The Interactive Video Player is a library designed to help developers quickly build interactive video experiences. It allows users to seamlessly stitch together multiple video clips into a cohesive, dynamic experience. Whether you're creating an interactive story, tutorial, or game, the Interactive Video Player enables you to craft engaging and immersive experiences with ease. Key Features: Seamless Video Transitions: The Interactive Video Player ensures smooth transitions between video clips, preventing flickering or white screens, and delivering uninterrupted viewing for users. Automatic Poster Generation: To avoid disruptions, the library can automatically generate high-quality posters from the first frame of each video, ensuring no blank screens during transitions. Internet Speed Detection: The player can detect the user’s internet speed and automatically adjust video quality to optimize playback, reducing buffering. Cross-Browser Compatibility: The player works across all modern browsers (Chrome, Firefox, Safari, Edge), ensuring a consistent experience for users on different devices and platforms. Interactive Flow Controls: Create branching narratives, tutorials, or interactive games by defining different flows, allowing users to navigate through them. Stories We're Fixing Fast and Easy Creation of Interactive Animations and Games from Video Clips Traditionally, creating interactive animations or games from multiple video clips is complex and time-consuming. The Interactive Video Player simplifies this process, enabling you to easily create dynamic experiences by stitching together clips in minutes. No need to worry about complex coding and setup—simply upload your videos, define the order, and the player will handle the transitions, making it easier than ever to build interactive content. Cross-Browser Support for Seamless Playback A major challenge with interactive videos is ensuring compatibility across different browsers. Video playback can behave inconsistently across browsers, causing bugs and issues. This library eliminates those concerns by ensuring smooth playback in all major browsers, so your audience can enjoy a seamless experience no matter which browser they use. Understanding the Configuration Structure The configuration structure of the Interactive Video Player is designed to make it easy to define and manage video flows. It uses a simple JSON format, allowing you to create different video sequences, specify the order, and add features like video posters and looping functionality. This configuration supports branching storylines or game paths, allowing users to jump between flows or return to previous ones. Here’s an example: { "host": "https://example.com/static", "testSpeed": "https://example.com/static/test_video.mp4", "startFlow": "INTRO", "VIDEO": { "INTRO": [ { "order": 1, "link": "https://example.com/static/intro_video.mp4", "link_low": "https://example.com/static/intro_video_low.mp4", "poster": "assets/posters/intro_poster.jpg" }, { "order": 2, "link": "https://example.com/static/game_start_video.mp4", "link_low": "https://example.com/static/game_start_video_low.mp4", "poster": "assets/posters/game_start_poster.jpg", "loop": false } ], "GAME_PLAY": [ { "order": 1, "link": "https://example.com/static/game_play_video.mp4", "link_low": "https://example.com/static/game_play_video_low.mp4", "poster": "assets/posters/game_play_poster.jpg", "loop": true }, { "order": 2, "link": "https://example.com/static/game_over_video.mp4", "link_low": "https://example.com/static/game_over_video_low.mp4", "poster": "assets/posters/game_over_poster.jpg" } ], "END_SCENE": [ { "order": 1, "link": "https://example.com/static/end_video.mp4", "link_low": "https://example.com/static/end_video_low.mp4", "poster": "assets/posters/end_video_poster.jpg" } ] } } Key Elements of the Configuration: host: The base URL for accessing video files and assets. testSpeed: A sample video used to test internet speed and adjust video quality accordingly. startFlow: Defines the initial flow of the interactive video (e.g., "INTRO"). Video Flows: order: The sequence in which videos should play within the flow. link: The URL to the main video file. link_low: The URL to a lower-quality version of the video for slower internet connections. poster: The URL to the poster image representing the video. loop: A boolean indicating whether the video should loop after it finishes (e.g., in the "GAME_PLAY" flow, the game play video is set to loop until a certain condition is met). How It Works: This configuration enables multiple video flows with distinct sequences of clips. Here’s how it operates: Starting Flow: When the player starts, it will play the INTRO flow, showing the first video (intro_video.mp4), followed by the next video (game_start_video.mp4). Switching Flows: After the INTRO flow, the player switches to the GAME_PLAY flow. This flow includes videos like game_play_video.mp4, which loops continuously (until a user action or condition triggers a change). If the user reaches the end, they may move to the END_SCENE, where the final video (end_video.mp4) plays. Branching Logic: You can define additional flows (e.g., FLOW_1, FLOW_2) to create complex branching narratives or interactive game mechanics. Benefits: Easy to Modify: You can add or remove videos in a flow without altering the structure. Simply update the video objects in each flow. Multiple Flows: Each flow can represent a different part of your interactive experience, such as storylines, game levels, or alternate endings. Cross-Browser Support: The player ensures that videos are accessible across browsers, adjusting video quality based on the user’s internet speed for smooth playback. Customization: The ability to specify a low-quality version of the video for slower connections makes the experience highly customizable for users with varying internet speeds. In conclusion, the Interactive Video Player provides a powerful, user-friendly solution for creating seamless and engaging interactive video experiences. By eliminating common issues like flickering during transitions and offering robust features such as automatic poster generation, cross-browser compatibility, and customizable video flows, this open-source JavaScript library simplifies the creation of dynamic content—whether for interactive storytelling, tutorials, or games. I’d love to hear your thoughts and feedback on how this tool can be further improved. Feel free to share your ideas or ask any questions — I'm here to help and support your development journey! Github: https://github.com/fix2015/interactive-video-player The Interactive Video Player is a library designed to help developers quickly build interactive video experiences. It allows users to seamlessly stitch together multiple video clips into a cohesive, dynamic experience. Whether you're creating an interactive story, tutorial, or game, the Interactive Video Player enables you to craft engaging and immersive experiences with ease. Key Features: Seamless Video Transitions: The Interactive Video Player ensures smooth transitions between video clips, preventing flickering or white screens, and delivering uninterrupted viewing for users. Automatic Poster Generation: To avoid disruptions, the library can automatically generate high-quality posters from the first frame of each video, ensuring no blank screens during transitions. Internet Speed Detection: The player can detect the user’s internet speed and automatically adjust video quality to optimize playback, reducing buffering. Cross-Browser Compatibility: The player works across all modern browsers (Chrome, Firefox, Safari, Edge), ensuring a consistent experience for users on different devices and platforms. Interactive Flow Controls: Create branching narratives, tutorials, or interactive games by defining different flows, allowing users to navigate through them. Stories We're Fixing Seamless Video Transitions: The Interactive Video Player ensures smooth transitions between video clips, preventing flickering or white screens, and delivering uninterrupted viewing for users. Seamless Video Transitions : The Interactive Video Player ensures smooth transitions between video clips, preventing flickering or white screens, and delivering uninterrupted viewing for users. Seamless Video Transitions Automatic Poster Generation: To avoid disruptions, the library can automatically generate high-quality posters from the first frame of each video, ensuring no blank screens during transitions. Automatic Poster Generation : To avoid disruptions, the library can automatically generate high-quality posters from the first frame of each video, ensuring no blank screens during transitions. Automatic Poster Generation Internet Speed Detection: The player can detect the user’s internet speed and automatically adjust video quality to optimize playback, reducing buffering. Internet Speed Detection : The player can detect the user’s internet speed and automatically adjust video quality to optimize playback, reducing buffering. Internet Speed Detection Cross-Browser Compatibility: The player works across all modern browsers (Chrome, Firefox, Safari, Edge), ensuring a consistent experience for users on different devices and platforms. Cross-Browser Compatibility : The player works across all modern browsers (Chrome, Firefox, Safari, Edge), ensuring a consistent experience for users on different devices and platforms. Cross-Browser Compatibility Interactive Flow Controls: Create branching narratives, tutorials, or interactive games by defining different flows, allowing users to navigate through them. Stories We're Fixing Interactive Flow Controls : Create branching narratives, tutorials, or interactive games by defining different flows, allowing users to navigate through them. Interactive Flow Controls Stories We're Fixing Fast and Easy Creation of Interactive Animations and Games from Video Clips Traditionally, creating interactive animations or games from multiple video clips is complex and time-consuming. The Interactive Video Player simplifies this process, enabling you to easily create dynamic experiences by stitching together clips in minutes. No need to worry about complex coding and setup—simply upload your videos, define the order, and the player will handle the transitions, making it easier than ever to build interactive content. Cross-Browser Support for Seamless Playback A major challenge with interactive videos is ensuring compatibility across different browsers. Video playback can behave inconsistently across browsers, causing bugs and issues. This library eliminates those concerns by ensuring smooth playback in all major browsers, so your audience can enjoy a seamless experience no matter which browser they use. Fast and Easy Creation of Interactive Animations and Games from Video Clips Traditionally, creating interactive animations or games from multiple video clips is complex and time-consuming. The Interactive Video Player simplifies this process, enabling you to easily create dynamic experiences by stitching together clips in minutes. No need to worry about complex coding and setup—simply upload your videos, define the order, and the player will handle the transitions, making it easier than ever to build interactive content. Fast and Easy Creation of Interactive Animations and Games from Video Clips Traditionally, creating interactive animations or games from multiple video clips is complex and time-consuming. The Interactive Video Player simplifies this process, enabling you to easily create dynamic experiences by stitching together clips in minutes. No need to worry about complex coding and setup—simply upload your videos, define the order, and the player will handle the transitions, making it easier than ever to build interactive content. Cross-Browser Support for Seamless Playback A major challenge with interactive videos is ensuring compatibility across different browsers. Video playback can behave inconsistently across browsers, causing bugs and issues. This library eliminates those concerns by ensuring smooth playback in all major browsers, so your audience can enjoy a seamless experience no matter which browser they use. Cross-Browser Support for Seamless Playback A major challenge with interactive videos is ensuring compatibility across different browsers. Video playback can behave inconsistently across browsers, causing bugs and issues. This library eliminates those concerns by ensuring smooth playback in all major browsers, so your audience can enjoy a seamless experience no matter which browser they use. Understanding the Configuration Structure The configuration structure of the Interactive Video Player is designed to make it easy to define and manage video flows. It uses a simple JSON format, allowing you to create different video sequences, specify the order, and add features like video posters and looping functionality. This configuration supports branching storylines or game paths, allowing users to jump between flows or return to previous ones. Here’s an example: { "host": "https://example.com/static", "testSpeed": "https://example.com/static/test_video.mp4", "startFlow": "INTRO", "VIDEO": { "INTRO": [ { "order": 1, "link": "https://example.com/static/intro_video.mp4", "link_low": "https://example.com/static/intro_video_low.mp4", "poster": "assets/posters/intro_poster.jpg" }, { "order": 2, "link": "https://example.com/static/game_start_video.mp4", "link_low": "https://example.com/static/game_start_video_low.mp4", "poster": "assets/posters/game_start_poster.jpg", "loop": false } ], "GAME_PLAY": [ { "order": 1, "link": "https://example.com/static/game_play_video.mp4", "link_low": "https://example.com/static/game_play_video_low.mp4", "poster": "assets/posters/game_play_poster.jpg", "loop": true }, { "order": 2, "link": "https://example.com/static/game_over_video.mp4", "link_low": "https://example.com/static/game_over_video_low.mp4", "poster": "assets/posters/game_over_poster.jpg" } ], "END_SCENE": [ { "order": 1, "link": "https://example.com/static/end_video.mp4", "link_low": "https://example.com/static/end_video_low.mp4", "poster": "assets/posters/end_video_poster.jpg" } ] } } { "host": "https://example.com/static", "testSpeed": "https://example.com/static/test_video.mp4", "startFlow": "INTRO", "VIDEO": { "INTRO": [ { "order": 1, "link": "https://example.com/static/intro_video.mp4", "link_low": "https://example.com/static/intro_video_low.mp4", "poster": "assets/posters/intro_poster.jpg" }, { "order": 2, "link": "https://example.com/static/game_start_video.mp4", "link_low": "https://example.com/static/game_start_video_low.mp4", "poster": "assets/posters/game_start_poster.jpg", "loop": false } ], "GAME_PLAY": [ { "order": 1, "link": "https://example.com/static/game_play_video.mp4", "link_low": "https://example.com/static/game_play_video_low.mp4", "poster": "assets/posters/game_play_poster.jpg", "loop": true }, { "order": 2, "link": "https://example.com/static/game_over_video.mp4", "link_low": "https://example.com/static/game_over_video_low.mp4", "poster": "assets/posters/game_over_poster.jpg" } ], "END_SCENE": [ { "order": 1, "link": "https://example.com/static/end_video.mp4", "link_low": "https://example.com/static/end_video_low.mp4", "poster": "assets/posters/end_video_poster.jpg" } ] } } Key Elements of the Configuration: host: The base URL for accessing video files and assets. testSpeed: A sample video used to test internet speed and adjust video quality accordingly. startFlow: Defines the initial flow of the interactive video (e.g., "INTRO"). host : The base URL for accessing video files and assets. host testSpeed : A sample video used to test internet speed and adjust video quality accordingly. testSpeed startFlow : Defines the initial flow of the interactive video (e.g., "INTRO"). startFlow Video Flows: order: The sequence in which videos should play within the flow. link: The URL to the main video file. link_low: The URL to a lower-quality version of the video for slower internet connections. poster: The URL to the poster image representing the video. loop: A boolean indicating whether the video should loop after it finishes (e.g., in the "GAME_PLAY" flow, the game play video is set to loop until a certain condition is met). order : The sequence in which videos should play within the flow. order link : The URL to the main video file. link link_low : The URL to a lower-quality version of the video for slower internet connections. link_low poster : The URL to the poster image representing the video. poster loop : A boolean indicating whether the video should loop after it finishes (e.g., in the "GAME_PLAY" flow, the game play video is set to loop until a certain condition is met). loop How It Works: This configuration enables multiple video flows with distinct sequences of clips. Here’s how it operates: Starting Flow: When the player starts, it will play the INTRO flow, showing the first video (intro_video.mp4), followed by the next video (game_start_video.mp4). Switching Flows: After the INTRO flow, the player switches to the GAME_PLAY flow. This flow includes videos like game_play_video.mp4, which loops continuously (until a user action or condition triggers a change). If the user reaches the end, they may move to the END_SCENE, where the final video (end_video.mp4) plays. Branching Logic: You can define additional flows (e.g., FLOW_1, FLOW_2) to create complex branching narratives or interactive game mechanics. Starting Flow : When the player starts, it will play the INTRO flow, showing the first video ( intro_video.mp4 ), followed by the next video ( game_start_video.mp4 ). Starting Flow intro_video.mp4 game_start_video.mp4 Switching Flows : After the INTRO flow, the player switches to the GAME_PLAY flow. This flow includes videos like game_play_video.mp4 , which loops continuously (until a user action or condition triggers a change). If the user reaches the end, they may move to the END_SCENE, where the final video ( end_video.mp4 ) plays. Switching Flows game_play_video.mp4 end_video.mp4 Branching Logic : You can define additional flows (e.g., FLOW_1 , FLOW_2 ) to create complex branching narratives or interactive game mechanics. Branching Logic FLOW_1 FLOW_2 Benefits: Easy to Modify: You can add or remove videos in a flow without altering the structure. Simply update the video objects in each flow. Multiple Flows: Each flow can represent a different part of your interactive experience, such as storylines, game levels, or alternate endings. Cross-Browser Support: The player ensures that videos are accessible across browsers, adjusting video quality based on the user’s internet speed for smooth playback. Customization: The ability to specify a low-quality version of the video for slower connections makes the experience highly customizable for users with varying internet speeds. Easy to Modify : You can add or remove videos in a flow without altering the structure. Simply update the video objects in each flow. Easy to Modify Multiple Flows : Each flow can represent a different part of your interactive experience, such as storylines, game levels, or alternate endings. Multiple Flows Cross-Browser Support : The player ensures that videos are accessible across browsers, adjusting video quality based on the user’s internet speed for smooth playback. Cross-Browser Support Customization : The ability to specify a low-quality version of the video for slower connections makes the experience highly customizable for users with varying internet speeds. Customization In conclusion, the Interactive Video Player provides a powerful, user-friendly solution for creating seamless and engaging interactive video experiences. By eliminating common issues like flickering during transitions and offering robust features such as automatic poster generation, cross-browser compatibility, and customizable video flows, this open-source JavaScript library simplifies the creation of dynamic content—whether for interactive storytelling, tutorials, or games. I’d love to hear your thoughts and feedback on how this tool can be further improved. Feel free to share your ideas or ask any questions — I'm here to help and support your development journey! Github: https://github.com/fix2015/interactive-video-player Github: https://github.com/fix2015/interactive-video-player
