Luca Vincenti
I would like to propose a significant enhancement to the dimensioning system: the ability to use mathematical expressions directly within input fields and the implementation of Global Variables (Parameters).
​1. Inline Calculations
​Currently, dimensions require static numerical values. It would be highly efficient to allow basic arithmetic directly in the input field.
Example: Instead of manually calculating the outer diameter of a ring, I could type 34mm + 4 to get 38mm.
​Benefit: This speeds up the workflow and reduces "mental math" errors, especially when working with offsets or wall thicknesses.
​2. Global Variables & Parameters
​The addition of a "Variables Manager" would be a game-changer for iterative design.
​How it works: Users define a variable (e.g., Tolerance = 0.2mm). This variable can then be used in any dimension field instead of a fixed number.
​Use Case (3D Printing): When designing parts that need to fit together, I could use the Tolerance variable for every gap. If the printed part is too tight, I simply update the variable value in one place, and the entire model adjusts automatically.
​Why this is important
​- Efficiency: Eliminates the need to manually hunt down and change dozens of dimensions when a single design requirement changes.
  • ​Accuracy: Ensures consistency across the entire project (e.g., maintaining a uniform wall thickness).
​- Professional Workflow: Moves the app closer to industry-standard parametric modeling, making it much more viable for technical engineering and 3D printing enthusiasts.