export const UNIT_DEFINITIONS: {
    display: string;
    imperial: string;
    metric: string;
    origin: string;
    type: string;
}[];
export namespace IMPERIAL_UNITS {
    let acousticSlowness: string;
    let angle: string;
    let anglePerLength: string;
    let angularVelocity: string;
    let area: string;
    let bitJetSize: string;
    let bitTotalFlowArea: string;
    let chemMassConcentration: string;
    let chemVolumeConcentration: string;
    let concentration: string;
    let current: string;
    let density: string;
    let fluidVelocity: string;
    let force: string;
    let formationDensity: string;
    let gasConcentration: string;
    let gasVolume: string;
    let gasFlowRate: string;
    let gravity: string;
    let gravityRMS: string;
    let inversePressure: string;
    let length: string;
    let lengthPerAngle: string;
    let mass: string;
    let massConcentration: string;
    let massFlowRate: string;
    let massPerLength: string;
    let msePressure: string;
    let oil: string;
    let oilFlowRate: string;
    let permiability: string;
    let porosity: string;
    let power: string;
    let pressure: string;
    let pressureGradient: string;
    let resistivity: string;
    let revolutionPerVolume: string;
    let shortLength: string;
    let speed: string;
    let spontaneousPotential: string;
    let surveyLength: string;
    let temperature: string;
    let time: string;
    let torque: string;
    let velocity: string;
    let voltage: string;
    let volume: string;
    let volumeFlowRate: string;
    let yp: string;
    let proportion: string;
    let strokesRate: string;
    let gammaRadiation: string;
    let unitless: string;
}
export namespace METRIC_UNITS {
    let acousticSlowness_1: string;
    export { acousticSlowness_1 as acousticSlowness };
    let angle_1: string;
    export { angle_1 as angle };
    let anglePerLength_1: string;
    export { anglePerLength_1 as anglePerLength };
    let angularVelocity_1: string;
    export { angularVelocity_1 as angularVelocity };
    let area_1: string;
    export { area_1 as area };
    let bitJetSize_1: string;
    export { bitJetSize_1 as bitJetSize };
    let bitTotalFlowArea_1: string;
    export { bitTotalFlowArea_1 as bitTotalFlowArea };
    let chemMassConcentration_1: string;
    export { chemMassConcentration_1 as chemMassConcentration };
    let chemVolumeConcentration_1: string;
    export { chemVolumeConcentration_1 as chemVolumeConcentration };
    let concentration_1: string;
    export { concentration_1 as concentration };
    let current_1: string;
    export { current_1 as current };
    let density_1: string;
    export { density_1 as density };
    let fluidVelocity_1: string;
    export { fluidVelocity_1 as fluidVelocity };
    let force_1: string;
    export { force_1 as force };
    let formationDensity_1: string;
    export { formationDensity_1 as formationDensity };
    let gasConcentration_1: string;
    export { gasConcentration_1 as gasConcentration };
    let gasVolume_1: string;
    export { gasVolume_1 as gasVolume };
    let gasFlowRate_1: string;
    export { gasFlowRate_1 as gasFlowRate };
    let gravity_1: string;
    export { gravity_1 as gravity };
    let gravityRMS_1: string;
    export { gravityRMS_1 as gravityRMS };
    let inversePressure_1: string;
    export { inversePressure_1 as inversePressure };
    let length_1: string;
    export { length_1 as length };
    let lengthPerAngle_1: string;
    export { lengthPerAngle_1 as lengthPerAngle };
    let mass_1: string;
    export { mass_1 as mass };
    let massConcentration_1: string;
    export { massConcentration_1 as massConcentration };
    let massFlowRate_1: string;
    export { massFlowRate_1 as massFlowRate };
    let massPerLength_1: string;
    export { massPerLength_1 as massPerLength };
    let msePressure_1: string;
    export { msePressure_1 as msePressure };
    let oil_1: string;
    export { oil_1 as oil };
    let oilFlowRate_1: string;
    export { oilFlowRate_1 as oilFlowRate };
    let permiability_1: string;
    export { permiability_1 as permiability };
    let porosity_1: string;
    export { porosity_1 as porosity };
    let power_1: string;
    export { power_1 as power };
    let pressure_1: string;
    export { pressure_1 as pressure };
    let pressureGradient_1: string;
    export { pressureGradient_1 as pressureGradient };
    let resistivity_1: string;
    export { resistivity_1 as resistivity };
    let revolutionPerVolume_1: string;
    export { revolutionPerVolume_1 as revolutionPerVolume };
    let shortLength_1: string;
    export { shortLength_1 as shortLength };
    let speed_1: string;
    export { speed_1 as speed };
    let spontaneousPotential_1: string;
    export { spontaneousPotential_1 as spontaneousPotential };
    let surveyLength_1: string;
    export { surveyLength_1 as surveyLength };
    let temperature_1: string;
    export { temperature_1 as temperature };
    let time_1: string;
    export { time_1 as time };
    let torque_1: string;
    export { torque_1 as torque };
    let velocity_1: string;
    export { velocity_1 as velocity };
    let voltage_1: string;
    export { voltage_1 as voltage };
    let volume_1: string;
    export { volume_1 as volume };
    let volumeFlowRate_1: string;
    export { volumeFlowRate_1 as volumeFlowRate };
    let yp_1: string;
    export { yp_1 as yp };
    let proportion_1: string;
    export { proportion_1 as proportion };
    let strokesRate_1: string;
    export { strokesRate_1 as strokesRate };
    let gammaRadiation_1: string;
    export { gammaRadiation_1 as gammaRadiation };
    let unitless_1: string;
    export { unitless_1 as unitless };
}
/**
 * Map of all unit types matching its definition
 *
 * @return {[type]:{
 * display: string,
 * imperial: string,
 * metric: string,
 * origin: string,
 * type: string,
 * }}
 */
export const UNIT_TYPES_DEFINITIONS_MAP: {};
//# sourceMappingURL=units.d.ts.map