ig:gfx:model-configuration-and-parameters
Differences
This shows you the differences between two versions of the page.
| Both sides previous revisionPrevious revision | |||
| ig:gfx:model-configuration-and-parameters [2025/10/29 13:26] – [Introduction Paths] ig_ii | ig:gfx:model-configuration-and-parameters [2025/10/29 13:27] (current) – [Introduction Paths] ig_ii | ||
|---|---|---|---|
| Line 5: | Line 5: | ||
| ==== Introduction Paths ==== | ==== Introduction Paths ==== | ||
| - | (AUTO GENERATED )This section explains how 2D paths, used as profiles in 3D modeling, are defined and parsed. Paths are typically specified using **SVG** (Scalable Vector Graphics) commands, which describe movements, lines, and curves to form complex shapes. These paths are converted into a structured **JSON format** to be used programmatically within the IG.Model.Processor software. | + | This section explains how 2D paths, used as profiles in 3D modeling, are defined and parsed. Paths are typically specified using **SVG** (Scalable Vector Graphics) commands, which describe movements, lines, and curves to form complex shapes. These paths are converted into a structured **JSON format** to be used programmatically within the IG.Model.Processor software. |
| Understanding SVG path commands is essential because the software interprets these commands to generate precise geometry. The following subsections detail the key SVG commands supported, their usage, and how they translate into the custom JSON format. | Understanding SVG path commands is essential because the software interprets these commands to generate precise geometry. The following subsections detail the key SVG commands supported, their usage, and how they translate into the custom JSON format. | ||
ig/gfx/model-configuration-and-parameters.1761740814.txt.gz · Last modified: 2025/10/29 13:26 by ig_ii
