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AppliedStatisticsForNeuroscience

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384cd816aacb8ecc86c91cb64e3ad7e277f3903e

specifies matplotlib version to last verified correct version

ccharlesfrye committed 5 years ago
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14a253c81845ca3f0e857f6d112e99a40401944a

Fixes 3d axis aspect bug in matplotlib>=3.1

ccharlesfrye committed 5 years ago
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99ce3c85387cfeec2564bc5fbe287602920571ed

correctly performs to_student on 9b977bd as promised by d9d5f080

ccharlesfrye committed 6 years ago
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ef6835f2508f047f5d1e337a50ad9e02beb1a42e

corrects answer regex to include case with no quotes

ccharlesfrye committed 6 years ago
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d9d5f080037a8d363dbe4720b682b351c029ead4

to_student for 9b977bd

ccharlesfrye committed 6 years ago
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9b977bd386e4e65abf3a7cc6bdc4afc662354964

#69 and #70 for 12

ccharlesfrye committed 6 years ago

README

The README file for this repository.

Applied Statistics For Neuroscience

This repository contains materials for the UC Berkeley course Neuroscience 299, Applied Statistics for Neuroscientists.

The course is divided into three parts: setup and review, statistical testing, and statistical modeling. Within a part, materials are organized into folders that correspond to weeks of the semester. These folders contain Jupyter notebooks that serve as tutorial material and labs for the course. Tutorials should be completed before labs.

The course can be completed either totally online or on your own machine. Completing the course online means you don't have to install anything locally, but it means you'll have a harder time saving your work.

Though technically this course does not assume you have any background in computing or Python, it's highly recommended that you get familiar with the basics before starting. I recommend Codecademy's Python course up through section 8.

Local Version

To run this class locally, i.e. on your own computer, start by downloading the materials. Click the green "Clone or Download" button and choose "Download ZIP". Unzip the resulting file into the location of your choosing.

Follow the instructions here. You'll need to install an appropriate computational environment, as described in the installation instructions. The notebooks in Part 00 - Setup and Review/00 - Setup will get you acquainted with the Jupyter notebook format, Python, and the statistical libraries used in this course.

Online Version - Binder

Alternatively, you can run the notebooks in this course on the cloud via the service binder by clicking the badge below.

Binder

This will create a Jupyter notebook server on a remote computer, then give you access to it via your web browser. This avoids you having to install anything on your machine. Any changes you make to the notebooks will not be saved, however, so this is better suited for quickly checking out just a single section or reading through the solutions.