstrap in the project.
1npm install bootstrap
Import Bootstrap CSS in index.js:
1import "bootstrap/dist/css/bootstrap.min.css";
Now, the project is ready for the bootstrap range slider integration.
A bootstrap range slider relies on an input element of type "range" with additional Bootstrap classes.
1import React, { useState } from "react"; 2 3const BootstrapRangeSlider = () => { 4 const [value, setValue] = useState(50); 5 6 return ( 7 <div className="container"> 8 <label htmlFor="rangeSlider" className="form-label"> 9 Selected Value: {value} 10 </label> 11 <input 12 type="range" 13 className="form-range" 14 id="rangeSlider" 15 min="0" 16 max="100" 17 value={value} 18 onChange={(e) => setValue(e.target.value)} 19 /> 20 </div> 21 ); 22}; 23 24export default BootstrapRangeSlider;
This range slider captures the current value and updates it dynamically.
To style the slider handle and slider thumb, use CSS variables:
1input[type="range"]::-webkit-slider-thumb { 2 background-color: #007bff; 3 border-radius: 50%; 4 width: 20px; 5 height: 20px; 6} 7 8input[type="range"]::-moz-range-thumb { 9 background-color: #007bff; 10 border-radius: 50%; 11 width: 20px; 12 height: 20px; 13}
For a vertical slider, modify CSS:
1.vertical-slider { 2 width: 10px; 3 height: 200px; 4 writing-mode: bt-lr; 5 transform: rotate(270deg); 6}
A logarithmic scale slider allows a non-linear selection of values.
1const logScale = (value) => { 2 return Math.pow(10, value); 3}; 4 5const handleSliderChange = (e) => { 6 const logValue = logScale(e.target.value); 7 setValue(logValue); 8};
Enable RTL mode using CSS:
1input[type="range"] { 2 direction: RTL; 3}
Format the slider value:
1const customFormatter = (value) => `$${value}`;
1const handleValueChange = (event) => { 2 console.log("Value Changed:", event.target.value); 3};
If using jQuery, bind the slide jquery event:
1$("#rangeSlider").on("input", function () { 2 console.log("Slider Value:", $(this).val()); 3});
To remove an existing slider instance, reset the slider element:
1const destroySlider = () => { 2 document.getElementById("rangeSlider").value = 50; 3};
1input[type="range"] { 2 border-radius: 10px; 3 box-shadow: 2px 2px 5px rgba(0, 0, 0, 0.2); 4}
1.high-track { 2 background: #007bff; 3} 4 5.low-track { 6 background: #ddd; 7}
For better visibility, position tooltips manually:
1.tooltip { 2 position: absolute; 3 top: -30px; 4}
1.positioned-slider { 2 position: absolute; 3 left: 50%; 4}
A bootstrap range slider is a valuable addition to modern UI components. With tick marks, a custom step interval, and logarithmic scale, it adapts to various scenarios. Implementing a vertical slider, adjusting slider handle styles, and optimizing RTL mode ensures flexibility in design. Fine-tuning CSS variables, handling value change events, and adjusting box shadow further refine the appearance.
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