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added tables for many new features

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Jake Yamona authored and GitHub committed 2026-09-08 15:17:28 -04:00
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</MATH>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x30">
<title>Valvetronic eccentric shaft angle to lift</title>
<description>KL_HUBEX - This table performs an inverted lookup to determine the valvetronic shaft angle required to hit a target valve lift.</description>
<CATEGORYMEM index="0" category="19" />
<XDFAXIS id="x" uniqueid="0x0">
<EMBEDDEDDATA mmedtypeflags="0x2" mmedaddress="0x71BB1E" mmedelementsizebits="16" mmedcolcount="18" mmedmajorstridebits="0" mmedminorstridebits="0" />
<units>mm</units>
<indexcount>18</indexcount>
<decimalpl>3</decimalpl>
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<unittype>0</unittype>
<embedinfo type="1" />
<DALINK index="0" />
<MATH equation="X*0.001">
<VAR id="X" />
</MATH>
</XDFAXIS>
<XDFAXIS id="y" uniqueid="0x0">
<EMBEDDEDDATA mmedtypeflags="0x0" mmedaddress="0x0" mmedelementsizebits="8" mmedcolcount="1" mmedmajorstridebits="0" mmedminorstridebits="0" />
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</MATH>
</XDFAXIS>
<XDFAXIS id="z">
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<units />
<decimalpl>3</decimalpl>
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<max>255</max>
<outputtype>1</outputtype>
<MATH equation="X*0.1">
<VAR id="X" />
</MATH>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x30">
<title>Valvetronic maximum eccentric shaft angle (RPM)</title>
<description>KL_EXWMX_N - This table limits the maximum valvetronic shaft angle by RPM.</description>
<CATEGORYMEM index="0" category="19" />
<XDFAXIS id="x" uniqueid="0x0">
<EMBEDDEDDATA mmedtypeflags="0x3" mmedaddress="0x71BB42" mmedelementsizebits="16" mmedcolcount="6" mmedmajorstridebits="0" mmedminorstridebits="0" />
<units>1/min</units>
<indexcount>6</indexcount>
<decimalpl>0</decimalpl>
<datatype>0</datatype>
<unittype>0</unittype>
<embedinfo type="1" />
<DALINK index="0" />
<MATH equation="X*1">
<VAR id="X" />
</MATH>
</XDFAXIS>
<XDFAXIS id="y" uniqueid="0x0">
<EMBEDDEDDATA mmedtypeflags="0x0" mmedaddress="0x0" mmedelementsizebits="8" mmedcolcount="1" mmedmajorstridebits="0" mmedminorstridebits="0" />
<units>-</units>
<indexcount>1</indexcount>
<decimalpl>0</decimalpl>
<datatype>0</datatype>
<unittype>0</unittype>
<embedinfo type="1" />
<DALINK index="0" />
<MATH equation="X*1">
<VAR id="X" />
</MATH>
</XDFAXIS>
<XDFAXIS id="z">
<EMBEDDEDDATA mmedtypeflags="0x2" mmedaddress="0x71BA92" mmedelementsizebits="16" mmedrowcount="1" mmedcolcount="6" mmedmajorstridebits="0" mmedminorstridebits="0" />
<units />
<decimalpl>3</decimalpl>
<min>0</min>
<max>255</max>
<outputtype>1</outputtype>
<MATH equation="X*0.1">
<VAR id="X" />
</MATH>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE>
<title>Valvetronic eccentric shaft angle to lift X (autogen)</title>
<CATEGORYMEM index="0" category="19" />
<CATEGORYMEM index="1" category="27" />
<XDFAXIS id="x">
<EMBEDDEDDATA />
<indexcount>18</indexcount>
</XDFAXIS>
<XDFAXIS id="y">
<EMBEDDEDDATA />
<indexcount>1</indexcount>
</XDFAXIS>
<XDFAXIS id="z" uniqueid="0x0">
<EMBEDDEDDATA mmedtypeflags="0x2" mmedaddress="0x71BB1E" mmedelementsizebits="16" mmedcolcount="18" mmedmajorstridebits="0" mmedminorstridebits="0" />
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<indexcount>18</indexcount>
<decimalpl>3</decimalpl>
<datatype>0</datatype>
<unittype>0</unittype>
<embedinfo type="1" />
<DALINK index="0" />
<MATH equation="X*0.001">
<VAR id="X" />
</MATH>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE>
<title>Valvetronic maximum eccentric shaft angle (RPM) X (autogen)</title>
<CATEGORYMEM index="0" category="19" />
<CATEGORYMEM index="1" category="27" />
<XDFAXIS id="x">
<EMBEDDEDDATA />
<indexcount>6</indexcount>
</XDFAXIS>
<XDFAXIS id="y">
<EMBEDDEDDATA />
<indexcount>1</indexcount>
</XDFAXIS>
<XDFAXIS id="z" uniqueid="0x0">
<EMBEDDEDDATA mmedtypeflags="0x3" mmedaddress="0x71BB42" mmedelementsizebits="16" mmedcolcount="6" mmedmajorstridebits="0" mmedminorstridebits="0" />
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<indexcount>6</indexcount>
<decimalpl>0</decimalpl>
<datatype>0</datatype>
<unittype>0</unittype>
<embedinfo type="1" />
<DALINK index="0" />
<MATH equation="X*1">
<VAR id="X" />
</MATH>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x0">
<title>Max valve lift (10ms)</title>
<description>KF_HUB_GRDMX</description>
@@ -14103,6 +14239,48 @@
</MATH>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x30">
<title>Enable Factory Launch Control</title>
<description>BMWas_cw_EnaRennstart_C - Set to 7 to enable or 0 to disable.</description>
<CATEGORYMEM index="0" category="25" />
<XDFAXIS id="x" uniqueid="0x0">
<EMBEDDEDDATA mmedtypeflags="0x0" mmedaddress="0x0" mmedelementsizebits="8" mmedcolcount="1" mmedmajorstridebits="0" mmedminorstridebits="0" />
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<XDFAXIS id="z">
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<units>-</units>
<decimalpl>1</decimalpl>
<min>0</min>
<max>255</max>
<outputtype>1</outputtype>
<MATH equation="X*1">
<VAR id="X" />
</MATH>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x0">
<title>Faktor fuer Schubblubbern im Stand</title>
<description>K_F_SOT_RUECKBLICK_STAND</description>
@@ -44243,8 +44421,10 @@ ipol factors 1.01 - 2 blend from map slot to FF2</description>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x30">
<title>ReFlex Aux 2 Set as Relay Trigger</title>
<description>Set to 1 if this aux output is triggering a relay. It will then only output DC% at either 0 or 100% (0-49.9% treated as 0%, 50-100% treated as 100%)</description>
<title>ReFlex Aux 2 Output Type</title>
<description>00: Normal PWM output driven by the per map / flexfuel DC% output tables with interpolation.
01: Relay Trigger - when this aux output is controlling a traditional relay, it will only output DC% at either 0 or 100% (0-49.9% treated as 0%, 50-100% treated as 100%)
02: Line Lock - when this aux output is controlling a line lock kit, it will only output 100% DC after the cruise control rocker UP is held for 2 seconds while stopped and on the brake pedal. The pedal threshold condition is also ignored. Press and hold for 2 seconds again (while stopped and on the brake) to release. NOTE: The CEL will flash while line lock is active.</description>
<CATEGORYMEM index="0" category="250" />
<CATEGORYMEM index="1" category="72" />
<CATEGORYMEM index="2" category="61" />
@@ -44283,8 +44463,10 @@ ipol factors 1.01 - 2 blend from map slot to FF2</description>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x30">
<title>ReFlex Aux 3 Set as Relay Trigger</title>
<description>Set to 1 if this aux output is triggering a relay. It will then only output DC% at either 0 or 100% (0-49.9% treated as 0%, 50-100% treated as 100%)</description>
<title>ReFlex Aux 3 Output Type</title>
<description>00: Normal PWM output driven by the per map / flexfuel DC% output tables with interpolation.
01: Relay Trigger - when this aux output is controlling a traditional relay, it will only output DC% at either 0 or 100% (0-49.9% treated as 0%, 50-100% treated as 100%)
02: Line Lock - when this aux output is controlling a line lock kit, it will only output 100% DC after the cruise control rocker UP is held for 2 seconds while stopped and on the brake pedal. The pedal threshold condition is also ignored. Press and hold for 2 seconds again (while stopped and on the brake) to release. NOTE: The CEL will flash while line lock is active.</description>
<CATEGORYMEM index="0" category="250" />
<CATEGORYMEM index="1" category="72" />
<CATEGORYMEM index="2" category="63" />
@@ -44323,8 +44505,10 @@ ipol factors 1.01 - 2 blend from map slot to FF2</description>
</XDFAXIS>
</XDFTABLE>
<XDFTABLE uniqueid="0x0" flags="0x30">
<title>ReFlex Aux 4 Set as Relay Trigger</title>
<description>Set to 1 if this aux output is triggering a relay. It will then only output DC% at either 0 or 100% (0-49.9% treated as 0%, 50-100% treated as 100%)</description>
<title>ReFlex Aux 4 Output Type</title>
<description>00: Normal PWM output driven by the per map / flexfuel DC% output tables with interpolation.
01: Relay Trigger - when this aux output is controlling a traditional relay, it will only output DC% at either 0 or 100% (0-49.9% treated as 0%, 50-100% treated as 100%)
02: Line Lock - when this aux output is controlling a line lock kit, it will only output 100% DC after the cruise control rocker UP is held for 2 seconds while stopped and on the brake pedal. The pedal threshold condition is also ignored. Press and hold for 2 seconds again (while stopped and on the brake) to release. NOTE: The CEL will flash while line lock is active.</description>
<CATEGORYMEM index="0" category="250" />
<CATEGORYMEM index="1" category="72" />
<CATEGORYMEM index="2" category="65" />
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