Recreate the true live broadcasting environment and accurately present the movement trajectory of various stage mechanical devices, characters, and camera positions through animation, to achieve switching of live broadcasting images from any camera position; the switching commands for the broadcasting camera can be added to the timeline for automatic switching of the broadcasting images.

The equipment can be quickly replicated with specified spacing, direction, and quantity, and arranged in circular or formation layouts for convenient and rapid setup.

Calculate the illuminance of the model surface based on the brightness lumens of the projector equipment. The illuminance can be compared with the color chart, or directly obtained at the mouse pointer position. Provides accurate light path occlusion testing and geometric distortion testing for projection customers.

Displays the coverage range of the sound field and provides effective sound simulation effects for on-site layout, enhancing the sense of realism.

Manages and edits various stage equipment and devices according to DMX fixture library, providing multiple presentation options for stage design and simplifying the editing process for easy management .

Simulates visual effects such as rain, snow, stage flames, and stage fireworks.

Adds a sky background for more realistic outdoor event pre-visualizations.

The animation editing function can realize the editing and display of various animation effects such as characters, stage mechanical devices, and light shows, perfectly demonstrating the entire process of the real on-site activities.

Multiple parameter templates for preset scenes can be used to achieve flexible switching.

Real-time tracking of moving objects by projection and lighting can be completed, and real-time rendering of dynamic projection images and automatic tracking of cameras (AR) can achieved.

Overlay media containing transparent channels onto the camera-captured image to present a more diverse broadcast effect.

Support adding DMX Fixture in the scene, independently editing the Fixture library, and quickly matching the address codes of the added fixtures to complete the pre-pre-visualization of the lighting show. It can be combined with the imported scene model for pre-visualization and accurately control the overall lighting effects of the venue.

Accurate time control, powerful equipment editing, and media arrangement that can set the display scene of each media on different display devices in different time periods.

Control commands such as "play", "pause", "jump", and "stop" can be added to the timeline to achieve a diverse range of program playback effects.

Contains various editing features (modifying RGB, color keying, adjusting blending modes, fade in/out, etc.), and supports media copy and paste on the timeline.

Powerful rendering engine for real-time high-performance 2D/3D graphics rendering, supporting OpenGL and DirectX. It supports almost all video formats available today.

Save the project pre-visualization effect as a video through offline rendering, and set parameters such as resolution, frame ratefor exported videos

Support for importing 3D models (*.obj, *.skp, *.3ds, *.fbx) and mapping videos to model surfaces based on UV unwrapping. It also supports 3D preview and viewing.

Simulate the real projection light path to understand the occlusion relationship between people or objects and the light path in advance during the design stage. This serves as the feasibility basis for design solutions and mitigates design risks.

Simulate the real projection light path and screen distortion, accurately measure the illumination and occlusion of the projector in the actual environment, and easily complete the light path design and 3D mapping of various complex models using multiple built-in projector parameters. Through 4-6 point adjustment, the software can real-time reverse calculate the projector position, orientation, and output image, greatly improving the efficiency of multi-person collaborative.

The software supports various mapping modes (parallel mapping, perspective mapping, data mapping), and can directly map the video image to the display device or Projection surfa according to user requirements, making it easy to achieve user demands.

Support for decoding videos and images with unlimited resolution (4K, 8K, and higher), and achieve point-to-point display for any resolution LED display or projection surface.

Automatic blending of projection based on camera feedback quickly resolves the blending of regular models such as flat, curved, and spherical screens. It automatically corrects projector color difference, adjusts blending edge brightness, and aligns geometric distortion.