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AnalyzeRhabdomereMovement
AntialiasingByRandomisation
BiophysicalPhotoreceptorModel
CalibrateLightInput-PhotoreceptorMovement
PanoramicIntensitySeries
SNRAnalysis
SimulateMovementOfRhabdomere
VolterraModelOfPhotoreceptor
LICENCE.txt
README.md

README.md

Microsaccadic_Sampling_Paper

Reference: Juusola et al 2017 ELife

This repository contains various programs used in the article. Specific programs are found in specific folders:

AnalyzeRhabdomereMovement: this folder contains a Matlab script for a cross-correlation image analysis of light-induced R1-R7 rhabdomere movements.

AntialiasingByRandomisation: this folder contains a Python script for demonstrating how ordered spatial sampling causes aliasing while random spatial sampling is anti-aliasing.

BiophysicalPhotoreceptorModel: This folder contains Matlab scripts for a biophysically realistic stochastically operating Drosophila R1-R6 photoreceptor model.

CalibrateLightInput-PhotoreceptorMovement: Folders contains the Matlab code for calculating light input to the photoreceptor models, which include the photoreceptor movement modulation caused by its photomechanically contracting rhabdomere.

PanoramicIntencitySeries: this folder contains a Matlab script for generating light intensity series time series from moving panoramic natural images.

SimulateMovementofRhabdomere: This folder contains a Matlab script for simulating photomechanical rhabdomere movements.

SNRAnalysis: this folder contains a Matlab script calculating signal-to-noise ratio of neural responses to repeated stimulation.

VolterraModelOfPhotoreceptor: this folder contains a Volterra model to simulate photoreceptor responses.

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