Convert IES to PXP

Understanding IES and PXP file formats

IES files are photometric data files created by the Illuminating Engineering Society. They contain standardized information about the light distribution of a luminaire, used in lighting design software to simulate real-world lighting scenarios. PXP files, on the other hand, are typically associated with Pixera, a media server and show control software, where PXP files store project data, including media, timelines, and configurations.

Why convert IES to PXP?

Converting an IES file to a PXP file is not a standard or direct conversion, as these formats serve very different purposes. However, in some advanced lighting and media integration workflows, you may want to import photometric data (IES) into a Pixera project (PXP) to simulate or visualize lighting effects within a multimedia show environment.

How to convert IES to PXP

There is no direct, automated converter for IES to PXP due to their fundamentally different structures. The process typically involves:

• Importing the IES file into a 3D lighting or visualization software that supports IES photometric data (such as Autodesk 3ds Max or Dialux).
• Rendering or exporting the lighting simulation as a video or image sequence.
• Importing the resulting media into Pixera and saving the project as a PXP file.

Recommended software for the workflow

• Autodesk 3ds Max: Import IES files and simulate lighting.
• Dialux: Free lighting design software supporting IES files.
• Pixera: Import rendered media and save as PXP via File → Save Project.

Step-by-step conversion process

1. Open your IES file in 3ds Max or Dialux.
2. Simulate the lighting and render the output as a video or image sequence.
3. Launch Pixera and create a new project.
4. Import the rendered media into Pixera using File → Import Media.
5. Arrange your media and settings as needed, then save your project as a PXP file using File → Save Project.

Conclusion

While there is no direct IES to PXP file converter, you can integrate IES photometric data into a Pixera project by rendering the lighting simulation and importing it as media. This workflow is ideal for multimedia shows requiring accurate lighting visualization.