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towTest_dualWinch.xml
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4375 lines (3985 loc) · 156 KB
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<?xml version="1.0" encoding="UTF-8"?><Root>
<SubSystem>
<Name>EncPosEstimation </Name>
<xPCName>towTest_dualWinch/EncPosEstimation </xPCName>
<block>
<blkName>Gain</blkName>
<xpcblkName>EncPosEstimation /Gain</xpcblkName>
<SLblockPath>towTest_dualWinch/EncPosEstimation /Gain</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/EncPosEstimation </SubSystemName>
</parameter>
</block>
<block>
<blkName>Gain1</blkName>
<xpcblkName>EncPosEstimation /Gain1</xpcblkName>
<SLblockPath>towTest_dualWinch/EncPosEstimation /Gain1</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/EncPosEstimation </SubSystemName>
</parameter>
</block>
<signal>
<sigName>Cast To Double</sigName>
<xpcsigName>EncPosEstimation /Cast To Double</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/EncPosEstimation </SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain</sigName>
<xpcsigName>EncPosEstimation /Gain</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/EncPosEstimation </SubSystemName>
<sigLabel>angPos_rad</sigLabel>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain1</sigName>
<xpcsigName>EncPosEstimation /Gain1</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/EncPosEstimation </SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Product</sigName>
<xpcsigName>EncPosEstimation /Product</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/EncPosEstimation </SubSystemName>
<sigLabel>linearPos</sigLabel>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Add1</sigName>
<xpcsigName>EncPosEstimation /Add1</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/EncPosEstimation </SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
</SubSystem>
<SubSystem>
<Name>LAS_Calculation</Name>
<xPCName>towTest_dualWinch/LAS_Calculation</xPCName>
<SubSystem>
<Name>Scope 3</Name>
<xPCName>towTest_dualWinch/LAS_Calculation/Scope 3</xPCName>
</SubSystem>
<SubSystem>
<Name>LAS Measurement Corrections</Name>
<xPCName>towTest_dualWinch/LAS_Calculation/LAS Measurement Corrections</xPCName>
</SubSystem>
<block>
<blkName>Az_deg_calib</blkName>
<xpcblkName>LAS_Calculation/Az_deg_calib</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Az_deg_calib</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant</blkName>
<xpcblkName>LAS_Calculation/Constant</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Constant</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant1</blkName>
<xpcblkName>LAS_Calculation/Constant1</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Constant1</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant2</blkName>
<xpcblkName>LAS_Calculation/Constant2</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Constant2</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant3</blkName>
<xpcblkName>LAS_Calculation/Constant3</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Constant3</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>El_deg_calib</blkName>
<xpcblkName>LAS_Calculation/El_deg_calib</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/El_deg_calib</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Gain</blkName>
<xpcblkName>LAS_Calculation/Gain</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Gain</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Gain1</blkName>
<xpcblkName>LAS_Calculation/Gain1</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Gain1</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Gain2</blkName>
<xpcblkName>LAS_Calculation/Gain2</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Gain2</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Gain3</blkName>
<xpcblkName>LAS_Calculation/Gain3</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Gain3</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Gain4</blkName>
<xpcblkName>LAS_Calculation/Gain4</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Gain4</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Gain5</blkName>
<xpcblkName>LAS_Calculation/Gain5</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Gain5</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Multiply</blkName>
<xpcblkName>LAS_Calculation/Multiply</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Multiply</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>Multiply1</blkName>
<xpcblkName>LAS_Calculation/Multiply1</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/Multiply1</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>Gain</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>ASCII Decode 1</blkName>
<xpcblkName>LAS_Calculation/ASCII Decode 1</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/ASCII Decode 1</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 5]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>ASCII Decode 4</blkName>
<xpcblkName>LAS_Calculation/ASCII Decode 4</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/ASCII Decode 4</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 5]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>ASCII Decode 5</blkName>
<xpcblkName>LAS_Calculation/ASCII Decode 5</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/ASCII Decode 5</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 5]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<block>
<blkName>ASCII Decode 6</blkName>
<xpcblkName>LAS_Calculation/ASCII Decode 6</xpcblkName>
<SLblockPath>towTest_dualWinch/LAS_Calculation/ASCII Decode 6</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 5]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
</parameter>
</block>
<signal>
<sigName>LAS Measurement Corrections/p1</sigName>
<xpcsigName>LAS_Calculation/LAS Measurement Corrections/p1</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>LAS Measurement Corrections/p2</sigName>
<xpcsigName>LAS_Calculation/LAS Measurement Corrections/p2</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain</sigName>
<xpcsigName>LAS_Calculation/Gain</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain1</sigName>
<xpcsigName>LAS_Calculation/Gain1</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain2</sigName>
<xpcsigName>LAS_Calculation/Gain2</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain3</sigName>
<xpcsigName>LAS_Calculation/Gain3</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain4</sigName>
<xpcsigName>LAS_Calculation/Gain4</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigLabel>kite_elev</sigLabel>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Gain5</sigName>
<xpcsigName>LAS_Calculation/Gain5</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigLabel>kite_azi</sigLabel>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Multiply</sigName>
<xpcsigName>LAS_Calculation/Multiply</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Multiply1</sigName>
<xpcsigName>LAS_Calculation/Multiply1</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Mod</sigName>
<xpcsigName>LAS_Calculation/Mod</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Mod1</sigName>
<xpcsigName>LAS_Calculation/Mod1</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>ASCII Decode 1</sigName>
<xpcsigName>LAS_Calculation/ASCII Decode 1</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>ASCII Decode 4</sigName>
<xpcsigName>LAS_Calculation/ASCII Decode 4</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>ASCII Decode 5</sigName>
<xpcsigName>LAS_Calculation/ASCII Decode 5</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>ASCII Decode 6</sigName>
<xpcsigName>LAS_Calculation/ASCII Decode 6</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Add2</sigName>
<xpcsigName>LAS_Calculation/Add2</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigLabel>El_deg</sigLabel>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Add3</sigName>
<xpcsigName>LAS_Calculation/Add3</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigLabel>Az_deg</sigLabel>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Add4</sigName>
<xpcsigName>LAS_Calculation/Add4</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigLabel>Elevation</sigLabel>
<sigTestPoint>false</sigTestPoint>
</signal>
<signal>
<sigName>Add5</sigName>
<xpcsigName>LAS_Calculation/Add5</xpcsigName>
<sigWidth>1</sigWidth>
<sigDim>[1, 1]</sigDim>
<SubSystemName>towTest_dualWinch/LAS_Calculation</SubSystemName>
<sigTestPoint>false</sigTestPoint>
</signal>
</SubSystem>
<SubSystem>
<Name>Scope 1</Name>
<xPCName>towTest_dualWinch/Scope 1</xPCName>
</SubSystem>
<SubSystem>
<Name>Scope 2</Name>
<xPCName>towTest_dualWinch/Scope 2</xPCName>
</SubSystem>
<SubSystem>
<Name>Scope 3</Name>
<xPCName>towTest_dualWinch/Scope 3</xPCName>
</SubSystem>
<SubSystem>
<Name>Scope 4</Name>
<xPCName>towTest_dualWinch/Scope 4</xPCName>
</SubSystem>
<SubSystem>
<Name>Send Receive (v3) </Name>
<xPCName>towTest_dualWinch/Send Receive (v3) </xPCName>
<SubSystem>
<Name>ISR</Name>
<xPCName>towTest_dualWinch/Send Receive (v3) /ISR</xPCName>
<SubSystem>
<Name>doWhile</Name>
<xPCName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</xPCName>
<block>
<blkName>Constant</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Constant</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Constant</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant1</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Constant1</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Constant1</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant2</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Constant2</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Constant2</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant3</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Constant3</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Constant3</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Constant4</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Constant4</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Constant4</SLblockPath>
<isSrc>[1 0 1]</isSrc>
<parameter>
<paramName>Value</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Read (v3) 1</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 1</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 1</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Read (v3) 2</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 2</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 2</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Read (v3) 3</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 3</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 3</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Read (v3) 4</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 4</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Read (v3) 4</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Write (v3) 1</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 1</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 1</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Write (v3) 2</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 2</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 2</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Write (v3) 3</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 3</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 3</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Int Source Filter Write (v3) 4</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 4</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Int Source Filter Write (v3) 4</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Read HW FIFO (v3) 1</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 1</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 1</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P6</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Read HW FIFO (v3) 2</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 2</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 2</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P6</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Read HW FIFO (v3) 3</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 3</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 3</SLblockPath>
<isSrc>[0 1 1]</isSrc>
<parameter>
<paramName>P1</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P2</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P3</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P4</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P5</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
<parameter>
<paramName>P6</paramName>
<dim>[1, 1]</dim>
<SubSystemName>towTest_dualWinch/Send Receive (v3) /ISR/doWhile</SubSystemName>
</parameter>
</block>
<block>
<blkName>Read HW FIFO (v3) 4</blkName>
<xpcblkName>Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 4</xpcblkName>
<SLblockPath>towTest_dualWinch/Send Receive (v3) /ISR/doWhile/Read HW FIFO (v3) 4</SLblockPath>