ngx-color-picker vs react-color vs vue-color
Color Picker Components for Angular, React, and Vue
ngx-color-pickerreact-colorvue-colorSimilar Packages:

Color Picker Components for Angular, React, and Vue

ngx-color-picker, react-color, and vue-color are UI component libraries that provide color selection interfaces for their respective frontend frameworks. These packages enable developers to integrate interactive color pickers into forms, design tools, theme editors, and other applications where users need to choose or manipulate colors. Each is built specifically for its ecosystem — Angular, React, or Vue — and follows framework-specific patterns for state management, event handling, and styling.

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Color Pickers Compared: ngx-color-picker vs react-color vs vue-color

Choosing the right color picker isn’t just about aesthetics — it’s about how well the component fits your framework’s data flow, change detection, and developer ergonomics. Let’s compare these three framework-specific solutions in real-world engineering contexts.

🧩 Framework Integration: How Each Package Talks to Your App

ngx-color-picker is built as an Angular directive and component, using @Input(), @Output(), and ControlValueAccessor to plug into Angular’s forms system.

// Angular: Reactive Forms + Two-way binding
@Component({
  template: `
    <input [(colorPicker)]="color" [cpOutputFormat]="'hex'" />
    <div [style.background-color]="color"></div>
  `
})
export class ColorComponent {
  color = '#ff0000';
}

It supports both template-driven ([(ngModel)]) and reactive forms (formControlName), and emits events like colorPickerChange for fine-grained control.

react-color exposes React components that follow standard React patterns — props for configuration, callbacks for updates, and optional internal state.

// React: Controlled component
import { ChromePicker } from 'react-color';

function ColorPicker() {
  const [color, setColor] = useState('#fff');
  return (
    <ChromePicker
      color={color}
      onChange={(newColor) => setColor(newColor.hex)}
    />
  );
}

Components like SketchPicker, HuePicker, and BlockPicker are standalone and composable. You decide whether to manage color state externally (controlled) or let the picker handle it (uncontrolled via defaultColor).

vue-color provides Vue single-file components that use v-model for two-way binding, consistent with Vue 2 conventions.

<!-- Vue 2: v-model integration -->
<template>
  <div>
    <chrome-picker v-model="colors" />
    <div :style="{ backgroundColor: colors.hex }"></div>
  </div>
</template>

<script>
import { Chrome } from 'vue-color';
export default {
  components: { 'chrome-picker': Chrome },
  data() {
    return { colors: { hex: '#194d33' } };
  }
};
</script>

Note: The package expects an object with hex, rgb, or hsl properties, not just a string. Also, vue-color has no official Vue 3 support — its last major update targets Vue 2, and using it in Vue 3 requires workarounds like createApp().use(Vue2Compatibility) or community forks.

🎨 Supported Color Formats and Customization

All three support common formats (HEX, RGB, HSL), but differ in flexibility.

ngx-color-picker lets you specify output format globally or per instance:

<input [(colorPicker)]="color" [cpOutputFormat]="'rgba'" />

It also supports alpha transparency and can toggle UI elements like the hue slider or preview box via inputs like [cpUseRootViewContainer] or [cpPresetColors].

react-color returns a consistent color object regardless of picker type:

// onChange gives you:
{
  hex: '#fff',
  rgb: { r: 255, g: 255, b: 255, a: 1 },
  hsl: { h: 0, s: 0, l: 100, a: 1 }
}

You extract the format you need (e.g., color.hex). Customization is done via props like disableAlpha, presetColors, or by composing sub-components (e.g., using Hue and Saturation separately).

vue-color mirrors react-color’s API closely (it was originally a port), so it also returns a full color object:

// v-model binds to:
{ hex: '#194d33', rgb: { r: 25, g: 77, b: 51, a: 1 }, ... }

But customization options are more limited — you can’t easily hide individual sliders or swap layout components without forking.

⚙️ Event Handling and Change Detection

ngx-color-picker emits multiple granular events:

  • colorPickerSelect: final confirmed color
  • colorPickerChange: live updates while dragging
  • colorPickerCancel: when user cancels

This aligns with Angular’s emphasis on explicit event streams and works well with RxJS if needed.

onColorChange(color: string) { /* live preview */ }
onColorSelect(color: string) { /* commit to state */ }

react-color uses two main callbacks:

  • onChange: fires continuously during interaction
  • onChangeComplete: fires once when user releases mouse
<ChromePicker
  onChange={(color) => livePreview(color.hex)}
  onChangeComplete={(color) => saveFinalColor(color.hex)}
/>

This matches React’s typical pattern of separating “draft” and “committed” states.

vue-color only provides v-model (which updates continuously) and a @change event that behaves like onChangeComplete:

<chrome-picker v-model="color" @change="onColorChosen" />

But there’s no built-in way to get live drag updates without watching the model, which may trigger excessive re-renders in complex apps.

🧪 Maintenance and Framework Compatibility

  • ngx-color-picker: Actively maintained, supports Angular v14+ (as of 2023), and publishes Ivy-compatible builds. No deprecation notices.
  • react-color: Widely used, stable API, and compatible with React 16–18. Still maintained, though updates are infrequent due to maturity.
  • vue-color: Not recommended for new Vue 3 projects. The official npm package and GitHub repo show no Vue 3 support, and the last meaningful update was in 2020. For Vue 3, consider alternatives like primevue/colorpicker or element-plus’s color picker.

🔁 Real-World Usage Scenarios

Scenario: Theme Editor in a Design Tool

You need live preview, alpha support, and Photoshop-like UI.

  • React: Use react-color’s PhotoshopPicker.
  • Angular: Use ngx-color-picker with [cpDialogDisplay]="'popup'" and custom presets.
  • Vue: Avoid vue-color in Vue 3; use a different library.

Scenario: Simple Brand Color Selector in a CMS

Just need HEX input with a popup picker.

  • All three work, but ngx-color-picker and react-color offer cleaner integration with form validation.

Scenario: Mobile-Optimized Inline Picker

Need compact, touch-friendly UI without modals.

  • react-color’s CompactPicker or Swatches work well.
  • ngx-color-picker supports inline mode via [cpPosition]="'inline'".
  • vue-color has inline variants but lacks responsive tuning options.

📊 Summary Table

Featurengx-color-pickerreact-colorvue-color
FrameworkAngularReactVue 2 only
Vue 3 SupportN/AN/A❌ No
Two-way Binding[(colorPicker)]✅ Controlled propsv-model
Live + Final Events✅ Separate eventsonChange / onChangeComplete⚠️ Only v-model + @change
Alpha Support
Custom Layout⚠️ Limited via inputs✅ Compose sub-components❌ Minimal
Maintenance Status✅ Active✅ Stable⚠️ Dormant (Vue 2 only)

💡 Final Recommendation

  • Angular teams: ngx-color-picker is your best bet — it’s idiomatic, well-maintained, and deeply integrated.
  • React teams: react-color remains the gold standard for flexibility and UI fidelity.
  • Vue teams: If you’re on Vue 2, vue-color works fine. But if you’re on Vue 3, look elsewhere — this package is effectively deprecated for modern Vue.

Don’t force cross-framework components. A color picker might seem simple, but the devil’s in the details: change detection timing, event granularity, and framework lifecycle alignment matter more than you’d think in production apps.

How to Choose: ngx-color-picker vs react-color vs vue-color

  • ngx-color-picker:

    Choose ngx-color-picker if you're building an Angular application and need a native, well-integrated color picker that supports reactive forms, two-way binding via [(ngModel)], and Angular's change detection strategy. It’s ideal when you require features like alpha channel support, format switching (HEX, RGB, HSL), and minimal external dependencies within the Angular ecosystem.

  • react-color:

    Choose react-color if you're working in a React project and want a mature, flexible set of color picker components with strong customization options. It provides multiple picker variants (Chrome, Sketch, Photoshop-style) out of the box and uses React’s uncontrolled or controlled component patterns effectively. Best suited for apps needing pixel-perfect UI replication of popular design tool interfaces.

  • vue-color:

    Choose vue-color if you're developing a Vue 2 application and need a straightforward, component-based color picker that aligns with Vue’s reactivity model. It offers familiar picker styles and integrates cleanly with v-model. However, note that it is not actively maintained for Vue 3, so avoid it in new Vue 3 projects unless you’re willing to manage compatibility layers or fork maintenance.

README for ngx-color-picker

Angular Color Picker

npm version

This is a simple color picker based on the cool angular2-color-picker by Alberplz.

This documentation is for the latest 5/6.x.x version which requires Angular 5 or newer. For Angular 4 you need to use the latest 4.x.x version. Documentation for the 4.x.x can be found from here.

Quick links

Example application | StackBlitz example

Building the library

npm install
npm run build

Running the example

npm install
npm run start

Installing and usage

npm install ngx-color-picker --save
Load the module for your app:
import { ColorPickerModule } from 'ngx-color-picker';

@NgModule({
  ...
  imports: [
    ...
    ColorPickerModule
  ]
})
Use it in your HTML template:
<input [(colorPicker)]="color" [style.background]="color"/>
[colorPicker]                // The color to show in the color picker dialog.

[cpWidth]                    // Use this option to set color picker dialog width ('230px').
[cpHeight]                   // Use this option to force color picker dialog height ('auto').

[cpToggle]                   // Sets the default open / close state of the color picker (false).
[cpDisabled]                 // Disables opening of the color picker dialog via toggle / events.

[cpColorMode]                // Dialog color mode: 'color', 'grayscale', 'presets' ('color').

[cpCmykEnabled]              // Enables CMYK input format and color change event (false).

[cpOutputFormat]             // Output color format: 'auto', 'hex', 'rgba', 'hsla' ('auto').
[cpAlphaChannel]             // Alpha mode: 'enabled', 'disabled', 'always', 'forced' ('enabled').

[cpFallbackColor]            // Used when the color is not well-formed or is undefined ('#000').

[cpPosition]                 // Dialog position: 'auto', 'top', 'bottom', 'left', 'right',
                             //  'top-left', 'top-right', 'bottom-left', 'bottom-right' ('auto').
[cpPositionOffset]           // Dialog offset percentage relative to the directive element (0%).
[cpPositionRelativeToArrow]  // Dialog position is calculated relative to dialog arrow (false).

[cpPresetLabel]              // Label text for the preset colors if any provided ('Preset colors').
[cpPresetColors]             // Array of preset colors to show in the color picker dialog ([]).

[cpDisableInput]             // Disables / hides the color input field from the dialog (false).

[cpDialogDisplay]            // Dialog positioning mode: 'popup', 'inline' ('popup').
                             //   popup: dialog is shown as popup (fixed positioning).
                             //   inline: dialog is shown permanently (static positioning).

[cpIgnoredElements]          // Array of HTML elements that will be ignored when clicked ([]).

[cpSaveClickOutside]         // Save currently selected color when user clicks outside (true).
[cpCloseClickOutside]        // Close the color picker dialog when user clicks outside (true).

[cpOKButton]                 // Show an OK / Apply button which saves the color (false).
[cpOKButtonText]             // Button label text shown inside the OK / Apply button ('OK').
[cpOKButtonClass]            // Additional class for customizing the OK / Apply button ('').

[cpCancelButton]             // Show a Cancel / Reset button which resets the color (false).
[cpCancelButtonText]         // Button label text shown inside the Cancel / Reset button ('Cancel').
[cpCancelButtonClass]        // Additional class for customizing the Cancel / Reset button ('').

[cpAddColorButton]           // Show an Add Color button which add the color into preset (false).
[cpAddColorButtonText]       // Button label text shown inside the Add Color button ('Add color').
[cpAddColorButtonClass]      // Additional class for customizing the Add Color button ('').

[cpRemoveColorButtonClass]   // Additional class for customizing the Remove Color button ('').

[cpPresetColorsClass]        // Additional class for customizing the Preset Colors container ('').

[cpMaxPresetColorsLength]    // Use this option to set the max colors allowed in presets (null).

[cpPresetEmptyMessage]       // Message for empty colors if any provided used ('No colors added').
[cpPresetEmptyMessageClass]  // Additional class for customizing the empty colors message ('').

[cpUseRootViewContainer]     // Create dialog component in the root view container (false).
                             // Note: The root component needs to have public viewContainerRef.

(colorPickerOpen)            // Current color value, send when dialog is opened (value: string).
(colorPickerClose)           // Current color value, send when dialog is closed (value: string).

(colorPickerChange)          // Changed color value, send when color is changed (value: string).
(colorPickerCancel)          // Color select canceled, send when Cancel button is pressed (void).
(colorPickerSelect)          // Selected color value, send when OK button is pressed (value: string).

(cpToggleChange)             // Status of the dialog, send when dialog is opened / closed (open: boolean).

(cpInputChange)              // Input name and its value, send when user changes color through inputs
                             // ({input: string, value: number | string, color: string})

(cpSliderChange)             // Slider name and its value, send when user changes color through slider
                             //   ({slider: string, value: number | string, color: string})
(cpSliderDragStart)          // Slider name and current color, send when slider dragging starts (mousedown,touchstart)
                             //   ({slider: string, color: string})
(cpSliderDragEnd)            // Slider name and current color, send when slider dragging ends (mouseup,touchend)
                             //   ({slider: string, color: string})

(cpCmykColorChange)          // Outputs the color as CMYK string if CMYK is enabled (value: string).

(cpPresetColorsChange)       // Preset colors, send when 'Add Color' button is pressed (value: array).
Available control / helper functions (provided by the directive):
openDialog()                 // Opens the color picker dialog if not already open.
closeDialog()                // Closes the color picker dialog if not already closed.