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NMRAnetDatabaseTrainNode.xml
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<cdi xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="http://openlcb.org/trunk/specs/schema/cdi.xsd">
<identification>
<manufacturer>NMRA</manufacturer>
<model>NMRA standard CV definitions</model>
<hardwareVersion />
<softwareVersion />
<map>
<relation>
<property>Model</property>
<value>NMRA standard CV definitions</value>
</relation>
</map>
</identification>
<acdi />
<segment origin="1" space="253">
<group replication="256">
<name>CVs</name>
<repname>CV</repname>
<description>Raw CV access</description>
<int size="1">
<min>0</min>
<max>255</max>
</int>
</group>
</segment>
<segment space="253">
<int origin="1">
<name>Primary Address</name>
<description>Short address</description>
</int>
<int origin="17" size="2">
<name>Extended Address</name>
</int>
<bit size="8" mask="32" origin="29">
<name>Address Format</name>
<map>
<relation>
<property>0</property>
<value>One byte (short) address</value>
</relation>
<relation>
<property>1</property>
<value>Two byte (extended) address</value>
</relation>
</map>
</bit>
<int origin="3">
<name>Acceleration Rate</name>
</int>
<int origin="4">
<name>Deceleration Rate</name>
</int>
<int origin="2">
<name>Vstart</name>
<description>A value of 255 corresponds to 100%</description>
</int>
<int origin="5">
<name>Vhigh</name>
</int>
<int origin="6">
<name>Vmid</name>
</int>
<int origin="7">
<name>Manufacturer Version No:</name>
</int>
<int origin="8">
<name>Manufacturer ID:</name>
</int>
<int origin="9">
<name>Total PWM Period</name>
</int>
<int origin="10">
<name>EMF Feedback Cutout</name>
</int>
<int origin="11">
<name>Packet Time-out Value</name>
</int>
<bit size="8" mask="1" origin="12">
<name>Analog Power Conversion</name>
<map>
<relation>
<property>0</property>
<value>disabled</value>
</relation>
<relation>
<property>1</property>
<value>enabled</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="12">
<name>Radio Power Conversion</name>
<map>
<relation>
<property>0</property>
<value>disabled</value>
</relation>
<relation>
<property>1</property>
<value>enabled</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="12">
<name>Zero-1 Power Conversion</name>
<map>
<relation>
<property>0</property>
<value>disabled</value>
</relation>
<relation>
<property>1</property>
<value>enabled</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="12">
<name>Trix Power Conversion</name>
<map>
<relation>
<property>0</property>
<value>disabled</value>
</relation>
<relation>
<property>1</property>
<value>enabled</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="12">
<name>CTC/Railcommand Power Conversion</name>
<map>
<relation>
<property>0</property>
<value>disabled</value>
</relation>
<relation>
<property>1</property>
<value>enabled</value>
</relation>
</map>
</bit>
<bit size="8" mask="1" origin="13">
<name>Analog Mode Function Status - F1</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="13">
<name>Analog Mode Function Status - F2</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="13">
<name>Analog Mode Function Status - F3</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="13">
<name>Analog Mode Function Status - F4</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="13">
<name>Analog Mode Function Status - F5</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="32" origin="13">
<name>Analog Mode Function Status - F6</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="64" origin="13">
<name>Analog Mode Function Status - F7</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="128" origin="13">
<name>Analog Mode Function Status - F8</name>
<map>
<relation>
<property>0</property>
<value>Off</value>
</relation>
<relation>
<property>1</property>
<value>On</value>
</relation>
</map>
</bit>
<bit size="8" mask="7" origin="16">
<name>Decoder Lock ID number</name>
</bit>
<bit size="8" mask="1" origin="21">
<name>Consist Address Active For F1</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="21">
<name>Consist Address Active For F2</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="21">
<name>Consist Address Active For F3</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="21">
<name>Consist Address Active For F4</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="21">
<name>Consist Address Active For F5</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="32" origin="21">
<name>Consist Address Active For F6</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="64" origin="21">
<name>Consist Address Active For F7</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="128" origin="21">
<name>Consist Address Active For F8</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="1" origin="22">
<name>Consist Address Active For FL in Forward</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="22">
<name>Consist Address Active For FL in Reverse</name>
<map>
<relation>
<property>0</property>
<value>Locomotive Address Only</value>
</relation>
<relation>
<property>1</property>
<value>Respond to Consist Address</value>
</relation>
</map>
</bit>
<bit size="8" mask="127" origin="19">
<name>Consist Address</name>
</bit>
<bit size="8" mask="128" origin="19">
<name>Consist Direction</name>
<map>
<relation>
<property>0</property>
<value>forward</value>
</relation>
<relation>
<property>1</property>
<value>reverse</value>
</relation>
</map>
</bit>
<bit size="8" mask="127" origin="23">
<name>Consist Acceleration Adjustment</name>
</bit>
<bit size="8" mask="128" origin="23">
<name>Consist Acceleration Adjustment Sign</name>
<map>
<relation>
<property>0</property>
<value>Adjustment Added</value>
</relation>
<relation>
<property>1</property>
<value>Adjustment Subtracted</value>
</relation>
</map>
</bit>
<bit size="8" mask="127" origin="24">
<name>Consist Deceleration Adjustment</name>
</bit>
<bit size="8" mask="128" origin="24">
<name>Consist Deceleration Adjustment Sign</name>
<map>
<relation>
<property>0</property>
<value>Adjustment Added</value>
</relation>
<relation>
<property>1</property>
<value>Adjustment Subtracted</value>
</relation>
</map>
</bit>
<int origin="25">
<name>Speed Table/Mid Range Cab Speed Step</name>
<description>See RP 9.2.2 for more information. Values from 2 to 127 indicate preloaded speed tables. 0 or 1 means not used. Values between 128 and 154 define the cab throttle position where the mid range decoder speed value is applied</description>
</int>
<bit size="8" mask="1" origin="29">
<name>Locomotive Direction</name>
<map>
<relation>
<property>0</property>
<value>forward</value>
</relation>
<relation>
<property>1</property>
<value>reverse</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="29">
<name>FL Location</name>
<map>
<relation>
<property>0</property>
<value>14 speed step format</value>
</relation>
<relation>
<property>1</property>
<value>28 speed step format</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="29">
<name>Power Source Conversion</name>
<map>
<relation>
<property>0</property>
<value>NMRA Digital only</value>
</relation>
<relation>
<property>1</property>
<value>DC conversion enabled</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="29">
<name>Advanced Decoder Acknowledgement</name>
<map>
<relation>
<property>0</property>
<value>disabled</value>
</relation>
<relation>
<property>1</property>
<value>enabled</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="29">
<name>Speed Table Definition</name>
<map>
<relation>
<property>0</property>
<value>Use Vstart, Vmid, Vhigh</value>
</relation>
<relation>
<property>1</property>
<value>Use table in CVs 66 through 95</value>
</relation>
</map>
</bit>
<bit size="8" mask="1" origin="33">
<name>FL(f) controls output 1</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="33">
<name>FL(f) controls output 2</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="33">
<name>FL(f) controls output 3</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="33">
<name>FL(f) controls output 4</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="33">
<name>FL(f) controls output 5</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="32" origin="33">
<name>FL(f) controls output 6</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="64" origin="33">
<name>FL(f) controls output 7</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="128" origin="33">
<name>FL(f) controls output 8</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="1" origin="34">
<name>FL(r) controls output 1</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="34">
<name>FL(r) controls output 2</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="34">
<name>FL(r) controls output 3</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="34">
<name>FL(r) controls output 4</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="34">
<name>FL(r) controls output 5</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="32" origin="34">
<name>FL(r) controls output 6</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="64" origin="34">
<name>FL(r) controls output 7</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="128" origin="34">
<name>FL(r) controls output 8</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="1" origin="35">
<name>F1 controls output 1</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="35">
<name>F1 controls output 2</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="35">
<name>F1 controls output 3</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="35">
<name>F1 controls output 4</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="35">
<name>F1 controls output 5</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="32" origin="35">
<name>F1 controls output 6</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="64" origin="35">
<name>F1 controls output 7</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="128" origin="35">
<name>F1 controls output 8</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="1" origin="36">
<name>F2 controls output 1</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="36">
<name>F2 controls output 2</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="36">
<name>F2 controls output 3</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="36">
<name>F2 controls output 4</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="36">
<name>F2 controls output 5</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="32" origin="36">
<name>F2 controls output 6</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="64" origin="36">
<name>F2 controls output 7</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="128" origin="36">
<name>F2 controls output 8</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="1" origin="37">
<name>F3 controls output 1</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="2" origin="37">
<name>F3 controls output 2</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="4" origin="37">
<name>F3 controls output 3</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="8" origin="37">
<name>F3 controls output 4</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="16" origin="37">
<name>F3 controls output 5</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="32" origin="37">
<name>F3 controls output 6</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>
</relation>
</map>
</bit>
<bit size="8" mask="64" origin="37">
<name>F3 controls output 7</name>
<map>
<relation>
<property>0</property>
<value>No</value>
</relation>
<relation>
<property>1</property>
<value>Yes</value>