Double precision support for all fundamental geometry classes (PShape, PVector ...)

Relevant sub-area for this feature?

Core/Environment/Rendering

Feature description

When using PShape and PVector calculations alongside with native Path2D.Double objects (using various conversions) there are obvious, randomly appeared but systematic rendering artifacts - rounding errors (same result when using same parameter values) upon all kinds of calculations, transformations etc. With all that CPU processing power around, I guess there is no practical reason of not adding Double coordinate support for all classes without braking compatibility with existing projects.

Benefits

Use PShape and PVector classes alongside with other classes that support natively double precision coordinates like Path2D without precision errors. Future proof Processing projects.

Possible challenges

I do not have a clue what might be the impact in codebase. I guess there should be a compatibility code care for all existing projects and default will be Float.

Additional context

An Article about the precision artifacts: https://blog.generativedarkroom.com/why-i-switched-from-processing-to-openrndr-b50c931d21ae

Start by reviewing the PShape and PVector classes and comparing their coordinate and calculation paths with native Path2D.Double objects. Determine the scope of double-precision support across the fundamental geometry classes and how existing float-based projects would remain compatible; done requires an agreed design and consistent precision behavior without the reported rendering artifacts.