Variable: vhdl-ams-types

vhdl-ams-types is a variable defined in vhdl-mode.el.gz.

Value

("domain_type" "real_vector" "energy" "power" "periodicity" "real_across" "real_through" "unspecified" "unspecified_vector" "energy_vector" "power_vector" "periodicity_vector" "real_across_vector" "real_through_vector" "voltage" "current" "charge" "resistance" "conductance" "capacitance" "mmf" "electric_flux" "electric_flux_density" "electric_field_strength" "magnetic_flux" "magnetic_flux_density" "magnetic_field_strength" "inductance" "reluctance" "electrical" "electrical_vector" "magnetic" "magnetic_vector" "voltage_vector" "current_vector" "mmf_vector" "magnetic_flux_vector" "charge_vector" "resistance_vector" "conductance_vector" "capacitance_vector" "electric_flux_vector" "electric_flux_density_vector" "electric_field_strength_vector" "magnetic_flux_density_vector" "magnetic_field_strength_vector" "inductance_vector" "reluctance_vector" "ground" "displacement" "force" "velocity" "acceleration" "mass" "stiffness" "damping" "momentum" "angle" "torque" "angular_velocity" "angular_acceleration" "moment_inertia" "angular_momentum" "angular_stiffness" "angular_damping" "translational" "translational_vector" "translational_velocity" "translational_velocity_vector" "rotational" "rotational_vector" "rotational_velocity" "rotational_velocity_vector" "displacement_vector" "force_vector" "velocity_vector" "force_velocity_vector" "angle_vector" "torque_vector" "angular_velocity_vector" "torque_velocity_vector" "acceleration_vector" "mass_vector" "stiffness_vector" "damping_vector" "momentum_vector" "angular_acceleration_vector" "moment_inertia_vector" "angular_momentum_vector" "angular_stiffness_vector" "angular_damping_vector" "anchor" "translational_v_ref" "rotational_v_ref" "translational_v" "rotational_v" "illuminance" "luminous_flux" "luminous_intensity" "irradiance" "radiant" "radiant_vector" "luminous_intensity_vector" "luminous_flux_vector" "illuminance_vector" "irradiance_vector" "temperature" "heat_flow" "thermal_capacitance" "thermal_resistance" "thermal_conductance" "thermal" "thermal_vector" "temperature_vector" "heat_flow_vector" "thermal_capacitance_vector" "thermal_resistance_vector" "thermal_conductance_vector" "pressure" "vflow_rate" "mass_flow_rate" "volume" "density" "viscosity" "fresistance" "fconductance" "fcapacitance" "inertance" "cfresistance" "cfcapacitance" "cfinertance" "cfconductance" "fluidic" "fluidic_vector" "compressible_fluidic" "compressible_fluidic_vector" "pressure_vector" "vflow_rate_vector" "mass_flow_rate_vector" "volume_vector" "density_vector" "viscosity_vector" "fresistance_vector" "fconductance_vector" "fcapacitance_vector" "inertance_vector" "cfresistance_vector" "cfconductance_vector" "cfcapacitance_vector" "cfinertance_vector")

Documentation

List of VHDL-AMS standardized types.

Source Code

;; Defined in /usr/src/emacs/lisp/progmodes/vhdl-mode.el.gz
(defconst vhdl-ams-types
  ;; standards: IEEE Std 1076.1-2007, IEEE Std 1076.1.1-2004
  '(
    ;; package `standard'
    "domain_type" "real_vector"
    ;; package `energy_systems'
    "energy" "power" "periodicity" "real_across" "real_through" "unspecified"
    "unspecified_vector" "energy_vector" "power_vector" "periodicity_vector"
    "real_across_vector" "real_through_vector"
    ;; package `electrical_systems'
    "voltage" "current" "charge" "resistance" "conductance" "capacitance"
    "mmf" "electric_flux" "electric_flux_density" "electric_field_strength"
    "magnetic_flux" "magnetic_flux_density" "magnetic_field_strength"
    "inductance" "reluctance" "electrical" "electrical_vector" "magnetic"
    "magnetic_vector" "voltage_vector" "current_vector" "mmf_vector"
    "magnetic_flux_vector" "charge_vector" "resistance_vector"
    "conductance_vector" "capacitance_vector" "electric_flux_vector"
    "electric_flux_density_vector" "electric_field_strength_vector"
    "magnetic_flux_density_vector" "magnetic_field_strength_vector"
    "inductance_vector" "reluctance_vector" "ground"
    ;; package `mechanical_systems'
    "displacement" "force" "velocity" "acceleration" "mass" "stiffness"
    "damping" "momentum" "angle" "torque" "angular_velocity"
    "angular_acceleration" "moment_inertia" "angular_momentum"
    "angular_stiffness" "angular_damping" "translational"
    "translational_vector" "translational_velocity"
    "translational_velocity_vector" "rotational" "rotational_vector"
    "rotational_velocity" "rotational_velocity_vector" "displacement_vector"
    "force_vector" "velocity_vector" "force_velocity_vector" "angle_vector"
    "torque_vector" "angular_velocity_vector" "torque_velocity_vector"
    "acceleration_vector" "mass_vector" "stiffness_vector" "damping_vector"
    "momentum_vector" "angular_acceleration_vector" "moment_inertia_vector"
    "angular_momentum_vector" "angular_stiffness_vector"
    "angular_damping_vector" "anchor" "translational_v_ref"
    "rotational_v_ref" "translational_v" "rotational_v"
    ;; package `radiant_systems'
    "illuminance" "luminous_flux" "luminous_intensity" "irradiance" "radiant"
    "radiant_vector" "luminous_intensity_vector" "luminous_flux_vector"
    "illuminance_vector" "irradiance_vector"
    ;; package `thermal_systems'
    "temperature" "heat_flow" "thermal_capacitance" "thermal_resistance"
    "thermal_conductance" "thermal" "thermal_vector" "temperature_vector"
    "heat_flow_vector" "thermal_capacitance_vector"
    "thermal_resistance_vector" "thermal_conductance_vector"
    ;; package `fluidic_systems'
    "pressure" "vflow_rate" "mass_flow_rate" "volume" "density" "viscosity"
    "fresistance" "fconductance" "fcapacitance" "inertance" "cfresistance"
    "cfcapacitance" "cfinertance" "cfconductance" "fluidic" "fluidic_vector"
    "compressible_fluidic" "compressible_fluidic_vector" "pressure_vector"
    "vflow_rate_vector" "mass_flow_rate_vector" "volume_vector"
    "density_vector" "viscosity_vector" "fresistance_vector"
    "fconductance_vector" "fcapacitance_vector" "inertance_vector"
    "cfresistance_vector" "cfconductance_vector" "cfcapacitance_vector"
    "cfinertance_vector"
    )
  "List of VHDL-AMS standardized types.")