binary-equalab 2.0.0

Advanced Algebra & Calculus CLI Tool

Binary EquaLab CLI

"Las matemáticas también sienten, pero estas no se equivocan."

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🚀 Installation

pip install binary-equalab

Or from source:

cd binary-cli
pip install -e .\n```\n\n### 📱 Termux (Android)\n\nLa instalación en Termux nativo requiere compilar algunas dependencias (NumPy/SymPy).\n\n```bash\n# 1. Instalar compiladores y librerías del sistema\npkg update\npkg install python clang make pkg-config libjpeg-turbo freetype libpng\n\n# 2. Instalar Binary EquaLab\npip install binary-equalab\n```

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🐚 Universal Shell Setup

Binary EquaLab incluye un configurador mágico para tu terminal. Instala temas, fuentes y plugins automáticamente.

# Ejecutar configurador
binary setup-shell
# O directamente:
python -m binary_equalab.cli setup-shell

Soporta:

• Windows: Oh My Posh + Nerd Fonts.
• Termux: Zsh + Oh My Zsh + Autosuggestions.
• Linux: Recomendaciones de Starship.

🚀 Uso del CLI

REPL Mode

binary-math

Binary EquaLab CLI v1.0.0
>>> derivar(x^2 + 3x, x)
→ 2*x + 3

>>> integrar(sin(x), x)
→ -cos(x)

>>> factorial(5)
→ 120

>>> van(0.10, -1000, 300, 400, 500)
→ 78.82

One-liner Mode

binary-math "derivar(x^3, x)"
# Output: 3*x^2

binary-math "factorial(10)"
# Output: 3628800

binary-math "0b1010 + 0b0101"
# Output: 15

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🔢 Functions

Calculus

Function	Example	Result
derivar(f, x)	derivar(x^2, x)	2*x
integrar(f, x)	integrar(sin(x), x)	-cos(x)
limite(f, x, a)	limite(sin(x)/x, x, 0)	1
sumatoria(f, n, a, b)	sumatoria(n^2, n, 1, 10)	385

Algebra

Function	Example	Result
simplificar(f)	simplificar((x^2-1)/(x-1))	x+1
expandir(f)	expandir((x+1)^2)	x^2+2*x+1
factorizar(f)	factorizar(x^2-1)	(x-1)*(x+1)
resolver(f, x)	resolver(x^2-4, x)	[-2, 2]

Statistics

Function	Example
media(...)	media(1, 2, 3, 4, 5) → 3
mediana(...)	mediana(1, 2, 3, 4, 5) → 3
desviacion(...)	Standard deviation
varianza(...)	Variance

Finance

Function	Example
van(r, cf0, cf1, ...)	van(0.10, -1000, 300, 400)
tir(cf0, cf1, ...)	tir(-1000, 300, 400, 500)
depreciar(cost, res, years)	depreciar(10000, 1000, 5)
interes_simple(c, r, t)	interes_simple(1000, 0.05, 3)
interes_compuesto(c, r, n, t)	interes_compuesto(1000, 0.05, 12, 3)

Number Systems

0b1010    → 10   (binary)
0xFF      → 255  (hexadecimal)
0o17      → 15   (octal)

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🥚 Easter Eggs

Try these:

• 1+1
• (-1)*(-1)
• 0b101010

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🛠️ Development

cd binary-cli
pip install -e ".[dev]"
pytest

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MIT © Malexnnn/ Aldra ORG.