# TexParser

# LaTeX Parser

In the reader app, you can read a txt file. You can also read a txt file with LaTeX expression inside of it.

All the symbols you can use are listed here :

Command | Output |  | Command | Output
--- | --- | --- | --- | ---
Math | Expressions |  |  |
`\frac{ab}{cd}` | a b c d \frac{ab}{cd} cdab​ |  | `\sqrt[n]{x}` | x n \sqrt[n]{x} nx ​
Math | Symbols |  |  |
`\times` | × \times × |  | `\div` | ÷ \div ÷
`\forall` | ∀ \forall ∀ |  | `\exists` | ∃ \exists ∃
`\partial` | ∂ \partial ∂ |  | `\pm` | ± \pm ±
`\infty` | ∞ \infty ∞ |  | `\approx` | ≈ \approx ≈
`\neq` | ≠ \neq = |  | `\equiv` | ≡ \equiv ≡
`\leq` | ≤ \leq ≤ |  | `\geq` | ≥ \geq ≥
Simple | Arrows |  | Double | Arrows
`\leftarrow` | ← \leftarrow ← |  | `\Leftarrow` | ⇐ \Leftarrow ⇐
`\rightarrow` | → \rightarrow → |  | `\Rightarrow` | ⇒ \Rightarrow ⇒
`\uparrow` | ↑ \uparrow ↑ |  | `\Uparrow` | ⇑ \Uparrow ⇑
`\downarrow` | ↓ \downarrow ↓ |  | `\Downarrow` | ⇓ \Downarrow ⇓
`\leftrightarrow` | ↔ \leftrightarrow ↔ |  |  |
`\updownarrow` | ↕ \updownarrow ↕ |  |  |
Greek Capital | Letters |  | Greek Small | Letters
`\Alpha` | A \Alpha A |  | `\alpha` | α \alpha α
`\Beta` | B \Beta B |  | `\beta` | β \beta β
`\Gamma` | Γ \Gamma Γ |  | `\gamma` | γ \gamma γ
`\Delta` | Δ \Delta Δ |  | `\delta` | δ \delta δ
`\Epsilon` | E \Epsilon E |  | `\epsilon` | ϵ \epsilon ϵ
`\Zeta` | Z \Zeta Z |  | `\zeta` | ζ \zeta ζ
`\Eta` | H \Eta H |  | `\eta` | η \eta η
`\Theta` | Θ \Theta Θ |  | `\theta` | θ \theta θ
`\Iota` | I \Iota I |  | `\iota` | ι \iota ι
`\Kappa` | K \Kappa K |  | `\kappa` | κ \kappa κ
`\Lambda` | Λ \Lambda Λ |  | `\lambda` | λ \lambda λ
`\Mu` | M \Mu M |  | `\mu` | μ \mu μ
`\Nu` | N \Nu N |  | `\nu` | ν \nu ν
`\Xi` | Ξ \Xi Ξ |  | `\xi` | ξ \xi ξ
`\Omicron` | O \Omicron O |  |  |
`\Pi` | Π \Pi Π |  | `\pi` | π \pi π
`\Rho` | P \Rho P |  | `\rho` | ρ \rho ρ
`\Sigma` | Σ \Sigma Σ |  | `\sigma` | σ \sigma σ
`\Tau` | T \Tau T |  | `\tau` | τ \tau τ
`\Upsilon` | Υ \Upsilon Υ |  | `\upsilon` | υ \upsilon υ
`\Phi` | Φ \Phi Φ |  | `\phi` | ϕ \phi ϕ
`\Chi` | X \Chi X |  | `\chi` | χ \chi χ
`\Psi` | Ψ \Psi Ψ |  | `\psi` | ψ \psi ψ
`\Omega` | Ω \Omega Ω |  | `\omega` | ω \omega ω