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2026-06-17 14:00:51 +02:00

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<?xml version="1.0" encoding="utf-8"?>
<?xml-stylesheet type="text/xsl" href="../XSLT/decoder.xsl"?>
<!-- Copyright (C) JMRI 2005 All rights reserved -->
<!-- See the COPYING file for more information on licensing and appropriate use -->
<decoder-config xmlns:xi="http://www.w3.org/2001/XInclude" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="http://jmri.org/xml/schema/decoder-4-15-2.xsd">
<version author="ncliffe" version="4b" lastUpdated="20090330"/>
<!-- Version 4b (beta) by Nigel Cliffe -->
<!-- Based on version for steady state decoder, MERG_ACC5 -->
<!-- re-written main programming pane to be more intuitive -->
<!-- not necessary to duplicate pane for CV's in 500 region as their role duplicates low ranges -->
<!--
Extensive abuse of standard labelling conventions to make decoder address appear in "basic" pane.
This decoder has address range of 1-511, split over CV1 and CV9. By manipulating the way the address
range (1-511) and the base turnout address (1-2017 in steps of four), these can appear as the addresses
on the Basic Pane and in the Roster.
Current arrangement has the base turnout address show in the Roster (Short Address).
-->
<decoder>
<!-- lowVersionID="4" highVersionID="52" -->
<family name="ACC Decoders" mfg="MERG" comment="DCCACC4 is pulsed MERG decoder for solenoid motors.">
<model model="DCCACC4" productID="acc4">
<versionCV lowVersionID="4" highVersionID="5"/>
</model>
</family>
<programming direct="yes" paged="yes" register="no" ops="no"/>
<variables>
<variable item="Low 7 bytes of Address CV1" CV="1" mask="XVVVVVVV" comment="Decoder address" default="01">
<decVal min="1" max="63"/>
<label>Low 7 bytes of Address CV1</label>
</variable>
<variable item="Outputs Active" CV="2" mask="VVVVVVVV" comment="Outputs Active" default="255">
<decVal min="1" max="255"/>
<label>Outputs Active</label>
</variable>
<variable item="Output Active bit 0" CV="2" mask="XXXXXXXV" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 0</label>
</variable>
<variable item="Output Active bit 1" CV="2" mask="XXXXXXVX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 1</label>
</variable>
<variable item="Output Active bit 2" CV="2" mask="XXXXXVXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 2</label>
</variable>
<variable item="Output Active bit 3" CV="2" mask="XXXXVXXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 3</label>
</variable>
<variable item="Output Active bit 4" CV="2" mask="XXXVXXXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 4</label>
</variable>
<variable item="Output Active bit 5" CV="2" mask="XXVXXXXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 5</label>
</variable>
<variable item="Output Active bit 6" CV="2" mask="XVXXXXXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 6</label>
</variable>
<variable item="Output Active bit 7" CV="2" mask="VXXXXXXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Output Active bit 7</label>
</variable>
<variable item="A Output (x10) Millisecs" CV="3" mask="VVVVVVVV" default="0">
<decVal min="0" max="255"/>
<label>A Output (x10) Millisecs</label>
</variable>
<variable item="B Output (x10) Millisecs" CV="4" mask="VVVVVVVV" default="0">
<decVal min="0" max="255"/>
<label>B Output (x10) Millisecs</label>
</variable>
<variable item="C Output (x10) Millisecs" CV="5" mask="VVVVVVVV" default="0">
<decVal min="0" max="255"/>
<label>C Output (x10) Millisecs</label>
</variable>
<variable item="D Output (x10) Millisecs" CV="6" mask="VVVVVVVV" default="0">
<decVal min="0" max="255"/>
<label>D Output (x10) Millisecs</label>
</variable>
<variable CV="7" item="Decoder Version" readOnly="yes">
<decVal min="0" max="255"/>
<label>Decoder Version</label>
<label xml:lang="it">Versione Decoder: </label>
<label xml:lang="fr">Version décodeur: </label>
<label xml:lang="de">Decoder Version: </label>
</variable>
<variable item="Manufacturer" CV="8" readOnly="yes" default="165">
<decVal min="0" max="255"/>
<label>Manufacturer</label>
<label xml:lang="it">ID Costruttore: </label>
<label xml:lang="fr">ID constructeur: </label>
<label xml:lang="de">Hersteller ID: </label>
</variable>
<variable item="High 3 bytes of Address CV9" CV="9" mask="XXXXXVVV">
<decVal min="0" max="7"/>
<label>High 3 bytes of Address CV9</label>
</variable>
<variable CV="1" mask="XXVVVVVV" default="1" item="Short Address" tooltip="Range 1-2041">
<splitVal highCV="9" upperMask="XXXXXVVV" factor="4" offset="-3"/>
<label>Turnout Address of Output 1 (1-2041)</label>
</variable>
<variable item="Turnout Address 2" CV="1" mask="XXVVVVVV" default="2" tooltip="Range 2-2042">
<splitVal highCV="9" upperMask="XXXXXVVV" factor="4" offset="-2"/>
<label>Turnout Address 2</label>
</variable>
<variable item="Turnout Address 3" CV="1" mask="XXVVVVVV" default="3" tooltip="Range 3-2043">
<splitVal highCV="9" upperMask="XXXXXVVV" factor="4" offset="-1"/>
<label>Turnout Address 3</label>
</variable>
<variable item="Turnout Address 4" CV="1" mask="XXVVVVVV" default="4" tooltip="Range 4-2044">
<splitVal highCV="9" upperMask="XXXXXVVV" factor="4"/>
<label>Turnout Address 4</label>
</variable>
<variable CV="1" mask="XXVVVVVV" default="1" tooltip="Range 1-511" item="Long Address">
<splitVal highCV="9" upperMask="XXXXXVVV"/>
<label>Decoder Address (1-511)</label>
</variable>
<variable item="Configuration" CV="29" readOnly="yes" default="128">
<decVal min="0" max="255"/>
<label>Configuration</label>
</variable>
<!-- abuse the value in CV29, which should be 128 in all these decoders
<variable label="Do Not Change address mode" CV="29" readOnly="yes" mask="VXXXXXXX"
item="Address Format" default="1" >
<enumVal>
<enumChoice choice="(do not change)"/>
<enumChoice choice="Turnout Addresses"/>
</enumVal>
</variable>
-->
<variable item="Lenz Toggle Mode" CV="33" mask="VVVVVVVV" default="15">
<decVal min="0" max="255"/>
<label>Lenz Toggle Mode</label>
</variable>
<variable item="Toggle Mode output 1" CV="33" mask="XXXXXXXV" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Toggle Mode output 1</label>
</variable>
<variable item="Toggle Mode output 2" CV="33" mask="XXXXXXVX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Toggle Mode output 2</label>
</variable>
<variable item="Toggle Mode output 3" CV="33" mask="XXXXXVXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Toggle Mode output 3</label>
</variable>
<variable item="Toggle Mode output 4" CV="33" mask="XXXXVXXX" default="1">
<enumVal>
<enumChoice choice="Off" value="0"/>
<enumChoice choice="On" value="1"/>
</enumVal>
<label>Toggle Mode output 4</label>
</variable>
<!-- dual address not used in ACC4
<variable label="Dual Address Mode" CV="33" mask="VXXXXXXX" default="1">
<enumVal><enumChoice choice="Off" value="0"/><enumChoice choice="On" value="1"/></enumVal>
</variable>
-->
<!-- Output inversion not used in ACC4
<variable label="Invert bit 0" CV="34" mask="XXXXXXXV" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
<variable label="Invert bit 1" CV="34" mask="XXXXXXVX" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
<variable label="Invert bit 2" CV="34" mask="XXXXXVXX" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
<variable label="Invert bit 3" CV="34" mask="XXXXVXXX" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
<variable label="Invert bit 4" CV="34" mask="XXXVXXXX" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
<variable label="Invert bit 5" CV="34" mask="XXVXXXXX" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
<variable label="Invert bit 6" CV="34" mask="XVXXXXXX" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
<variable label="Invert bit 7" CV="34" mask="VXXXXXXX" default="1" include="52">
<enumVal><enumChoice choice="Off" value="1"/><enumChoice choice="On" value="0"/></enumVal>
</variable>
-->
</variables>
</decoder>
<pane>
<name>DCCACC4 Settings</name>
<column>
<row>
<column>
<label>
<text>CV1 to CV34 </text>
</label>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
</column>
<column>
<label>
<text>Lenz Toggle Mode (bits set) gives a toggle action for Lenz systems.</text>
</label>
<label>
<text>Recommend Lenz Toggle Mode is 'on' for most commercial DCC systems.</text>
</label>
</column>
</row>
<row>
<column>
<label>
<text> </text>
</label>
<label>
<text>Addressing, enter decoder address or turnout address</text>
</label>
<separator/>
<label>
<text> </text>
</label>
<row>
<column>
<label>
<text>Decoder Address (1-511) </text>
</label>
<display item="Long Address" label="Decoder Address "/>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
</column>
<column>
<label>
<text> Turnout Address in blocks</text>
</label>
<label>
<text> of 4, range 1-2024</text>
</label>
<display item="Short Address" label=" Output pair 1 + 2 "/>
<display item="Turnout Address 2" label=" Output pair 3 + 4 "/>
<display item="Turnout Address 3" label=" Output pair 5 + 6 "/>
<display item="Turnout Address 4" label=" Output pair 7 + 8 "/>
</column>
</row>
<label>
<text> </text>
</label>
<label>
<text>Output operation, select / deselect as required</text>
</label>
<separator/>
<label>
<text> </text>
</label>
<row>
<column>
<display item="Output Active bit 0" format="checkbox" label="Output Active 1"/>
<label>
<text> </text>
</label>
<display item="Invert bit 0" format="checkbox" label="Invert Outputs: 1"/>
</column>
<column>
<display item="Output Active bit 1" format="checkbox" label=" 2"/>
<label>
<text> </text>
</label>
<display item="Invert bit 1" format="checkbox" label=" 2"/>
</column>
<column>
<display item="Output Active bit 2" format="checkbox" label=" 3"/>
<label>
<text> </text>
</label>
<display item="Invert bit 2" format="checkbox" label=" 3"/>
</column>
<column>
<display item="Output Active bit 3" format="checkbox" label=" 4"/>
<label>
<text> </text>
</label>
<display item="Invert bit 3" format="checkbox" label=" 4"/>
</column>
<column>
<display item="Output Active bit 4" format="checkbox" label=" 5"/>
<label>
<text> </text>
</label>
<display item="Invert bit 4" format="checkbox" label=" 5"/>
</column>
<column>
<display item="Output Active bit 5" format="checkbox" label=" 6"/>
<label>
<text> </text>
</label>
<display item="Invert bit 5" format="checkbox" label=" 6"/>
</column>
<column>
<display item="Output Active bit 6" format="checkbox" label=" 7"/>
<label>
<text> </text>
</label>
<display item="Invert bit 6" format="checkbox" label=" 7"/>
</column>
<column>
<display item="Output Active bit 7" format="checkbox" label=" 8"/>
<label>
<text> </text>
</label>
<display item="Invert bit 7" format="checkbox" label=" 8"/>
</column>
</row>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
</column>
<column>
<label>
<text> </text>
</label>
</column>
<column>
<label>
<text> </text>
</label>
<label>
<text>Output Duration and Toggle Mode</text>
</label>
<separator/>
<row>
<column>
<label>
<text>Duration of Output</text>
</label>
<display item="A Output (x10) Millisecs" label="1+2 "/>
<display item="B Output (x10) Millisecs" label="3+4 "/>
<display item="C Output (x10) Millisecs" label="5+6 "/>
<display item="D Output (x10) Millisecs" label="7+8 "/>
<label>
<text>(x10 MilliSecs)</text>
</label>
<label>
<text>0 = continous output</text>
</label>
</column>
<column>
<label>
<text> </text>
</label>
</column>
<column>
<label>
<text>Toggle Mode Outputs</text>
</label>
<display item="Toggle Mode output 1" format="checkbox" label="1+2"/>
<display item="Toggle Mode output 2" format="checkbox" label="3+4"/>
<display item="Toggle Mode output 3" format="checkbox" label="5+6"/>
<display item="Toggle Mode output 4" format="checkbox" label="7+8"/>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
</column>
</row>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
<label>
<text> </text>
</label>
<label>
<text>Read Only Information </text>
</label>
<separator/>
<display item="Configuration"/>
<display item="Decoder Version" label="Decoder Version"/>
<display item="Manufacturer" label="Manufacturer"/>
</column>
</row>
</column>
</pane>
</decoder-config>