FCSys.Quantities.Examples

Examples

Information

Extends from Modelica.Icons.ExamplesPackage (Icon for packages containing runnable examples).

Package Content

Name	Description
Display	Demonstrate the display units for the quantities
ExampleModel	Model that uses all of the quantities

---

FCSys.Quantities.Examples.Display

Demonstrate the display units for the quantities

Information

Extends from Modelica.Icons.Example (Icon for runnable examples).

Modelica definition

model Display "Demonstrate the display units for the quantities"
  extends Modelica.Icons.Example;

  ExampleModel doubleClickMe;

end Display;

---

FCSys.Quantities.Examples.ExampleModel

Model that uses all of the quantities

Information

Extends from FCSys.Icons.Blocks.Continuous (Icon for a continuous-time block).

Parameters

Type	Name	Default	Description
Acceleration	Acceleration	1*U.m/U.s^2	Acceleration [L/T2]
Amount	Amount	1*U.C	Amount [N]
AmountReciprocal	AmountReciprocal	1/U.C	Reciprocal of amount [1/N]
Angle	Angle	1*U.rad	Angle [A]
Angle2	Angle2	1*U.sr	Solid angle [A2]
Area	Area	1*U.m^2	Area [L2]
AreaSpecific	AreaSpecific	1*U.m^2/U.mol	Specific area [L2/N]
Capacitance	Capacitance	1*U.F	Capacitance [N2.T2/(L2.M)]
ConductanceElectrical	ConductanceElectrical	1*U.S	Electrical conductance [N2.T/(L2.M)]
ConductivityElectrical	ConductivityElectrical	1*U.S/U.m	Electrical conductivity [N2.T/(L3.M)]
Continuity	Continuity	1*U.N/U.A	Continuity [L.M/(N.T)]
Current	Current	1*U.A	Current [N/T]
CurrentAreic	CurrentAreic	1*U.A/U.m^2	Areic current [N/(L2.T)]
CurrentAreicAbsolute	CurrentAreicAbsolute	1*U.A/U.m^2	Absolute areic current [N/(L2.T)]
CurrentRate	CurrentRate	1*U.A/U.s	Rate of current [N/T2]
Density	Density	1*U.C/U.m^3	Density [N/L3]
DiffusivityMassSpecific	DiffusivityMassSpecific	1*U.g*U.m^2/((U.mol*U.s))	Product of diffusivity and specific mass [L2.M/(N.T)]
Energy	Energy	1*U.J	Energy [L2.M/T2]
Fluidity	Fluidity	1/(U.Pa*U.s)	Fluidity [L.T/M]
Force	Force	1*U.N	Force [L.M/T2]
ForceSpecific	ForceSpecific	1*U.V/U.m	Specific force [L.M/(N.T2)]
Frequency	Frequency	1*U.rad/U.s	Frequency [A/T]
Inductance	Inductance	1*U.H	Inductance [L2.M/N2]
Length	Length	1*U.m	Length [L]
LengthReciprocal	LengthReciprocal	1/U.m	Reciprocal of length [1/L]
LengthSpecific	LengthSpecific	1*U.m/U.C	Specific length [L/N]
MagneticFlux	MagneticFlux	1*U.Wb	Magnetic flux [L2.M/(A.N.T)]
MagneticFluxAreic	MagneticFluxAreic	1*U.T	Areic magnetic flux [M/(A.N.T)]
MagneticFluxReciprocal	MagneticFluxReciprocal	1/U.Wb	Reciprocal of magnetic flux [A.N.T/(L2.M)]
Mass	Mass	1*U.kg	Mass [M]
MassSpecific	MassSpecific	1*U.micro*U.g/U.C	Specific mass [M/N]
MassVolumic	MassVolumic	1*U.kg/U.m^3	Volumic mass [M/L3]
Mobility	Mobility	1*U.C*U.s/U.g	Mobility [N.T/M]
MomentumRotational	MomentumRotational	1*U.J*U.s/U.rad	Rotational momentum [L2.M/(A.T)]
Number	Number	1	Number [1]
NumberAbsolute	NumberAbsolute	1*U.J/(U.mol*U.K)	Absolute number [1]
Permeability	Permeability	1*U.H/U.m	Permeability [L.M/N2]
Permittivity	Permittivity	1*U.F/U.m	Permittivity [N2.T2/(L3.M)]
PermittivityReciprocal	PermittivityReciprocal	1*U.m/U.H	Reciprocal of permittivity [L3.M/(N2.T2)]
Potential	Potential	1*U.V	Potential [L2.M/(N.T2)]
PotentialAbsolute	PotentialAbsolute	1*U.K	Absolute potential [L2.M/(N.T2)]
PotentialPerWavenumber	PotentialPerWavenumber	1*U.V*U.m/U.rad	Potential per wavenumber [L3.M/(A.N.T2)]
PotentialRate	PotentialRate	1*U.V/U.s	Rate of potential [L2.M/(N.T3)]
Power	Power	1*U.W	Power [L2.M/T3]
PowerArea	PowerArea	1*U.W*U.m^2	Power times area [L4.M/T3]
PowerAreic	PowerAreic	1*U.W/U.m^2	Areic power [M/T3]
PowerAreicPerPotential4	PowerAreicPerPotential4	1*U.W/(U.m^2*U.K^4)	Areic power per 4th power of potential [M.T5/L8]
PowerRadiant	PowerRadiant	1*U.'cd'	Radiant power [L2.M/(A2.T3)]
Pressure	Pressure	1*U.Pa	Pressure [M/(L.T2)]
PressureAbsolute	PressureAbsolute	1*U.Pa	Absolute pressure [M/(L.T2)]
PressureRate	PressureRate	1*U.Pa/U.s	Rate of pressure [M/(L.T3)]
PressureReciprocal	PressureReciprocal	1/U.Pa	Reciprocal of pressure [L.T2/M]
ResistanceElectrical	ResistanceElectrical	1*U.ohm	Electrical resistance [L2.M/(N2.T)]
ResistanceThermal	ResistanceThermal	1*U.K/U.W	Thermal resistance [T/N]
Resistivity	Resistivity	1*U.m/U.A	Resistivity [L.T/N]
Time	Time	1*U.s	Time [T]
TimeAbsolute	TimeAbsolute	1*U.s	Absolute time [T]
TimeLineic	TimeLineic	1*U.s/U.m	Lineic time [T/L]
Velocity	Velocity	1*U.m/U.s	Velocity [L/T]
Velocity2	Velocity2	1*U.Sv	Squared velocity [L2/T2]
VelocityAmount	VelocityAmount	1*U.A*U.m	VelocityAmount [L.N/T]
Volume	Volume	1*U.m^3	Volume [L3]
VolumeRate	VolumeRate	1*U.m^3/U.s	Rate of volume [L3/T]
VolumeSpecific	VolumeSpecific	1*U.m^3/U.C	Specific volume [L3/N]
VolumeSpecificAbsolute	VolumeSpecificAbsolute	1*U.m^3/U.C	Absolute specific volume [L3/N]
VolumeSpecificRate	VolumeSpecificRate	1*U.m^3/(U.C*U.s)	Rate of specific volume [L3/(N.T)]
Wavenumber	Wavenumber	1*U.rad/U.m	Wavenumber [A/L]

Modelica definition

model ExampleModel "Model that uses all of the quantities"
  extends FCSys.Icons.Blocks.Continuous;

  // Generated from FCSys/Resources/quantities.xls, 2013-11-4
  parameter Q.Acceleration Acceleration=1*U.m/U.s^2 "Acceleration";
  parameter Q.Amount Amount=1*U.C "Amount";
  parameter Q.AmountReciprocal AmountReciprocal=1/U.C "Reciprocal of amount";
  parameter Q.Angle Angle=1*U.rad "Angle";
  parameter Q.Angle2 Angle2=1*U.sr "Solid angle";
  parameter Q.Area Area=1*U.m^2 "Area";
  parameter Q.AreaSpecific AreaSpecific=1*U.m^2/U.mol "Specific area";
  parameter Q.Capacitance Capacitance=1*U.F "Capacitance";
  parameter Q.ConductanceElectrical ConductanceElectrical=1*U.S 
    "Electrical conductance";
  parameter Q.ConductivityElectrical ConductivityElectrical=1*U.S/U.m 
    "Electrical conductivity";
  parameter Q.Continuity Continuity=1*U.N/U.A "Continuity";
  parameter Q.Current Current=1*U.A "Current";
  parameter Q.CurrentAreic CurrentAreic=1*U.A/U.m^2 "Areic current";
  parameter Q.CurrentAreicAbsolute CurrentAreicAbsolute=1*U.A/U.m^2 
    "Absolute areic current";
  parameter Q.CurrentRate CurrentRate=1*U.A/U.s "Rate of current";
  parameter Q.Density Density=1*U.C/U.m^3 "Density";
  parameter Q.DiffusivityMassSpecific DiffusivityMassSpecific=1*U.g*U.m^2/((U.mol
      *U.s)) "Product of diffusivity and specific mass";
  parameter Q.Energy Energy=1*U.J "Energy";
  parameter Q.Fluidity Fluidity=1/(U.Pa*U.s) "Fluidity";
  parameter Q.Force Force=1*U.N "Force";
  parameter Q.ForceSpecific ForceSpecific=1*U.V/U.m "Specific force";
  parameter Q.Frequency Frequency=1*U.rad/U.s "Frequency";
  parameter Q.Inductance Inductance=1*U.H "Inductance";
  parameter Q.Length Length=1*U.m "Length";
  parameter Q.LengthReciprocal LengthReciprocal=1/U.m "Reciprocal of length";
  parameter Q.LengthSpecific LengthSpecific=1*U.m/U.C "Specific length";
  parameter Q.MagneticFlux MagneticFlux=1*U.Wb "Magnetic flux";
  parameter Q.MagneticFluxAreic MagneticFluxAreic=1*U.T "Areic magnetic flux";
  parameter Q.MagneticFluxReciprocal MagneticFluxReciprocal=1/U.Wb 
    "Reciprocal of magnetic flux";
  parameter Q.Mass Mass=1*U.kg "Mass";
  parameter Q.MassSpecific MassSpecific=1*U.micro*U.g/U.C "Specific mass";
  parameter Q.MassVolumic MassVolumic=1*U.kg/U.m^3 "Volumic mass";
  parameter Q.Mobility Mobility=1*U.C*U.s/U.g "Mobility";
  parameter Q.MomentumRotational MomentumRotational=1*U.J*U.s/U.rad 
    "Rotational momentum";
  parameter Q.Number Number=1 "Number";
  parameter Q.NumberAbsolute NumberAbsolute=1*U.J/(U.mol*U.K) "Absolute number";
  parameter Q.Permeability Permeability=1*U.H/U.m "Permeability";
  parameter Q.Permittivity Permittivity=1*U.F/U.m "Permittivity";
  parameter Q.PermittivityReciprocal PermittivityReciprocal=1*U.m/U.H 
    "Reciprocal of permittivity";
  parameter Q.Potential Potential=1*U.V "Potential";
  parameter Q.PotentialAbsolute PotentialAbsolute=1*U.K "Absolute potential";
  parameter Q.PotentialPerWavenumber PotentialPerWavenumber=1*U.V*U.m/U.rad 
    "Potential per wavenumber";
  parameter Q.PotentialRate PotentialRate=1*U.V/U.s "Rate of potential";
  parameter Q.Power Power=1*U.W "Power";
  parameter Q.PowerArea PowerArea=1*U.W*U.m^2 "Power times area";
  parameter Q.PowerAreic PowerAreic=1*U.W/U.m^2 "Areic power";
  parameter Q.PowerAreicPerPotential4 PowerAreicPerPotential4=1*U.W/(U.m^2*U.K^4)
    "Areic power per 4th power of potential";
  parameter Q.PowerRadiant PowerRadiant=1*U.'cd' "Radiant power";
  parameter Q.Pressure Pressure=1*U.Pa "Pressure";
  parameter Q.PressureAbsolute PressureAbsolute=1*U.Pa "Absolute pressure";
  parameter Q.PressureRate PressureRate=1*U.Pa/U.s "Rate of pressure";
  parameter Q.PressureReciprocal PressureReciprocal=1/U.Pa 
    "Reciprocal of pressure";
  parameter Q.ResistanceElectrical ResistanceElectrical=1*U.ohm 
    "Electrical resistance";
  parameter Q.ResistanceThermal ResistanceThermal=1*U.K/U.W 
    "Thermal resistance";
  parameter Q.Resistivity Resistivity=1*U.m/U.A "Resistivity";
  parameter Q.Time Time=1*U.s "Time";
  parameter Q.TimeAbsolute TimeAbsolute=1*U.s "Absolute time";
  parameter Q.TimeLineic TimeLineic=1*U.s/U.m "Lineic time";
  parameter Q.Velocity Velocity=1*U.m/U.s "Velocity";
  parameter Q.Velocity2 Velocity2=1*U.Sv "Squared velocity";
  parameter Q.VelocityAmount VelocityAmount=1*U.A*U.m "VelocityAmount";
  parameter Q.Volume Volume=1*U.m^3 "Volume";
  parameter Q.VolumeRate VolumeRate=1*U.m^3/U.s "Rate of volume";
  parameter Q.VolumeSpecific VolumeSpecific=1*U.m^3/U.C "Specific volume";
  parameter Q.VolumeSpecificAbsolute VolumeSpecificAbsolute=1*U.m^3/U.C 
    "Absolute specific volume";
  parameter Q.VolumeSpecificRate VolumeSpecificRate=1*U.m^3/(U.C*U.s) 
    "Rate of specific volume";
  parameter Q.Wavenumber Wavenumber=1*U.rad/U.m "Wavenumber";
  // -------- end from FCSys/Resources/quantities.xls

end ExampleModel;