Linked from

The 18 pages that link to Spatial frequency, each with the reason it gives.

• FrequencyCompared with: Unlike ordinary frequency, it counts repetition across space rather than time.

• Spatial resolutionRelated: Fine features correspond to higher spatial frequencies, which systems transfer less effectively.

• JPEGRelated: JPEG’s transform separates smooth structures from fine detail that can be compressed more aggressively.

• Diffraction gratingRelated: A grating’s spatial frequency is the reciprocal of its period and sets angular dispersion.

• Aperture synthesisRelated: Baselines sample spatial frequencies that correspond to structure at different angular scales.

• Image resolutionRelated: Resolution limits the finest patterns an image can represent.

• Optical resolutionRelated: Resolution can be expressed as the highest spatial frequency an imaging system reproduces.

• Op artRelated: Dense stripes and grids can produce flicker-like sensations by engaging different spatial frequencies.

• WavenumberNarrower topic: Wavenumber is a standard way to quantify spatial frequency.

• Chroma subsamplingRelated: Fine spatial detail is where reduced chroma resolution can become visible.

• Fourier opticsBroader topic: Fourier optics describes optical fields as distributions of these spatial variations.

• Optical mixingRelated: Fine color patterns blend when their spatial frequency exceeds the eye’s resolving ability.

• Peripheral visionRelated: Peripheral vision is less effective at resolving high spatial frequencies.

• Abbe diffraction limitRelated: Abbe’s account treats fine specimen detail as high spatial-frequency structure.

• Moiré patternRelated: The difference between two spatial frequencies sets the spacing of the broad moiré bands.

• Wave vectorNarrower topic: Wave vector magnitude is the angular form of spatial frequency.

• Bridget RileyRelated: Changes in stripe spacing help account for the intensity and apparent movement of her patterns.

• High resolutionBroader topic: Fine spatial detail corresponds to high-frequency patterns.