CircuitRC.vhdlamsmodel
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<?xml version="1.0" encoding="ISO-8859-1"?>
<xmi:XMI 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">
<vhdlams:VAModel name="CircuitRC">
<package name="CircuitRC">
<designUnit xsi:type="vhdlams:Entity" comment="/0/@package.2/@designUnit.1" name="Resistor" architecture="/0/@package.0/@designUnit.1">
<property xsi:type="vhdlams:Generic" name="R">
<type href="pathmap://VHDLAMS_LIBRARIES/vhdlPrimitive.vhdl.xmi#//@designUnit.0/@designUnit.0"/>
</property>
<property xsi:type="vhdlams:Terminal" name="m">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
<property xsi:type="vhdlams:Terminal" name="p">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
</designUnit>
<designUnit xsi:type="vhdlams:Architecture" name="behav" entity="/0/@package.0/@designUnit.0">
<property xsi:type="vhdlams:BranchQuantity" plus_terminal="/0/@package.0/@designUnit.0/@property.2" minus_terminal="/0/@package.0/@designUnit.0/@property.1" through="/2" across="/1"/>
<statement xsi:type="vhdlams:ConcurrentialStatement" body="v_in == R * i_out"/>
</designUnit>
<designUnit xsi:type="vhdlams:Entity" comment="/0/@package.2/@designUnit.2" name="Condensateur" architecture="/0/@package.0/@designUnit.3">
<property xsi:type="vhdlams:Generic" name="C">
<type href="pathmap://VHDLAMS_LIBRARIES/vhdlPrimitive.vhdl.xmi#//@designUnit.0/@designUnit.0"/>
</property>
<property xsi:type="vhdlams:Terminal" name="m">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
<property xsi:type="vhdlams:Terminal" name="p">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
</designUnit>
<designUnit xsi:type="vhdlams:Architecture" name="behav" entity="/0/@package.0/@designUnit.2">
<property xsi:type="vhdlams:BranchQuantity" plus_terminal="/0/@package.0/@designUnit.2/@property.2" minus_terminal="/0/@package.0/@designUnit.2/@property.1" through="/4" across="/3"/>
<statement xsi:type="vhdlams:ConcurrentialStatement" body="i_out == C * v_in'dot"/>
</designUnit>
<designUnit xsi:type="vhdlams:Entity" name="Generateur" architecture="/0/@package.0/@designUnit.5">
<property xsi:type="vhdlams:Terminal" name="m">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
<property xsi:type="vhdlams:Terminal" name="p">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
</designUnit>
<designUnit xsi:type="vhdlams:Architecture" name="behav" entity="/0/@package.0/@designUnit.4">
<property xsi:type="vhdlams:Constant" name="v" default="110.0">
<type href="pathmap://VHDLAMS_LIBRARIES/vhdlPrimitive.vhdl.xmi#//@designUnit.0/@designUnit.0"/>
</property>
<property xsi:type="vhdlams:BranchQuantity" plus_terminal="/0/@package.0/@designUnit.4/@property.1" minus_terminal="/0/@package.0/@designUnit.4/@property.0" through="/6" across="/5"/>
<statement xsi:type="vhdlams:ConcurrentialStatement" body="v_in == v"/>
</designUnit>
<designUnit xsi:type="vhdlams:Entity" comment="/0/@package.2/@designUnit.0" name="Circuit" architecture="/0/@package.0/@designUnit.7"/>
<designUnit xsi:type="vhdlams:Architecture" name="behav" entity="/0/@package.0/@designUnit.6">
<property xsi:type="vhdlams:Terminal" name="n1">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
<property xsi:type="vhdlams:Terminal" name="n2">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.12"/>
</property>
<property xsi:type="vhdlams:Terminal" name="ground">
<type href="pathmap://VHDLAMS_LIBRARIES/ieee.vhdl.xmi#//@designUnit.7/@designUnit.10"/>
</property>
<statement xsi:type="vhdlams:ComponentInstanciation" name="R1" type="/0/@package.0/@designUnit.0" architecture="/0/@package.0/@designUnit.1">
<map xsi:type="vhdlams:PortMap" from="/0/@package.0/@designUnit.0/@property.2" to="/0/@package.0/@designUnit.7/@property.0"/>
<map xsi:type="vhdlams:PortMap" from="/0/@package.0/@designUnit.0/@property.1" to="/0/@package.0/@designUnit.7/@property.1"/>
<map xsi:type="vhdlams:GenericMap" from="/0/@package.0/@designUnit.0/@property.0" to="/7"/>
</statement>
<statement xsi:type="vhdlams:ComponentInstanciation" name="C1" type="/0/@package.0/@designUnit.2" architecture="/0/@package.0/@designUnit.3">
<map xsi:type="vhdlams:PortMap" from="/0/@package.0/@designUnit.2/@property.2" to="/0/@package.0/@designUnit.7/@property.1"/>
<map xsi:type="vhdlams:PortMap" from="/0/@package.0/@designUnit.2/@property.1" to="/0/@package.0/@designUnit.7/@property.2"/>
<map xsi:type="vhdlams:GenericMap" from="/0/@package.0/@designUnit.2/@property.0" to="/8"/>
</statement>
<statement xsi:type="vhdlams:ComponentInstanciation" name="SRC" type="/0/@package.0/@designUnit.4" architecture="/0/@package.0/@designUnit.5">
<map xsi:type="vhdlams:PortMap" from="/0/@package.0/@designUnit.4/@property.1" to="/0/@package.0/@designUnit.7/@property.0"/>
<map xsi:type="vhdlams:PortMap" from="/0/@package.0/@designUnit.4/@property.0" to="/0/@package.0/@designUnit.7/@property.2"/>
</statement>
</designUnit>
</package>
<package name="Constraint"/>
<package name="Requirements">
<designUnit xsi:type="vhdlams:Comment" element="/0/@package.0/@designUnit.6" description="-- @Req1.0 'Requirement1' : The system shall be capable to do a low-pass band filter"/>
<designUnit xsi:type="vhdlams:Comment" element="/0/@package.0/@designUnit.0" description="-- @Req1.1 'Requirement2' : The system shall be capable to have a derivator behavior"/>
<designUnit xsi:type="vhdlams:Comment" element="/0/@package.0/@designUnit.2" description="-- @Req1.2 'Requirement3' : The system shall be capable to respond in 2ms"/>
</package>
<library name="IEEE">
<use name="electrical_systems"/>
</library>
</vhdlams:VAModel>
<vhdlams:Variable name="v_in"/>
<vhdlams:Variable name="i_out"/>
<vhdlams:Variable name="v_in"/>
<vhdlams:Variable name="i_out"/>
<vhdlams:Variable name="v_in"/>
<vhdlams:Variable name="i_out"/>
<vhdlams:Expression body="100.0"/>
<vhdlams:Expression body="1.0e-6"/>
</xmi:XMI>