General information on 3D modeling and rendering

Differences between Artlantis Render (still images) and Artlantis Studio (Panoramas, animations and virtual tours

Discover the tools, manage the inspector
Navigate the interface
Import documents from third-party modeling software (AuotCAD, Revit, Archicad, SketchUp, etc.)
Know how to use plug-ins for Revit, ArchiCAD, Rhinoceros or Vectorworks
Example documents exported from Revit or Archicad to Artlantis
Use the .ifc format (Industry Foundation Classes Data

Workshop: Import an AutoCAD (.dwg / .dxf) or SketchUp (.skp) document

Use and manage layers
Create different points of view
Use parallel views: straighten verticals
Use perspective, insertion or panorama views
Configure your scene correctly

Workshop: organize and stage the project

Discover the Artlantis catalog
Import and place objects from its libraries

Workshop: staging 3D objects in the scene

Use the library
Create a material
Create a texture
Import shaders

Workshop: create and use realistic materials

Create lighting
Use an IES native lighting
profile Create your lighting profile
Use manufacturer profiles
Use and manage « Heliodons »: dates, times, places …
Use and manage « Neon Shaders »

Adapt lighting: the white balance

Use the « white model » mode
Use the « Ambient Occlusion »

Workshop: creating and using natural and artificial lighting

Use Adaptive Antialiasing
Optimize your rendering settings

Workshop: define the rendering parameters according to the desired result

Improve the quality and / or correct the image after the rendering calculation
Manage the brightness, contrasts and colorimetry of the image
Give a « tone » to your image
Apply effects (colorimetric atmosphere, photo grain, vignetting, etc. )

Workshop: finalizing the scene, optimizing light and color

For web use
For mobile devices

Use the « Render Manager »
Distribute the rendering calculation over several computers in a local network

Presentation of « Artlantis Render Farm »

Workshop: example of distribution of the rendering calculation of a project