Tired of the endless data maintenance demands driven by the rapid LED product cycle? Ask yourself: how frequently does your organization dedicate countless hours to editing IES photometric files due to evolving LED or electronic components? Are you keeping pace with product modifications? Are your photometric files accurately adjusted for output changes? Consistently updating keywords and renaming files? The burden of this ongoing data maintenance can be overwhelming!
Introducing the solution: a powerful visual photometric tool.
The visual photometric tool offers comprehensive batch editing and factoring functionalities. This includes the ability to apply scaling factors to candela values or directly adjust lumen output and wattage to reflect changes in LED performance or electronic components. To ensure data cleanliness, the tool also allows for the batch rounding of candela data. Furthermore, managing essential metadata is simplified through powerful keyword management features, enabling users to update, add, or remove keywords across multiple files, including the automated updating of critical IES-related keywords like the issue date. The integrated filename builder provides a mechanism for automatically modifying filenames based on user-defined rules, promoting consistency and simplifying file identification. Additionally, the ability to clone files and apply different factors or naming conventions offers flexibility for creating variations of product data within this visual photometric tool.
Beyond basic editing, this visual photometric tool facilitates crucial data conversion. It can seamlessly convert photometric data between absolute and relative formats, as well as between different goniometer types, specifically Type C and Type B. For manufacturers operating in global markets, the tool also provides the capability to convert luminous dimensions between Imperial and metric units.
For enhanced analysis and reporting, this visual photometric tool allows users to analyze and export data. Files can be easily sorted based on calculated metrics or keywords, and the resulting data can be exported to common spreadsheet formats for further in-depth analysis and reporting. Efficient file management is also a key characteristic, enabling users to organize and maintain large photometric file libraries by offering options to save changes to a duplicate folder structure or overwrite existing files. The user interface of this visual photometric tool is designed for optimal productivity, often featuring a multi-dialog layout that can be arranged across multiple monitors, maximizing workspace and data visibility for the user.