src.pydasa.validations.patterns

Regex patterns for validation and parsing in PyDASA.

Contains:

• LaTeX validation patterns

• FDU (Fundamental Dimensional Unit) matching patterns

• Default and working pattern sets for dimensional analysis

Attributes

LATEX_RE	LaTeX regex pattern to match LaTeX symbols (e.g., 'alpha', 'beta_{1}') in PyDASA.
DFLT_POW_RE	Default regex to match FDUs with exponents (e.g., 'M*L^-1*T^-2' to 'M^(1)*L^(-1)*T^(-2)').
PI_COEF_RE	Regex pattern to match dimensionless coefficients in PyDASA (e.g, 'Pi_{1}', 'Pi_{2}').
PI_POW_RE	Regex pattern to match dimensionless coefficients with power operations in PyDASA (e.g., 'Pi_{1}**(-2)').
NUM_CONST_RE	Regex pattern to match numeric constants (e.g., '3.14', '-2.5e3') in PyDASA.
BASIC_OPS_RE	Regex pattern to split expressions by basic operations (, /, ^, +, -) in *PyDASA.
IGNORE_EXPR	Set of LaTeX expressions to ignore during parsing in PyDASA.

Module Contents

src.pydasa.validations.patterns.LATEX_RE: str = '\\\\?[a-zA-Z]+(?:_\\{\\d+\\})?'

LaTeX regex pattern to match LaTeX symbols (e.g., ‘alpha’, ‘beta_{1}’) in PyDASA.

src.pydasa.validations.patterns.DFLT_POW_RE: str = '\\-?\\d+'

Default regex to match FDUs with exponents (e.g., ‘M*L^-1*T^-2’ to ‘M^(1)*L^(-1)*T^(-2)’).

src.pydasa.validations.patterns.PI_COEF_RE: str = '\\\\Pi_\\{\\d+\\}'

Regex pattern to match dimensionless coefficients in PyDASA (e.g, ‘Pi_{1}’, ‘Pi_{2}’).

src.pydasa.validations.patterns.PI_POW_RE: str = '(\\\\Pi_\\{\\d+\\})\\s*\\*\\*\\s*\\(([^)]+)\\)'

Regex pattern to match dimensionless coefficients with power operations in PyDASA (e.g., ‘Pi_{1}**(-2)’).

src.pydasa.validations.patterns.NUM_CONST_RE: str = '^[-+]?\\d*\\.?\\d+(?:[eE][-+]?\\d+)?$'

Regex pattern to match numeric constants (e.g., ‘3.14’, ‘-2.5e3’) in PyDASA.

src.pydasa.validations.patterns.BASIC_OPS_RE = '(\\*|\\/|\\+|\\-|\\^)'

Regex pattern to split expressions by basic operations (, /, ^, +, -) in *PyDASA.

src.pydasa.validations.patterns.IGNORE_EXPR

Set of LaTeX expressions to ignore during parsing in PyDASA.