Crate use_electricity 

use-electricity

Electricity-specific scalar helpers for RustUse.

Install

[dependencies]
use-electricity = "0.0.1"

Foundation

use-electricity provides small helpers for charge, current, voltage, resistance, conductance, electrical power, electrical energy, Coulomb force, and simple series or parallel resistance calculations.

Inputs are expected to be SI-style numeric values:

• coulombs for charge
• amperes for current
• seconds for time
• volts for voltage
• ohms for resistance
• siemens for conductance
• watts for power
• joules for energy
• meters for distance
• newtons for force

The crate does not define a full unit system. More general units and constants belong in the top-level use-units and use-constants sets.

Example

use use_electricity::{ElectricalLoad, power_from_voltage_current, voltage};

assert_eq!(voltage(2.0, 5.0), Some(10.0));
assert_eq!(power_from_voltage_current(10.0, 2.0), Some(20.0));

let load = ElectricalLoad::new(10.0, 5.0).expect("valid load");
assert_eq!(load.power(), Some(20.0));

When to use directly

Choose use-electricity when you need reusable scalar electricity formulas without bringing in a broader circuit or unit system.

Scope

• APIs stay f64-first and deliberately small.
• Circuit analysis is intentionally minimal and limited to simple scalar helpers.
• Broader constants, waveform modeling, signal processing, and measurement systems are out of scope.

Status

use-electricity is a pre-1.0 crate with a deliberately small API. Electricity-specific scalar helpers.

Modules

prelude

Structs

ElectricalLoad

A simple electrical load described by voltage and resistance.

Constants

COULOMB_CONSTANT

Coulomb’s constant for electrostatic force calculations.

Functions

charge_from_current_time

Computes electric charge from current and elapsed time.

conductance

Computes conductance from resistance.

coulomb_force

Computes electrostatic force using Coulomb’s law.

current

Computes current from voltage and resistance using Ohm’s law.

current_from_charge_time

Computes current from electric charge and elapsed time.

energy_from_power_time

Computes electrical energy from power and elapsed time.

energy_from_voltage_charge

Computes electrical energy from voltage and charge.

parallel_resistance

Computes the total resistance for resistors in parallel.

power_from_current_resistance

Computes electrical power from current and resistance.

power_from_voltage_current

Computes electrical power from voltage and current.

power_from_voltage_resistance

Computes electrical power from voltage and resistance.

resistance

Computes resistance from voltage and current using Ohm’s law.

resistance_from_conductance

Computes resistance from conductance.

series_resistance

Computes the total resistance for resistors in series.

voltage

Computes voltage from current and resistance using Ohm’s law.