User Video Control
Camera control component with device selection and video preview
The UserVideoControl component provides a comprehensive camera control interface that includes camera toggle functionality, device selection, and optional video preview. It integrates with the Pipecat Client SDK to automatically manage camera state and device selection.
import { UserVideoControl } from "@pipecat-ai/voice-ui-kit";
<UserVideoControl
isCamEnabled={true}
/>You must call initDevices on the client before using the component.
| Prop | Type | Default |
|---|---|---|
variant? | "primary" | "secondary" | "outline" | "destructive" | "ghost" | "link" | "active" | "inactive" | "outline" |
size? | "sm" | "md" | "lg" | "xl" | "md" |
state? | "default" | "active" | "inactive" | undefined |
buttonProps? | Partial<ButtonProps> | undefined |
classNames? | { container?: string; video?: string; buttongroup?: string; button?: string; dropdownMenuTrigger?: string; dropdownMenuContent?: string; dropdownMenuCheckboxItem?: string; videoOffContainer?: string; videoOffText?: string; activeText?: string; inactiveText?: string; } | undefined |
dropdownButtonProps? | Partial<ButtonProps> | undefined |
deviceDropDownProps? | Partial<DeviceDropDownComponentProps> | undefined |
noDevicePicker? | boolean | false |
noVideo? | boolean | false |
videoProps? | Partial<PipecatClientVideoProps> | undefined |
noVideoText? | string | null | "Video disabled" |
noIcon? | boolean | false |
activeText? | string | undefined |
inactiveText? | string | undefined |
children? | React.ReactNode | undefined |
UserVideoComponent
The UserVideoComponent is the headless variant that accepts all camera state and callbacks as props. This allows you to use it with any framework or state management solution.
import { UserVideoComponent } from "@pipecat-ai/voice-ui-kit";
// Example with mock data
const mockCams = [
{ deviceId: "cam1", label: "Built-in Camera" },
{ deviceId: "cam2", label: "External USB Camera" },
];
function Demo() {
const [isCamEnabled, setIsCamEnabled] = React.useState(false);
const [selectedCam, setSelectedCam] = React.useState(mockCams[0]);
return (
<UserVideoComponent
isCamEnabled={isCamEnabled}
onClick={() => setIsCamEnabled(!isCamEnabled)}
availableCams={mockCams}
selectedCam={selectedCam}
updateCam={(deviceId) => {
const cam = mockCams.find(c => c.deviceId === deviceId);
if (cam) setSelectedCam(cam);
}}
activeText="Camera is on"
inactiveText="Click to start"
/>
);
}
render(<Demo />);| Prop | Type | Default |
|---|---|---|
onClick? | () => void | undefined |
isCamEnabled? | boolean | false |
availableCams? | MediaDeviceInfo[] | undefined |
selectedCam? | OptionalMediaDeviceInfo | undefined |
updateCam? | (deviceId: string) => void | undefined |
variant? | "primary" | "secondary" | "outline" | "destructive" | "ghost" | "link" | "active" | "inactive" | "outline" |
size? | "sm" | "md" | "lg" | "xl" | "md" |
state? | "default" | "active" | "inactive" | undefined |
buttonProps? | Partial<ButtonProps> | undefined |
classNames? | { container?: string; video?: string; buttongroup?: string; button?: string; dropdownMenuTrigger?: string; dropdownMenuContent?: string; dropdownMenuCheckboxItem?: string; videoOffContainer?: string; videoOffText?: string; activeText?: string; inactiveText?: string; } | undefined |
dropdownButtonProps? | Partial<ButtonProps> | undefined |
deviceDropDownProps? | Partial<DeviceDropDownComponentProps> | undefined |
noDevicePicker? | boolean | false |
noVideo? | boolean | false |
videoProps? | Partial<PipecatClientVideoProps> | undefined |
noVideoText? | string | null | "Video disabled" |
noIcon? | boolean | false |
activeText? | string | undefined |
inactiveText? | string | undefined |
children? | React.ReactNode | undefined |
Integration
The connected UserVideoControl component uses several hooks from the Pipecat Client React SDK:
usePipecatClientMediaDevicesfor device managementusePipecatClientTransportStatefor connection statePipecatClientCamTogglefor camera control
This means it must be used within a PipecatClientProvider context to function properly.
The component will automatically:
- Fetch available camera devices
- Display the currently selected camera
- Handle device selection changes
- Manage camera enable/disable state
- Show appropriate loading states during connection setup
- Update the Pipecat Client's camera configuration
Visual States
The component displays different visual states based on the camera status:
- Inactive: Shows camera off icon with inactive styling and placeholder text
- Active: Shows camera on icon with active styling and video preview
- Loading: Shows loading spinner during connection setup
- Disabled: Shows disabled state when video is not available
Device Management
The component includes a dropdown menu for device selection that:
- Lists all available camera devices
- Shows the currently selected device
- Allows switching between devices
- Can be hidden with the
noDevicePickerprop - Integrates with the
DeviceDropDowncomponent
Video Preview
The component can display a live video preview when the camera is enabled:
- Shows the local camera feed using
PipecatClientVideo - Automatically adjusts container size based on camera state
- Can be hidden with the
noVideoprop - Supports custom styling through
videoProps - Displays placeholder text when camera is off or disabled