hydra-eclipse / sysml2vhdlams

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fr.femtost.disc.eclipse.vhdlamslibrary/library/ieee.vhdl.xmi 4.73 KB
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f902ce56c   Jean-Marie Gauthier   Commit of projects 
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  <?xml version="1.0" encoding="ISO-8859-1"?>
  <vhdlams:LibraryForVhdlAms xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:vhdlams="http://www.femto-st.fr/disc/vhdlams.ecore" name="IEEE">
    <designUnit xsi:type="vhdlams:Package" name="std_logic_1164">
      <designUnit xsi:type="vhdlams:Type" name="std_ulogic_vector(7 DOWNTO 0)"/>
      <designUnit xsi:type="vhdlams:Type" name="std_logic"/>
      <designUnit xsi:type="vhdlams:Type" name="std_logic_vector"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="numeric_bit">
      <designUnit xsi:type="vhdlams:Type" name="UNSIGNED"/>
      <designUnit xsi:type="vhdlams:Type" name="SIGNED"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="std_logic_arith">
      <designUnit xsi:type="vhdlams:Type" name="UNSIGNED"/>
      <designUnit xsi:type="vhdlams:Type" name="SIGNED"/>
      <designUnit xsi:type="vhdlams:Type" name="SMALL_INT"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="math_real">
   	 <designUnit xsi:type="vhdlams:Type" name="natural"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="fundamental_constants"/>
    <designUnit xsi:type="vhdlams:Package" name="material_constants"/>
    <designUnit xsi:type="vhdlams:Package" name="energy_systems">
      <designUnit xsi:type="vhdlams:Type" name="Energy"/>
      <designUnit xsi:type="vhdlams:Type" name="Power"/>
      <designUnit xsi:type="vhdlams:Type" name="Periodicity"/>
      <designUnit xsi:type="vhdlams:Type" name="Energy_vector"/>
      <designUnit xsi:type="vhdlams:Type" name="Power_vector"/>
      <designUnit xsi:type="vhdlams:Type" name="Periodicity_vector"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="electrical_systems">
      <designUnit xsi:type="vhdlams:Type" name="Voltage"/>
      <designUnit xsi:type="vhdlams:Type" name="Current"/>
      <designUnit xsi:type="vhdlams:Type" name="Charge"/>
      <designUnit xsi:type="vhdlams:Type" name="Resistance"/>
      <designUnit xsi:type="vhdlams:Type" name="Capacitance"/>
      <designUnit xsi:type="vhdlams:Type" name="Flux"/>
      <designUnit xsi:type="vhdlams:Type" name="Inductance"/>
      <designUnit xsi:type="vhdlams:Type" name="Charge_vector"/>
      <designUnit xsi:type="vhdlams:Type" name="Resistance_vector"/>
      <designUnit xsi:type="vhdlams:Type" name="Inductance_vector"/>
      <designUnit xsi:type="vhdlams:Type" name="Ground"/>
      <designUnit xsi:type="vhdlams:Type" name="MMF"/>
      <designUnit xsi:type="vhdlams:Nature" name="Electrical"/>
      <designUnit xsi:type="vhdlams:Nature" name="Magnetic"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="mechanical_systems">
      <designUnit xsi:type="vhdlams:Type" name="Displacement"/>
      <designUnit xsi:type="vhdlams:Type" name="Force"/>
      <designUnit xsi:type="vhdlams:Type" name="Velocity"/>
      <designUnit xsi:type="vhdlams:Type" name="Acceleration"/>
      <designUnit xsi:type="vhdlams:Type" name="Stiffness"/>
      <designUnit xsi:type="vhdlams:Type" name="Angle"/>
      <designUnit xsi:type="vhdlams:Type" name="Mass"/>
      <designUnit xsi:type="vhdlams:Type" name="Torque"/>
      <designUnit xsi:type="vhdlams:Type" name="Angular_Velocity"/>
      <designUnit xsi:type="vhdlams:Nature" name="Translational"/>
      <designUnit xsi:type="vhdlams:Nature" name="Translational_velocity"/>
      <designUnit xsi:type="vhdlams:Nature" name="Rotational"/>
      <designUnit xsi:type="vhdlams:Nature" name="Rotational_velocity"/>
      <designUnit xsi:type="vhdlams:Type" name="Anchor"/>
      <designUnit xsi:type="vhdlams:Type" name="Rotational_ref"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="thermal_systems">
      <designUnit xsi:type="vhdlams:Type" name="Temperature"/>
      <designUnit xsi:type="vhdlams:Type" name="Heat_flow"/>
      <designUnit xsi:type="vhdlams:Type" name="Thermal_capacitance"/>
      <designUnit xsi:type="vhdlams:Nature" name="Thermal"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="fluidic_systems">
      <designUnit xsi:type="vhdlams:Type" name="Pressure"/>
      <designUnit xsi:type="vhdlams:Type" name="Vflow_rate"/>
      <designUnit xsi:type="vhdlams:Type" name="Volume"/>
      <designUnit xsi:type="vhdlams:Type" name="Density"/>
      <designUnit xsi:type="vhdlams:Type" name="Viscosity"/>
      <designUnit xsi:type="vhdlams:Type" name="Fresistance"/>
      <designUnit xsi:type="vhdlams:Type" name="Fcapacitance"/>
      <designUnit xsi:type="vhdlams:Type" name="Inertance"/>
      <designUnit xsi:type="vhdlams:Nature" name="Fluidic"/>
    </designUnit>
    <designUnit xsi:type="vhdlams:Package" name="radiant_systems">
      <designUnit xsi:type="vhdlams:Type" name="Illuminance"/>
      <designUnit xsi:type="vhdlams:Type" name="Optic_flux"/>
      <designUnit xsi:type="vhdlams:Nature" name="Radiant"/>
    </designUnit>
  </vhdlams:LibraryForVhdlAms>