Dialux Evo 9 【Top ⇒】

Begin by setting up project properties and establishing geographic orientation for daylighting calculations. Import your architectural background files. If using a 2D DWG drawing, scale the drawing accurately before drawing your exterior and interior walls. Phase 2: Room and Space Construction

Previous versions required a separate "Render" mode. Dialux evo 9 integrates a real-time viewport. As you move a luminaire, the shadows and light distribution update instantly. This is not just a visual gimmick; it allows designers to spot dark spots and glare issues immediately without running a full calculation.

Start by creating a new project. You can choose to design a space from scratch, import a 2D CAD file (.dwg/.dxf), or load a 3D BIM model (.ifc). If using a 2D CAD file, you will draw the outer contours of the building and snap walls directly to the drawing lines. Step 2: Defining the Architecture dialux evo 9

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Another key advantage is its massive database. DIALux evo comes with direct access to over 2.5 million luminaires from more than 400 well-known manufacturers, all of which are DIALux Members. This ensures that calculations are based on real photometric data, making results accurate and reliable. Begin by setting up project properties and establishing

The headline feature of DIALux evo 9 is the . While previous versions relied on Radiance for calculations, evo 9 introduced a proprietary, physically based path tracer developed in-house by DIAL.

Simulating lighting in classrooms and studio spaces to maximize productivity and energy savings. Phase 2: Room and Space Construction Previous versions

Using DIALux evo 9 offers significant advantages over manual calculations or simple estimation tools: