: Unlike many lighting-only visualizers, Depence R2 excels at multi-disciplinary shows. It handles Stage Lighting , Fountains , Lasers , and Special Effects (VFX) within a single, synchronized environment. The water physics engine is a particular highlight for fountain designers.
For designers looking to master the platform, official video tutorials cover essential operations: Depence - Syncronorm
: The software can simultaneously control and sync multiple elements:
Depence R2 (often referred to as ) is a high-performance multimedia show design and visualization software developed by Syncronorm. It is designed for lighting professionals and event planners to create, simulate, and control complex entertainment projects in a unified real-time 3D environment. The Evolution of Show Design
It is the first engine capable of simultaneously simulating stage lighting, fountains, lasers, video projections, and special effects in real-time.
$$R^2 = 1 - \frac\textSum of Squared Residuals (SSR)\textTotal Sum of Squares (SST)$$
Depence: R2 !!top!!
: Unlike many lighting-only visualizers, Depence R2 excels at multi-disciplinary shows. It handles Stage Lighting , Fountains , Lasers , and Special Effects (VFX) within a single, synchronized environment. The water physics engine is a particular highlight for fountain designers.
For designers looking to master the platform, official video tutorials cover essential operations: Depence - Syncronorm depence r2
: The software can simultaneously control and sync multiple elements: : Unlike many lighting-only visualizers, Depence R2 excels
Depence R2 (often referred to as ) is a high-performance multimedia show design and visualization software developed by Syncronorm. It is designed for lighting professionals and event planners to create, simulate, and control complex entertainment projects in a unified real-time 3D environment. The Evolution of Show Design For designers looking to master the platform, official
It is the first engine capable of simultaneously simulating stage lighting, fountains, lasers, video projections, and special effects in real-time.
$$R^2 = 1 - \frac\textSum of Squared Residuals (SSR)\textTotal Sum of Squares (SST)$$