deformationfor

deformationfor is a term encountered in computational geometry and computer graphics, primarily as a parameter or keyword within deformation algorithms that govern how a digital surface or volumetric mesh should be altered in response to external forces or constraints. Although the name is occasionally seen in the code of physics engines and animation software, it is not a standardized API component and thus its specific meaning can vary between developers and projects.

In many implementations, deformationfor refers to a scalar value that determines the extent of influence a deformation field has on a target mesh. Larger values usually produce smoother, more gradual transformations, while smaller values confine changes to a tighter region, creating more localized distortion. The parameter is often passed to functions such as SkinningDeform, MeshDeform, or PhysicsDeform, which apply a weighted blend of deformation vectors computed from skinning weights, boundary constraints, or spring-damper simulations. In this context, deformationfor can be adjusted in real time to achieve a desired visual effect, such as gradual bending of a character's limb or subtle displacement of terrain under an earthquake simulation.

Because the term is informal, best practices advise documenting it clearly within any codebase, specifying units (often dimensionless), and defining its relationship to other deformation-related parameters such as stiffness, damping, and displacement limits. Where possible, developers should consider using more explicit names (e.g., deformationAmount, deformationWeight) to improve readability, unless the term is widely understood within their specific community or toolchain.