Symbolic Algebra MCP Server

Args: expr_key: The key of the expression (previously introduced) to simplify. unit_system: Optional unit system (from UnitSystem enum). Not used with direct simplify method. The following units are available by default: SI base units: meter, second, kilogram, ampere, kelvin, mole, candela Length: kilometer, millimeter Mass: gram Energy: joule Force: newton Pressure: pascal Power: watt Electric: coulomb, volt, ohm, farad, henry Constants: speed_of_light, gravitational_constant, planck Example: # Simplify force expressed in base units expr_key = introduce_expression("kilogram*meter/second**2") result = quantity_simplify_units(expr_key) # Returns newton (as N = kg·m/s²) # Simplify a complex expression with mixed units expr_key = introduce_expression("joule/(kilogram*meter**2/second**2)") result = quantity_simplify_units(expr_key) # Returns a dimensionless quantity (1) # Simplify electrical power expression expr_key = introduce_expression("volt*ampere") result = quantity_simplify_units(expr_key) # Returns watt Example with Speed of Light: # Introduce the speed of light c_key = introduce_expression("speed_of_light") # Convert to kilometers per hour km_per_hour_key = convert_to_units(c_key, ["kilometer", "1/hour"]) # Simplify to get the numerical value simplified_key = quantity_simplify_units(km_per_hour_key) # Print the result print_latex_expression(simplified_key) # Shows the numeric value of speed of light in km/h Returns: A key for the simplified expression, or an error message.

{ "$defs": { "UnitSystem": { "enum": [ "MKS", "MKSA", "natural", "SI", "cgs" ], "title": "UnitSystem", "type": "string" } }, "properties": { "expr_key": { "title": "Expr Key", "type": "string" }, "unit_system": { "anyOf": [ { "$ref": "#/$defs/UnitSystem" }, { "type": "null" } ], "default": null } }, "required": [ "expr_key" ], "title": "quantity_simplify_unitsArguments", "type": "object" }