MagicDraw/Cameo v19SP3: vs SysPhS-1.1: OpaqueExpression for Slot value exports to Modelica as 'null' if only uses a single variable. WORKAROUND/HACK prefix the variable with '1 *' [FIXED in v2021x]
MultiDomainControl Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 07. Components [MOST] Slide kind hybrid diagram SysML Block Definition Diagram (BDD) SysML Parametric Diagram
NewtonCoolingWithBlocks Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 07. Components [MOST] Slide kind hybrid diagram SysML Block Definition Diagram (BDD) SysML Internal Block Diagram (IBD)
Block Diagram Components - S0 - DISO Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 07. Components [MOST] Slide kind hybrid diagram SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Block Diagram Components - SO - SISO Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 07. Components [MOST] Slide kind hybrid diagram SysML Block Definition Diagram (BDD) SysML Parametric Diagram
SysPhS vs Modelica: If you redeclare a PhSConstant (Modelica parameter) as a PhSVariable (Modelica variable) Modelica still treats it as a 'parameter'. You can end up with an unbalanced system with one equation too many!
MagicDraw/Cameo v19SP3: vs SysPhS-1.1: Modelica export: Direct binding from a PhSVariable value property within a FlowProperty of a Port to an inner value property does not flatten. WORKAROUND: Use an intermediate constraint property.
Hysteresis - ChatteringControl Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 02. Discrete Behavior Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Speed Measurement - SampleAndHold Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 02. Discrete Behavior Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Switched RLC Circuit - SwitchedRLC Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 02. Discrete Behavior Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
State Event Handling - Decay1 Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 02. Discrete Behavior Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Bouncing Ball Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 02. Discrete Behavior Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Cooling Revisited - NewtonCoolingSteadyThenDynamic Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 02. Discrete Behavior Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Cooling Revisited - NewtonCoolingDynamic Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 02. Discrete Behavior Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Lotka-Volterra Systems - QuiescentModelWithModifications Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 01. Basic Equations Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Lotka-Volterra Systems - QuiescentModelUsingStart Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 01. Basic Equations Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Lotka-Volterra Systems - ClassicModel Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 01. Basic Equations Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
SysPhS: MagicDraw/Cameo v19SP3: Export to Modelica does not interpret as 'start' the default on a PhSVariable assigned via ElementValue to a PhSConstant
A Mechanical Example - SecondOrderSystem Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 01. Basic Equations Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
An Electrical Example - RLC1 Gallery Tutorial TRAIL: SysML+SysPhS vs Modelica By Example in MagicDraw/Cameo SysML [tested with the Wolfram SystemsModeler for Modelica] Section 01. Basic Equations Slide kind hybrid diagram plot SysML Block Definition Diagram (BDD) SysML Parametric Diagram
A.5 Humidifier: Scenario block overview BDDs: 96 to 102 Gallery Tutorial TRAIL: SysPhS-1.1 Annex A examples in MagicDraw/Cameo SysML vs Modelica (Wolfram SystemsModeler) Section Annex A.5: Humidifier (with Units) Slide kind SysML Package Diagram
SysPhS-1.1: Annex A.5: The BDD Figure 74 and Parametric Diagram Figure 84 for block RelativeHumidityCalculationConstraint are missing PhSConstant 'c2'. Compare with the constraint {der(x)=((press/satVap)-change)/c2} in BDD Figure 79.
REFERENCE: A.5 Humidifier: Webel: Block overview Gallery Tutorial TRAIL: SysPhS-1.1 Annex A examples in MagicDraw/Cameo SysML vs Modelica (Wolfram SystemsModeler) Section Annex A.5: Humidifier (with Units) Slide kind SysML Package Diagram
SysPhS-1.1: p.81: 'resistance:ViscousResistance' (in Figure 60) has to be treated as a PhSVariable not a PhSConstant, otherwise get an invalid system with 6 variables and 7 equations.
BDD: Figure 60: Hydraulics blocks, ports, & component properties Gallery Tutorial TRAIL: SysPhS-1.1 Annex A examples in MagicDraw/Cameo SysML vs Modelica (Wolfram SystemsModeler) Section Annex A.4: Hydraulics Slide kind SysML Block Definition Diagram (BDD)
The amp, alpha and g properties have the PhSConstant stereotype applied, specifying that their values are constant during each simulation run. Source SysPhS-1.1
BDD: Figure 50: Signal processing system blocks, ports, & component properties Gallery Tutorial TRAIL: SysPhS-1.1 Annex A examples in MagicDraw/Cameo SysML vs Modelica (Wolfram SystemsModeler) Section Annex A.3: Signal Processor Slide kind SysML Block Definition Diagram (BDD)
BDD: Figure 49: Total system (source to sink) blocks, ports, & component properties Gallery Tutorial TRAIL: SysPhS-1.1 Annex A examples in MagicDraw/Cameo SysML vs Modelica (Wolfram SystemsModeler) Section Annex A.3: Signal Processor Slide kind SysML Block Definition Diagram (BDD)
PhSVariable: [1] The stereotyped property must be typed by Real, Integer, or Boolean, or one of their specializations. Source SysPhS-1.1
PhSConstant: [3] Properties stereotyped by PhSConstant must not redefine more than one other property, which must have the same name and type and must be stereotyped by PhSVariable or PhSConstant. Source SysPhS-1.1
PhSConstant: [2] Properties stereotyped by PhSConstant must have multiplicity 1, unless they are also stereotyped by MultidimensionalElement (see Subclause 11.5). Source SysPhS-1.1
PhSConstant: [1] Properties stereotyped by PhSConstant must be typed by Real, Integer, or Boolean, or one of their specializations. Source SysPhS-1.1
A PhSConstant has values that do not change during simulation runs. Values can change between simulation runs. Source SysPhS-1.1
Figure 35: Simulation platform stereotypes Gallery Tutorial TRAIL: SysPhS-1.1 specification body figures in MagicDraw/Cameo SysML vs Modelica [using Wolfram SystemsModeler] Section Slide kind SysML Package Diagram
MDSysML/Cameo 19SP3: SysPhSLibrary vs SysPhS-1.1: SPELLING/TYPO: VariableDelay: parameter 'maxDelay' should be 'delayMax'
Component PhSConstants (SimulinkParameters and ModelicaParameters) for vectors and matrices have MultidimensionalElement applied, with dimension * and *,*, respectively ... Source SysPhS-1.1
Component input ports for vectors are typed by specializations of RealVectorSignalInElement, while component output ports for vectors are typed by specializations of RealVectorSignalOutElement ... Source SysPhS-1.1
Component input ports for scalars are typed by RealSignalInElement, IntegerSignalInElement, or BooleanSignalInElement, while component output ports for scalars are typed by RealSignalOutElement, IntegerSignalOutElement, or BooleanSignalOutElement ... Source SysPhS-1.1
Simulation platform data specified in the Component Ports (Input and Output), PhSConstants, and platform Parameters columns are scalar, unless marked with a V (vector) or an M (matrix). Source SysPhS-1.1
SysML: HOWTO Safely incorporate ConstraintBlock equations from a library into a project with local ValueType variants: CASE: SysPhS vs ISO-80000 ModelLibrary
Figure 27: Default values and initial value in SysML Gallery Tutorial TRAIL: SysPhS-1.1 specification body figures in MagicDraw/Cameo SysML vs Modelica [using Wolfram SystemsModeler] Section Slide kind hybrid diagram SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Figure 26: Constraint block for physical interaction in SysML Gallery Tutorial TRAIL: SysPhS-1.1 specification body figures in MagicDraw/Cameo SysML vs Modelica [using Wolfram SystemsModeler] Section Slide kind hybrid diagram SysML Block Definition Diagram (BDD) SysML Parametric Diagram
Figure 22: Ports for signal flow in SysML Gallery Tutorial TRAIL: SysPhS-1.1 specification body figures in MagicDraw/Cameo SysML vs Modelica [using Wolfram SystemsModeler] Section Slide kind hybrid diagram SysML Block Definition Diagram (BDD)
Figure 21: PhSVariables and PhSConstant in SysML Gallery Tutorial TRAIL: SysPhS-1.1 specification body figures in MagicDraw/Cameo SysML vs Modelica [using Wolfram SystemsModeler] Section Slide kind hybrid diagram SysML Block Definition Diagram (BDD)
Figure 1: Simulation stereotypes Gallery Tutorial TRAIL: SysPhS-1.1 specification body figures in MagicDraw/Cameo SysML vs Modelica [using Wolfram SystemsModeler] Section Slide kind UML Profile Diagram
By default, Modelica properties are continuous. PhSVariables with isContinuous=true correspond to continuous components, PhSVariables with isContinuous=false correspond to discrete components, and PhSConstants correspond to parameter variables. Source SysPhS-1.1
