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SplineOps

  • Installation
  • Five-minute quickstart
  • Volume downsampling
  • User guide
  • Resize
    • Spline Interpolation
    • Reusable workflow recipes
    • Examples
    • Performance evidence
    • Project status and evidence
    • Backend support contract
    • Affine
    • Adaptive Regression Splines
    • Smoothing Splines
    • Differentials
    • Multiscale
    • Method and source provenance
    • Development roadmap
    • Progress so far
    • Stability-soak workflows
    • Affine and Differentials graduation audits
    • Internal numerical contracts
    • API Reference
  • Installation
  • Five-minute quickstart
  • Volume downsampling
  • User guide
  • Resize
  • Spline Interpolation
  • Reusable workflow recipes
  • Examples
  • Performance evidence
  • Project status and evidence
  • Backend support contract
  • Affine
  • Adaptive Regression Splines
  • Smoothing Splines
  • Differentials
  • Multiscale
  • Method and source provenance
  • Development roadmap
  • Progress so far
  • Stability-soak workflows
  • Affine and Differentials graduation audits
  • Internal numerical contracts
  • API Reference

Section Navigation

  • Spline Interpolation Examples
    • Class TensorSpline
    • Spline Bases
    • Extension Modes
    • Interpolate 1D Samples
    • Resample a 1D Spline
    • Compare Different Splines
  • Resize Examples
    • Resize Module 1D
    • Resize Module 2D
    • Standard Interpolation
    • Antialiasing
    • How Bad Aliasing Can Be
    • Benchmarking
    • Benchmarking Plot
    • Benchmarking Animation
  • Affine Examples
    • Rotate Image
    • Rotation Animation
  • Adaptive Regression Splines Examples
    • Adaptive Regression Splines Module
    • Lambda Sweep Animation
  • Smoothing Splines Examples
    • 1D Fractional Brownian Motion
    • 2D Image Smoothing
    • 3D Volume Smoothing
    • Recursive Smoothing Spline
  • Differentials Examples
    • Differentials Module
  • Multiscale Examples
    • Pyramid Decomposition
    • Wavelet Decomposition
  • End-to-end workflows
    • Persist one frame and evaluate several affine geometries
    • Warp a volume and write selected differential features
  • Examples
  • End-to-end workflows

End-to-end workflows#

These examples combine independent SplineOps modules in realistic pipelines. They demonstrate explicit reuse and buffer contracts without merging the modules or hiding their mathematical boundaries.

Persist one frame and evaluate several affine geometries

Persist one frame and evaluate several affine geometries

Warp a volume and write selected differential features

Warp a volume and write selected differential features

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Wavelet Decomposition

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Persist one frame and evaluate several affine geometries

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