Ecosyste.ms: Awesome

An open API service indexing awesome lists of open source software.

Awesome Lists | Featured Topics | Projects

https://github.com/jeffdecola/my-latex-renders

A place to keep all my figures, equations and graphs in LaTex .tex files.
https://github.com/jeffdecola/my-latex-renders

amsmath circuitikz latex latex-math-mode pgfplots tex-files tikz

Last synced: about 2 months ago
JSON representation

A place to keep all my figures, equations and graphs in LaTex .tex files.

Host: GitHub
URL: https://github.com/jeffdecola/my-latex-renders
Owner: JeffDeCola
License: mit
Created: 2019-05-12T09:29:46.000Z (over 5 years ago)
Default Branch: master
Last Pushed: 2023-07-10T07:35:00.000Z (over 1 year ago)
Last Synced: 2024-10-05T22:02:47.795Z (4 months ago)
Topics: amsmath, circuitikz, latex, latex-math-mode, pgfplots, tex-files, tikz
Language: TeX
Homepage:
Size: 1.59 MB
Stars: 2
Watchers: 3
Forks: 0
Open Issues: 0
Metadata Files:
- Readme: README.md
- License: LICENSE

Awesome Lists containing this project

README

        # MY LaTeX RENDERS

[![codeclimate Issue Count](https://codeclimate.com/github/JeffDeCola/my-latex-renders/badges/issue_count.svg)](https://codeclimate.com/github/JeffDeCola/my-latex-renders/issues)

[![License](https://img.shields.io/:license-mit-blue.svg)](https://jeffdecola.mit-license.org)

[![jeffdecola.com](https://img.shields.io/badge/website-jeffdecola.com-blue)](https://jeffdecola.com)

_A place to keep all my figures, equations

and graphs in LaTex `.tex` files.

I use these figures in other repos._

Table of Contents

* [MATHEMATICS - APPLIED](https://github.com/JeffDeCola/my-latex-renders#mathematics---applied)

  * [ELECTRICAL ENGINEERING](https://github.com/JeffDeCola/my-latex-renders#electrical-engineering)

* [MATHEMATICS - PURE](https://github.com/JeffDeCola/my-latex-renders#mathematics---pure)

  * [CHANGES](https://github.com/JeffDeCola/my-latex-renders#changes)

  * [FOUNDATIONS](https://github.com/JeffDeCola/my-latex-renders#foundations)

  * [NUMBER SYSTEMS](https://github.com/JeffDeCola/my-latex-renders#number-systems)

  * [SPACES](https://github.com/JeffDeCola/my-latex-renders#spaces)

  * [STRUCTURES](https://github.com/JeffDeCola/my-latex-renders#structures)

* [SCIENCE - EARTH & SPACE SCIENCE](https://github.com/JeffDeCola/my-latex-renders#science---earth--space-science)

  * [ASTRONOMY](https://github.com/JeffDeCola/my-latex-renders#astronomy)

* [SCIENCE - PHYSICAL SCIENCE](https://github.com/JeffDeCola/my-latex-renders#science---physical-science)

  * [PHYSICS](https://github.com/JeffDeCola/my-latex-renders#physics)

Documentation and Reference

* My

  [LaTeX cheat sheet](https://github.com/JeffDeCola/my-cheat-sheets/tree/master/software/development/languages/latex-cheat-sheet)

* To find your LaTeX version and what packages you have installed use

  my script in

  [/find-latex-versions](https://github.com/JeffDeCola/my-latex-renders/tree/master/find-latex-versions).

* This repos

  [github webpage](https://jeffdecola.github.io/my-latex-renders/)

  _built with

  [concourse](https://github.com/JeffDeCola/my-latex-renders/blob/master/ci-README.md)_

## MATHEMATICS - APPLIED

### ELECTRICAL ENGINEERING

* COMBINATIONAL LOGIC

  * GATES

    * [and](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/and)

    * [nand](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/nand)

    * [nor](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/nor)

    * [not](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/not)

    * [or](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/or)

    * [xor](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/xor)

    * [combinational-logic-example1](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/combinational-logic-example1)

    * [combinational-logic-example2](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/combinational-logic-example2)

  * DECODERS & ENCODERS

    * [encoder-8-3](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/encoder-8-3)

    * [decoder-3-8](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/decoder-3-8)

    * [encoder-to-decoder](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/encoder-to-decoder)

  * MULTIPLEXERS & DEMULTIPLEXERS

    * [mux-4x1](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/mux-4x1)

    * [demux-1x4](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/demux-1x4)

    * [mux-to-demux](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/mux-to-demux)

    * [74x151-multiplexer](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/74x151-multiplexer)

    * [74x157-quad-multiplexer](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/74x157-quad-multiplexer)

    * [half-adder](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/half-adder)

    * [full-adder](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/combinational-logic/full-adder)

* SEQUENTIAL LOGIC

  * [sr-latch](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/sr-latch)

  * [sr-flip-flop](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/sr-flip-flop)

  * [jk-flip-flop](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/jk-flip-flop)

  * [jk-flip-flop-pulse-triggered](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/jk-flip-flop-pulse-triggered)

  * [jk-flip-flop-pos-edge-sync-clear](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/jk-flip-flop-pos-edge-sync-clear)

  * [t-flip-flop](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/t-flip-flop)

  * [d-flip-flop](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/d-flip-flop)

  * [d-flip-flop-pulse-triggered](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/d-flip-flop-pulse-triggered)

  * [d-flip-flop-pos-edge-sync-en](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/d-flip-flop-pos-edge-sync-en)

  * [priority-arbiter](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/applied/electrical-engineering/sequential-logic/priority-arbiter)

## MATHEMATICS - PURE

### CHANGES

* CALCULUS

  * [example](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/changes/calculus/example)

### FOUNDATIONS

* MATHEMATICS LOGIC

  * [example](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/foundations/mathematics-logic/example)

### NUMBER SYSTEMS

* PRIME NUMBERS

  * [example](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/number-systems/prime-numbers/example)

### SPACES

* GEOMETRY

  * [3d-coordinate-plane-on-a-sphere](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/spaces/geometry/3d-coordinate-plane-on-a-sphere)

  * [a-second-3d-coordinate-plane-on-a-sphere](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/spaces/geometry/a-second-3d-coordinate-plane-on-a-sphere)

### STRUCTURES

* ALGEBRA

  * [coordinate-plane](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/structures/algebra/coordinate-plane) _The coordinate plane (2D Number plane) with plot_ 

  * [f-of-x-equals-2x](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/structures/algebra/f-of-x-equals-2x) 

  * [f-of-x-equals-minus-1-over-3-times-x-minus-3](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/structures/algebra/f-of-x-equals-minus-1-over-3-times-x-minus-3) 

  * [f-of-x-equals-sqrt-x](https://github.com/JeffDeCola/my-latex-renders/tree/master/mathematics/pure/structures/algebra/f-of-x-equals-sqrt-x) 

## SCIENCE - EARTH & SPACE SCIENCE

### ASTRONOMY

* [celestial-sphere](https://github.com/JeffDeCola/my-latex-renders/tree/master/science/earth-and-space-science/astronomy/celestial-sphere)

## SCIENCE - PHYSICAL SCIENCE

### PHYSICS

* [e-equals-mc-squared](https://github.com/JeffDeCola/my-latex-renders/tree/master/science/physical-science/physics/e-equals-mc-squared)