diff --git a/.github/workflows/validation.yml b/.github/workflows/validation.yml
index e1f143143..40bd20705 100644
--- a/.github/workflows/validation.yml
+++ b/.github/workflows/validation.yml
@@ -213,72 +213,15 @@ jobs:
         with:
           key: ${{ env.BRANCH_NAME }}-${{ github.sha }}
           path: ${{ env.REST_PATH }}
-      - name: 02_PandaXiiiMC
+      - name: PandaXIII Geant4
         run: |
           source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_MC
           restG4 ${{ env.REST_PATH }}/examples/restG4/05.PandaXIII/Xe136bb0n.rml -o Xe136bb0n.root
-          restRoot -b -q ${{ env.REST_PATH }}/examples/restG4/05.PandaXIII/Validate.C'("Xe136bb0n.root")'
-      #      - name: 02_PandaXiiiMC small for reference # We can use these artifacts to update the validation reference file
-      #        run: |
-      #          source ${{ env.REST_PATH }}/thisREST.sh
-      #          cd framework/pipeline/pandaxiii_MC
-      #          restG4 ${{ env.REST_PATH }}/examples/restG4/05.PandaXIII/Xe136bb0n.rml -o Xe136bb0n_small_reference_pipeline.root -n 5
-      #          restManager --c AllProcesses.rml --i Xe136bb0n_small_reference_pipeline.root --o Xe136bb0n_small_reference_processed_pipeline.root
-      #          restRoot -b -q ../MakeBasicTree.C'("Xe136bb0n_small_reference_processed_pipeline.root", "Xe136bb0n_validation_pipeline.root")'
-      #      - name: Upload Artifacts
-      #        uses: actions/upload-artifact@v3
-      #        with:
-      #          name: Xe136bb
-      #          path: |
-      #            framework/pipeline/pandaxiii_MC/Xe136bb0n.root
-      #            framework/pipeline/pandaxiii_MC/Xe136bb0n_small_reference_pipeline.root
-      #            framework/pipeline/pandaxiii_MC/Xe136bb0n_small_reference_processed_pipeline.root
-      #            framework/pipeline/pandaxiii_MC/Xe136bb0n_validation_pipeline.root
-      #          retention-days: 1
-      - name: PandaXIII Topological
-        run: |
-          source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_MC
-          restManager --c AllProcesses.rml --i Xe136bb0n_small_reference.root --o Xe136bb0n_small_reference_processed.root
-          restRoot -b -q ../MakeBasicTree.C'("Xe136bb0n_small_reference_processed.root")'
-          restRoot -b -q ../ValidateTrees.C'("Xe136bb0n_validation.root")'
-          # restManager --c plots.rml --i Xe136bb0n_small_reference_processed.root
-      # This command is failing in the docker, reproducible locally, not clear why...
-      #        echo | sleep 5 | restManager --c plots.rml --i testOutput.root
-      #    - name: Upload Artifacts
-      #      uses: actions/upload-artifact@v3
-      #      with:
-      #        name: PandaTrackParam
-      #        path: framework/pipeline/pandaxiii_MC/trackParameter.png
-      #        retention-days: 1
-      - name: PandaXIII Topological from Geant4
-        run: |
-          source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_MC
-          echo "using just-generated g4 file"
-          restManager --c AllProcesses.rml --i Xe136bb0n.root --o Xe136bb0n_processed.root --j 1 --e 5
-          restRoot -b -q ../MakeBasicTree.C'("Xe136bb0n_processed.root")'
-          restRoot -b -q ../ValidateTrees.C'("Xe136bb0n_validation.root")'
-      - name: Upload Artifacts
-        uses: actions/upload-artifact@v3
-        with:
-          name: PandaTestOutput
-          path: framework/pipeline/pandaxiii_MC/Xe136bb0n_processed.root
-          retention-days: 1
       - name: PandaXIII Data
         run: |
           source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_data
+          cd framework/pipeline/panda-x
           restManager --c P3AutoChain.rml --i CoBo_AsAd0_2019-03-15.graw --o testOutput.root --j 1
-          restRoot -b -q ../MakeBasicTree.C'("testOutput.root")'
-          restRoot -b -q ../ValidateTrees.C'("validation.root")'
-      - name: Upload Artifacts
-        uses: actions/upload-artifact@v3
-        with:
-          name: PandaTriggerRate
-          path: framework/pipeline/pandaxiii_data/TriggerRate.png
-          retention-days: 1
 
   trex-dm:
     name: "TREX-DM"
@@ -455,77 +398,6 @@ jobs:
           key: ${{ env.BRANCH_NAME }}-${{ github.sha }}
           path: ${{ env.REST_PATH }}
 
-
-  pandax-iii-reference:
-    name: "PandaX-III on reference version"
-    runs-on: ubuntu-latest
-    container:
-      image: ghcr.io/lobis/root-geant4-garfield:rest-for-physics-reference-jun2022
-    needs: [ framework-install-reference ]
-    steps:
-      - uses: actions/checkout@v3
-        with:
-          repository: rest-for-physics/framework
-          path: framework
-      - name: Checkout framework branch
-        run: |
-          cd framework
-          ./scripts/checkoutRemoteBranch.sh ${{ env.BRANCH_NAME }}
-      - name: Restore cache
-        uses: actions/cache@v3
-        id: framework-install-cache-reference
-        with:
-          key: ${{ env.BRANCH_NAME }}-${{ github.sha }}
-          path: ${{ env.REST_PATH }}
-      - name: 02_PandaXiiiMC
-        run: |
-          source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_MC
-          restG4 ${{ env.REST_PATH }}/examples/restG4/05.PandaXIII/Xe136bb0n.rml -o Xe136bb0n.root
-          restRoot -b -q ${{ env.REST_PATH }}/examples/restG4/05.PandaXIII/Validate.C'("Xe136bb0n.root")'
-      - name: Upload Artifacts
-        uses: actions/upload-artifact@v3
-        with:
-          name: Xe136bbRef
-          path: framework/pipeline/pandaxiii_MC/Xe136bb0n.root
-          retention-days: 1
-      - name: PandaXIII Topological
-        run: |
-          source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_MC
-          restManager --c AllProcesses.rml --i Xe136bb0n_small_reference.root --o Xe136bb0n_small_reference_processed.root --j 1 --e 5
-          restRoot -b -q ../MakeBasicTree.C'("Xe136bb0n_small_reference_processed.root")'
-          restRoot -b -q ../ValidateTrees.C'("Xe136bb0n_validation.root")'
-          # restManager --c plots.rml --i Xe136bb0n_small_reference_processed.root
-      - name: PandaXIII Topological from Geant4
-        run: |
-          source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_MC
-          echo "using just-generated g4 file"
-          restManager --c AllProcesses.rml --i Xe136bb0n.root --o Xe136bb0n_processed.root --j 1 --e 5
-          restRoot -b -q ../MakeBasicTree.C'("Xe136bb0n_processed.root")'
-          # TODO: regenerate reference file
-          # restRoot -b -q ../ValidateTrees.C'("Xe136bb0n_validation_G4_v10.4.3.root")'
-      - name: Upload Artifacts
-        uses: actions/upload-artifact@v3
-        with:
-          name: PandaTestOutputRef
-          path: framework/pipeline/pandaxiii_MC/Xe136bb0n_processed.root
-          retention-days: 1
-      - name: PandaXIII Data
-        run: |
-          source ${{ env.REST_PATH }}/thisREST.sh
-          cd framework/pipeline/pandaxiii_data
-          restManager --c P3AutoChain.rml --i CoBo_AsAd0_2019-03-15.graw --o testOutput.root --j 1
-          restRoot -b -q ../MakeBasicTree.C'("testOutput.root")'
-          restRoot -b -q ../ValidateTrees.C'("validation.root")'
-      - name: Upload Artifacts
-        uses: actions/upload-artifact@v3
-        with:
-          name: PandaTriggerRateRef
-          path: framework/pipeline/pandaxiii_data/TriggerRate.png
-          retention-days: 1
-
   examples-reference:
     name: Run examples on reference version
     runs-on: ubuntu-latest
diff --git a/pipeline/pandaxiii_data/CoBo_AsAd0_2019-03-15.graw b/pipeline/panda-x/CoBo_AsAd0_2019-03-15.graw
similarity index 100%
rename from pipeline/pandaxiii_data/CoBo_AsAd0_2019-03-15.graw
rename to pipeline/panda-x/CoBo_AsAd0_2019-03-15.graw
diff --git a/pipeline/panda-x/P3AutoChain.rml b/pipeline/panda-x/P3AutoChain.rml
new file mode 100644
index 000000000..75327d268
--- /dev/null
+++ b/pipeline/panda-x/P3AutoChain.rml
@@ -0,0 +1,91 @@
+<?xml version="1.0" encoding="UTF-8" standalone="no" ?>
+
+<!--In this example, when launching the analysis, we are doing following operations inside TRestManager:
+1. Initialize TRestRun
+1.1 set input and output file for TRestRun(here input and output is in "globals")
+1.2 addMetadata to TRestRun
+2. Initialize TRestProcessRunner
+2.1 set number of events to process
+2.2 set thread number
+2.3 set output tree branches
+2.4 add multiple processes
+2.4.1 override some parameters in the process
+2.4.1 add additional observables in the process
+3. Add a task to call TRestProcessRunner to run
+-->
+
+<TRestManager name="CoBoDataAnalysis" title="Example" verboseLevel="info">
+
+    <TRestRun name="SJTU_Proto">
+        <parameter name="runNumber" value="auto"/>//change this value to "auto" to enable database
+        <parameter name="inputFileName" value="auto"/>
+    </TRestRun>
+
+    <TRestProcessRunner name="Processor" verboseLevel="info">
+        <parameter name="eventsToProcess" value="0"/>
+        <parameter name="threadNumber" value="2"/>
+
+        <parameter name="inputAnalysisStorage" value="on"/>
+        <parameter name="inputEventStorage" value="off"/>
+        <parameter name="outputEventStorage" value="on"/>
+
+        <addProcess type="TRestRawMultiCoBoAsAdToSignalProcess" name="virtualDAQ" value="ON"/>
+        <addProcess type="TRestRawSignalAnalysisProcess" name="sAna" value="ON">
+            <parameter name="pointsOverThreshold" value="3"/>
+            /// We define all observables except MinValue because it is not yet in validation chain
+            <observable name="BaseLineMean" value="ON"/>
+            <observable name="BaseLineSigmaMean" value="ON"/>
+            <observable name="TimeBinsLength" value="ON"/>
+            <observable name="FullIntegral" value="ON"/>
+            <observable name="ThresholdIntegral" value="ON"/>
+            <observable name="RiseSlopeAvg" value="ON"/>
+            <observable name="SlopeIntegral" value="ON"/>
+            <observable name="RateOfChangeAvg" value="ON"/>
+            <observable name="RiseTimeAvg" value="ON"/>
+            <observable name="TripleMaxIntegral" value="ON"/>
+            <observable name="IntegralBalance" value="ON"/>
+            <observable name="AmplitudeIntegralRatio" value="ON"/>
+            <observable name="MinPeakAmplitude" value="ON"/>
+            <observable name="MaxPeakAmplitude" value="ON"/>
+            <observable name="PeakAmplitudeIntegral" value="ON"/>
+            <observable name="AmplitudeRatio" value="ON"/>
+            <observable name="MaxPeakTime" value="ON"/>
+            <observable name="MinPeakTime" value="ON"/>
+            <observable name="MaxPeakTimeDelay" value="ON"/>
+            <observable name="AveragePeakTime" value="ON"/>
+
+        </addProcess>
+        <addProcess type="TRestEventRateAnalysisProcess" name="rateAna" value="ON" observable="all"/>
+        <addProcess type="TRestRawToDetectorSignalProcess" name="rawSignalToSignal" value="ON">
+            <parameter name="sampling" value="0.2us"/>
+            <parameter name="zeroSuppression" value="true"/>
+            <parameter name="nPointsOverThreshold" value="3"/>
+        </addProcess>
+
+        <addProcess type="TRestRealTimeDrawingProcess" name="rD" value="ON" drawInterval="1000">
+            <TRestAnalysisPlot name="TriggerRatePlot" previewPlot="false">
+                <canvas size="(1000,800)" save="TriggerRate.png"/>
+                <plot name="TriggerRate" title="Trigger Rate" xlabel="Seconds From Start" ylabel="Counts" value="ON"
+                      stats="ON">
+                    <variable name="rateAna_SecondsFromStart" range="auto" nbins="100"/>
+                </plot>
+            </TRestAnalysisPlot>
+        </addProcess>
+
+
+    </TRestProcessRunner>
+
+    <addTask type="processEvents" value="ON"/>
+
+
+    <globals>
+        <searchPath value="$ENV{REST_INPUTDATA}/definitions/"/>
+        <parameter name="mainDataPath" value=""/>
+
+        <parameter name="pointThreshold" value="3"/>
+    </globals>
+
+</TRestManager>
+
+
+        <!--parameter here is accessible to all the classes-->
diff --git a/pipeline/pandaxiii_MC/AllProcesses.rml b/pipeline/pandaxiii_MC/AllProcesses.rml
deleted file mode 100644
index 04a7329bc..000000000
--- a/pipeline/pandaxiii_MC/AllProcesses.rml
+++ /dev/null
@@ -1,68 +0,0 @@
-<?xml version="1.0" ?>
-<TRestManager>
-    <globals>
-        <!-- Environment -->
-        <variable name="REST_PITCH" value="3" overwrite="false"/>
-        <parameter name="outputLevel" value="observable"/>
-        <!-- Globals proper -->
-        <!--<parameter name="mainDataPath" value="${REST_DATAPATH}" />-->
-        <parameter name="verboseLevel" value="silent"/>%options are : silent, warning, info, debug
-        <parameter name="seed" value="5"/>
-        // set to 0 as random seed
-    </globals>
-    <TRestRun name="Run metadata" title="REST Metadata run info (template)" verboseLevel="silent">
-        <!--<parameter name="inputFile" value="${REST_INPUTFILE}" />-->
-        <parameter name="experimentName" value="PandaX-III"/>
-        <!--<parameter name="runType" value="strips_Pitch_${REST_PITCH}mm" />-->
-        <parameter name="runNumber" value="1"/>
-        <parameter name="runTag" value="preserve"/>
-        <parameter name="runDescription" value=""/>
-        <parameter name="user" value="WU"/>
-        <parameter name="verboseLevel" value="3"/>
-        <parameter name="overwrite" value="off"/>
-        <!--<parameter name="outputFile" value="Tracks_[EXPERIMENT]_[USER]_[RUNTYPE]_[RUNTAG]_[RUN]_V[VERSION].root" />-->
-        <parameter name="readOnly" value="true"/>
-        <TRestDetectorReadout name="Panda-140kg" file="readout-140kg.rml"/>
-        <TRestDetectorGas type="TRestDetectorGas" name="Xenon-TMA 1Pct 10-10E3Vcm" file="server" pressure="10"/>
-    </TRestRun>
-    <TRestProcessRunner name="pixelization" title="Stripped manager.">
-        <parameter name="outputEventStorage" value="off"/>
-        <parameter name="inputEventStorage" value="off"/>
-        <parameter name="inputAnalysisStorage" value="off"/>
-        <parameter name="firstEntry" value="0"/>
-        <parameter name="lastEntry" value="100000000000"/>
-        <parameter name="eventsToProcess" value="10"/>
-        <!-- ++++++++++++++++
-             Adding processes
-             ++++++++++++++++ -->
-        <!-- TODO: enable "TRestGeant4AnalysisProcess" again -->
-        <addProcess type="TRestGeant4AnalysisProcess" name="g4Ana" value="OFF" file="processes_2D.rml"/>
-        <addProcess type="TRestGeant4BlobAnalysisProcess" name="g4Blob" value="OFF" file="processes_2D.rml"/>
-        <addProcess type="TRestGeant4ToDetectorHitsProcess" name="G4ToHits" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorElectronDiffusionProcess" name="eDiff_1kVcm_10atm" value="ON"
-                    file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorHitsAnalysisProcess" name="hitsAnaDiff" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorHitsSmearingProcess" name="smear_3FWHM" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorHitsAnalysisProcess" name="hitsAnaSmear" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorHitsToSignalProcess" name="hitsToSignal" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorTriggerAnalysisProcess" name="trigger" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorSignalToHitsProcess" name="signalToHits" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorHitsShuffleProcess" name="hitsShuffle" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestDetectorHitsToTrackFastProcess" name="hitsToTrack" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestTrackAnalysisProcess" name="tckAna_2D" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestTrackReductionProcess" name="trackReduction" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestTrackPathMinimizationProcess" name="tckMin" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestTrackDetachIsolatedNodesProcess" name="detach" value="OFF" file="processes_2D.rml"/>
-        <addProcess type="TRestTrackReconnectionProcess" name="trackReconnection" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestTrackAnalysisProcess" name="tckAnaFinal_2D" value="ON" file="processes_2D.rml"/>
-
-        <addProcess type="TRestTrackBlobAnalysisProcess" name="tckBlob_2D" value="ON" file="processes_2D.rml"/>
-        <addProcess type="TRestTrackDrawMarkersProcess" name="draw" value="OFF" file="processes_2D.rml"/>
-        <!-- Now we need to define in the manager the tasks we will perform.
-             If task processEvents is not enabled processes will not be launched -->
-        <!-- If analysisPlot is before the processEvents task it will take as input file the input for TRestRun.
-             If it is after processEvents it will take the output of TRestRun. -->
-    </TRestProcessRunner>
-    <addTask type="processEvents" value="ON"/>
-    <addTask type="analysisPlot" name="Template" value="OFF"/>
-</TRestManager>
diff --git a/pipeline/pandaxiii_MC/README.md b/pipeline/pandaxiii_MC/README.md
deleted file mode 100644
index e33796ef4..000000000
--- a/pipeline/pandaxiii_MC/README.md
+++ /dev/null
@@ -1,13 +0,0 @@
-The following scripts are used to validate the PandaX-III simulation & topological analysis chain.
-
-- **step 1**: Use `restG4 Xe136bb0n.rml` to run test Geant4 simulation. Use `ValidateG4.C` to check if the simulation
-  produced the expected output. i.e. all 500 events are simulated and metadata is correctly recorded. The output file
-  will be used later on.
-
-- **step 2**: Use `AllProcesses.rml` to run restManager for REST simulation and topological analysis. `processes_2D.rml`
-  and `readout-140kg.rml` is included by it.
-
-- **step 3**: Use `plots.rml` to check the plots can be successfully drawn by TRestAnalysisPlot
-
-File `Xe136bb0n_small_reference.root` corresponds to the file generated by step 1 using Geant4 11.0.2 but with a smaller
-number of simulated events to reduce size. events.
diff --git a/pipeline/pandaxiii_MC/Xe136bb0n_small_reference.root b/pipeline/pandaxiii_MC/Xe136bb0n_small_reference.root
deleted file mode 100644
index ea364d450..000000000
Binary files a/pipeline/pandaxiii_MC/Xe136bb0n_small_reference.root and /dev/null differ
diff --git a/pipeline/pandaxiii_MC/Xe136bb0n_validation.root b/pipeline/pandaxiii_MC/Xe136bb0n_validation.root
deleted file mode 100644
index 300359553..000000000
Binary files a/pipeline/pandaxiii_MC/Xe136bb0n_validation.root and /dev/null differ
diff --git a/pipeline/pandaxiii_MC/Xe136bb0n_validation_G4_v10.4.3.root b/pipeline/pandaxiii_MC/Xe136bb0n_validation_G4_v10.4.3.root
deleted file mode 100644
index 4deb656af..000000000
Binary files a/pipeline/pandaxiii_MC/Xe136bb0n_validation_G4_v10.4.3.root and /dev/null differ
diff --git a/pipeline/pandaxiii_MC/Xe136bb0n_validation_root6.20.root b/pipeline/pandaxiii_MC/Xe136bb0n_validation_root6.20.root
deleted file mode 100644
index e63912f3e..000000000
Binary files a/pipeline/pandaxiii_MC/Xe136bb0n_validation_root6.20.root and /dev/null differ
diff --git a/pipeline/pandaxiii_MC/plots.rml b/pipeline/pandaxiii_MC/plots.rml
deleted file mode 100644
index efc5ec537..000000000
--- a/pipeline/pandaxiii_MC/plots.rml
+++ /dev/null
@@ -1,74 +0,0 @@
-<?xml version="1.0" encoding="UTF-8" standalone="no" ?>
-
-<TRestManager name="SpecPlot" title="Example" verboseLevel="info">
-
-    <TRestRun name="SJTU_Proto">
-        <parameter name="runNumber" value="-1"/>//change this value to "auto" to enable database
-        <parameter name="outputFileName" value="null"/>//change this value to "auto" to enable database
-    </TRestRun>
-
-    <TRestAnalysisPlot name="restplot" title="Basic Plots">
-
-        <if condition="${USER}==test">
-            <parameter name="previewPlot" value="false"/>
-        </if>
-        <parameter name="previewPlot" value="true"/>
-
-        <canvas size="(1000,800)" divide="(1,2)" save="trackParameter.png"/>
-
-        <plot name="tckBlob" title="energy of track blobs"
-              xlabel="Blob Energy" ylabel="Counts" logscale="false"
-              legend="on">
-
-            <histo name="lower energy blob, XZ">
-                <variable name="tckBlob_2D_Qlow_X_R20" nbins="100"/>
-                <parameter name="lineColor" value="1"/>
-                <parameter name="lineColor" value="1"/>
-            </histo>
-
-            <histo name="lower energy blob, YZ">
-                <variable name="tckBlob_2D_Qlow_Y_R20" nbins="100"/>
-                <parameter name="lineColor" value="2"/>
-            </histo>
-
-            <histo name="higher energy blob, XZ">
-                <variable name="tckBlob_2D_Qhigh_X_R20" nbins="100"/>
-                <parameter name="lineColor" value="3"/>
-            </histo>
-
-            <histo name="higher energy blob, YZ">
-                <variable name="tckBlob_2D_Qhigh_Y_R20" nbins="100"/>
-                <parameter name="lineColor" value="4"/>
-            </histo>
-        </plot>
-
-        <plot name="tckTwist" title="twist parameter of track ending"
-              xlabel="twist" ylabel="Counts" logscale="true"
-              legend="on">
-
-            <histo name="lower energy twist, XZ">
-                <variable name="tckAnaFinal_2D_twistLow_X_20" nbins="100" range="(0,1)"/>
-                <parameter name="lineColor" value="1"/>
-            </histo>
-
-            <histo name="lower energy twist, YZ">
-                <variable name="tckAnaFinal_2D_twistLow_Y_20" nbins="100"/>
-                <parameter name="lineColor" value="2"/>
-            </histo>
-
-            <histo name="higher energy twist, XZ">
-                <variable name="tckAnaFinal_2D_twistHigh_X_20" nbins="100"/>
-                <parameter name="lineColor" value="3"/>
-            </histo>
-
-            <histo name="higher energy twist, YZ">
-                <variable name="tckAnaFinal_2D_twistHigh_Y_20" nbins="100"/>
-                <parameter name="lineColor" value="3"/>
-            </histo>
-        </plot>
-
-    </TRestAnalysisPlot>
-
-    <addTask command="restplot->PlotCombinedCanvas()" value="ON"/>
-
-</TRestManager>
diff --git a/pipeline/pandaxiii_MC/processes_2D.rml b/pipeline/pandaxiii_MC/processes_2D.rml
deleted file mode 100644
index aa6aa3cb0..000000000
--- a/pipeline/pandaxiii_MC/processes_2D.rml
+++ /dev/null
@@ -1,587 +0,0 @@
-<?xml version="1.0" ?>
-<processes>
-    <TRestDetectorElectronDiffusionProcess name="eDiff_1kVcm_10atm" title="eDiff" verboseLevel="silent">
-        <parameter name="electricField" value="1" units="kV/cm"/>
-        <parameter name="attachment" value="0"/>
-        <!-- units?? -->
-        <parameter name="gasPressure" value="10"/>
-        <parameter name="Wvalue" value="" units="eV"/>
-        <parameter name="maxHits" value="5000"/>
-        <!--<observable name="readoutPlaneEnergy_1" value="ON" /> -->
-        <!-- There is no need to specify additional parameters if all values will be taken from the gas properties (TRestDetectorGas). -->
-    </TRestDetectorElectronDiffusionProcess>
-
-    <TRestDetectorAvalancheProcess name="avalancheProcess" title="IAXOD0 chamber">
-        <parameter name="energyReference" value="5.9keV"/>
-        <parameter name="resolutionReference" value="13"/>// fwhm
-        <parameter name="detectorGain" value="8000"/>// absolute gain // parameter name=&quot;electronicsGain&quot;
-        value=&quot;671744&quot; // electrons for 4096 ADC units
-    </TRestDetectorAvalancheProcess>
-
-    <TRestDetectorSignalDeconvolutionProcess name="deconvolution-Template" title="Deconvolution of AGET signals">
-        <parameter name="transversalDiffusionCoefficient" value="10"/>
-        <!-- There is no need to specify additional parameters if all values will be taken from the gas properties (TRestDetectorGas). -->
-    </TRestDetectorSignalDeconvolutionProcess>
-    <TRestDetectorAvalancheProcess name="avalancheProcess" title="IAXOD0 chamber">
-        <parameter name="energyReference" value="5.9keV"/>
-        <parameter name="resolutionReference" value="13"/>// fwhm
-        <parameter name="detectorGain" value="8000"/>// absolute gain // parameter name=&quot;electronicsGain&quot;
-        value=&quot;671744&quot; // electrons for 4096 ADC units
-    </TRestDetectorAvalancheProcess>
-
-    <TRestDetectorSignalDeconvolutionProcess name="deconv" title="Deconvolution of AGET signals" verboseLevel="silent">
-        <parameter name="frequency1" value="2.71383005928202273"/>
-        <parameter name="frequency2" value="18.6067876433914706e"/>
-        <parameter name="smoothingPoints" value="3"/>
-        <parameter name="smearingPoints" value="5"/>
-        <parameter name="baselineStart" value="32"/>
-        <parameter name="baselineEnd" value="64"/>
-        <parameter name="nFFTStart" value="0"/>
-        <parameter name="nFFTEnd" value="0"/>
-        <parameter name="cutFrequency" value="12"/>
-        <parameter name="responseFile" value="AGET_Response_SJTU_2017Feb22.root"/>
-    </TRestDetectorSignalDeconvolutionProcess>
-
-    <TRestDetectorSignalGaussianConvolutionProcess name="gConv" title="Gaussian convolution of signals">
-        <parameter name="sigma" value=".1us"/>
-        <parameter name="nSigmas" value="2"/>// Number of sigmas to perform the calculation
-    </TRestDetectorSignalGaussianConvolutionProcess>
-
-    <TRestAddSignalNoiseProcess name="addSignalNoiseProcess" title="Test AddNoise to Signal">
-        <parameter name="noiseLevel" value="5"/>// // electrons in each time bin
-    </TRestAddSignalNoiseProcess>
-
-    <TRestDetectorSignalToHitsProcess name="signalToHits" title="A Signal To Hits reconstruction template."
-                                      verboseLevel="silent">
-        <parameter name="sampling" value="200ns"/>
-        <parameter name="electricField" value="1000" units="V/cm"/>
-        <!-- If not specified, the following values will be taken from TRestDetectorGas properties -->
-        <parameter name="gasPressure" value=""/>
-        <!-- in atm -->
-        <parameter name="driftVelocity" value=""/>
-        <!-- in cm/us -->
-        <parameter name="method" value="all"/>
-    </TRestDetectorSignalToHitsProcess>
-
-    <TRestDetectorHitsToSignalProcess name="hitsToSignal" title="A hits to signal template" verboseLevel="silent">
-        <parameter name="sampling" value="200ns"/>
-        <parameter name="electricField" value="1000" units="V/cm"/>
-        <!-- If specified, the following parameters will modify the properties of the gas found in TRestDetectorGas -->
-        <parameter name="gasPressure" value=""/>
-        <parameter name="driftVelocity" value=""/>
-    </TRestDetectorHitsToSignalProcess>
-
-    <TRestDetectorHitsToTrackProcess name="ihitsToTrack" title="">
-        <parameter name="clusterDistance" value="7.5" units="mm"/>
-    </TRestDetectorHitsToTrackProcess>
-    <TRestDetectorHitsToTrackFastProcess name="hitsToTrack" title="">
-        <parameter name="cellResolution" value="7.5" units="mm"/>
-        <parameter name="netSize" value="1700mm"/>
-        <parameter name="netOrigin" value="(-850,-850,-850)mm"/>
-    </TRestDetectorHitsToTrackFastProcess>
-    <TRestDetectorHitsShuffleProcess name="hitsShuffle" title="Shuffles the hits">
-        <parameter name="iterations" value="100"/>
-    </TRestDetectorHitsShuffleProcess>
-    <TRestDetectorHitsReductionProcess name="hitsReduction" title="Merges the closest hits in a HitsEvent">
-        <parameter name="startingDistance" value="0.25mm"/>
-        <parameter name="minimumDistance" value="0.5mm"/>
-        <parameter name="distanceStepFactor" value="1.15"/>
-        <parameter name="maxNodes" value="25"/>
-    </TRestDetectorHitsReductionProcess>
-    <TRestTrackReductionProcess name="trackReduction" title="Merges the closer hits in a TrackEvent"
-                                verboseLevel="silent">
-        <parameter name="startingDistance" value="0.15mm"/>
-        <parameter name="minimumDistance" value="0.5mm"/>
-        <parameter name="distanceStepFactor" value="1.15"/>
-        <parameter name="maxNodes" value="20"/>
-    </TRestTrackReductionProcess>
-    <TRestTrackPathMinimizationProcess name="debug" title="" verboseLevel="silent">
-        <parameter name="maxNodes" value="50"/>
-        <parameter name="weightHits" value="false"/>
-    </TRestTrackPathMinimizationProcess>
-    <TRestTrackPathMinimizationProcess name="tckMin" title="" verboseLevel="silent">
-        <parameter name="maxNodes" value="30"/>
-        <parameter name="weightHits" value="false"/>
-    </TRestTrackPathMinimizationProcess>
-    <TRestTrackReconnectionProcess name="trackReconnection" title="" verboseLevel="silent">
-        <observable name="branches" type="int" value="ON"/>
-        <!-- This parameter will split the track in case secondary branches are found -->
-        <parameter name="splitTrack" value="false"/>
-    </TRestTrackReconnectionProcess>
-    <TRestGeant4AnalysisProcess name="g4Ana" title="Geant4 analysis template" verboseLevel="silent">
-        <observable name="GasVolumeEDep" value="ON" description="Energy deposited in the gas volume in keV"/>
-        <observable name="vesselVolumeEDep" value="OFF" description="Energy deposited in the vessel volume in keV"/>
-        <observable name="totalEdep" value="ON" description="Total energy deposited in all the volumes in keV"/>
-        <observable name="photoelectric" value="ON" type="int"
-                    description="Its value will be 1 if the event contains a photoelectric interaction."/>
-        <observable name="compton" value="ON" type="int"
-                    description="Its value will be 1 if the event contains a compton scattering process."/>
-        <observable name="bremstralung" value="ON" type="int"
-                    description="Its value will be 1 if the event contains a bremstralung physics process."/>
-        <parameter name="lowEnergyCut" value="600keV"/>
-        <parameter name="highEnergyCut" value="3000keV"/>
-    </TRestGeant4AnalysisProcess>
-    <TRestDetectorHitsAnalysisProcess name="hitsAnaDiff" title="A hits analysis process">
-        <observable name="energy" value="ON"/>
-        <observable name="xMean" value="ON"/>
-        <observable name="yMean" value="ON"/>
-        <observable name="zMean" value="ON"/>
-        <observable name="nHits" value="ON" type="int"/>
-        <observable name="nHitsX" value="ON" type="int"/>
-        <observable name="nHitsY" value="ON" type="int"/>
-        <!-- Observables and parameters to determine if hits are
-         inside a certain fiducial volume (cylinder or prism). -->
-        <!-- This parameter allows to enable/disable the cylinder fiducialization. -->
-        <parameter name="cylinderFiducialization" value="false"/>
-        <!-- x0 and y0 are common coordinates for prism and cylinder. -->
-        <parameter name="fiducial_x0" value="(0,0,-100)mm"/>
-        <parameter name="fiducial_x1" value="(0,0,100)mm"/>
-        <parameter name="fiducial_R" value="10mm"/>
-        <!-- This parameter allows to enable/disable the prism fiducialization. -->
-        <parameter name="prismFiducialization" value="false"/>
-        <parameter name="fiducial_sX" value="10mm"/>
-        <parameter name="fiducial_sY" value="10mm"/>
-        <observable name="isInsidePrismVolume" value="OFF"/>
-        <observable name="nInsidePrismVolume" value="OFF"/>
-        <observable name="energyInsidePrismVolume" value="OFF"/>
-        <observable name="distanceToPrismWall" value="OFF"/>
-        <observable name="distanceToPrismTop" value="OFF"/>
-        <observable name="distanceToPrismBottom" value="OFF"/>
-    </TRestDetectorHitsAnalysisProcess>
-    <TRestDetectorHitsAnalysisProcess name="hitsAnaSmear" title="A hits analysis process">
-        <observable name="energy" value="ON"/>
-        <observable name="xMean" value="ON"/>
-        <observable name="yMean" value="ON"/>
-        <observable name="zMean" value="ON"/>
-        <observable name="nHits" value="ON" type="int"/>
-        <observable name="nHitsX" value="ON" type="int"/>
-        <observable name="nHitsY" value="ON" type="int"/>
-        <!-- Observables and parameters to determine if hits are
-         inside a certain fiducial volume (cylinder or prism). -->
-        <!-- This parameter allows to enable/disable the cylinder fiducialization. -->
-        <parameter name="cylinderFiducialization" value="false"/>
-        <!-- x0 and y0 are common coordinates for prism and cylinder. -->
-        <parameter name="fiducial_x0" value="(0,0,-100)mm"/>
-        <parameter name="fiducial_x1" value="(0,0,100)mm"/>
-        <parameter name="fiducial_R" value="10mm"/>
-        <!-- This parameter allows to enable/disable the prism fiducialization. -->
-        <parameter name="prismFiducialization" value="false"/>
-        <parameter name="fiducial_sX" value="10mm"/>
-        <parameter name="fiducial_sY" value="10mm"/>
-        <observable name="isInsidePrismVolume" value="OFF"/>
-        <observable name="nInsidePrismVolume" value="OFF"/>
-        <observable name="energyInsidePrismVolume" value="OFF"/>
-        <observable name="distanceToPrismWall" value="OFF"/>
-        <observable name="distanceToPrismTop" value="OFF"/>
-        <observable name="distanceToPrismBottom" value="OFF"/>
-    </TRestDetectorHitsAnalysisProcess>
-    <TRestDetectorHitsAnalysisProcess name="noSmear" title="Hits analysis template" verboseLevel="silent">
-        <observable name="energy" value="ON"/>
-    </TRestDetectorHitsAnalysisProcess>
-    <TRestDetectorHitsSmearingProcess name="smear" title="Smearing template">
-        <parameter name="energyReference" value="2457.83keV"/>
-        <parameter name="resolutionReference" value="4.5"/>
-    </TRestDetectorHitsSmearingProcess>
-    <TRestDetectorHitsSmearingProcess name="smear_1FWHM" title="Smearing template">
-        <parameter name="energyReference" value="879keV"/>
-        <parameter name="resolutionReference" value="5.0"/>
-    </TRestDetectorHitsSmearingProcess>
-    <TRestDetectorHitsSmearingProcess name="smear_2FWHM" title="Smearing template">
-        <parameter name="energyReference" value="879keV"/>
-        <parameter name="resolutionReference" value="5.0"/>
-    </TRestDetectorHitsSmearingProcess>
-    <TRestDetectorHitsSmearingProcess name="smear_3FWHM" title="Smearing template">
-        <parameter name="energyReference" value="879keV"/>
-        <parameter name="resolutionReference" value="5.0"/>
-    </TRestDetectorHitsSmearingProcess>
-    <TRestDetectorHitsNormalizationProcess name="hitsNorm" title="Hits normalization template">
-        <parameter name="normFactor" value="0.021917"/>
-    </TRestDetectorHitsNormalizationProcess>
-    <TRestTrackAnalysisProcess name="tckAna" title="Track analysis template">
-        <observable name="nTracksXYZ" type="int" value="ON"
-                    description="Number of pure 3D-tracks (with valid XYZ-hits)."/>
-        <observable name="nTrackEnergyRatio" value="ON"
-                    description="Energy ratio between track event energy excluding the main track and total track event energy."/>
-        <observable name="nTracks_HE_100" type="int" value="ON"
-                    description="Number of tracks with energy higher than 100 keV."/>
-        <observable name="nTracks_LE_100" type="int" value="ON"
-                    description="Number of tracks with energy lower than 100 keV."/>
-        <observable name="SecondMaxTrackEnergy" value="ON" description="The energy of the second most energetic track"/>
-        <observable name="xMean" value="ON"/>
-        <observable name="yMean" value="ON"/>
-        <observable name="zMean" value="ON"/>
-    </TRestTrackAnalysisProcess>
-    <TRestTrackAnalysisProcess name="tckAna_2" title="Track analysis template">
-        <observable name="nTracks_X" type="int" value="ON" description="Number of 2D-tracks (with valid XZ-hits)."/>
-        <observable name="nTracks_Y" type="int" value="ON" description="Number of 2D-tracks (with valid YZ-hits)."/>
-        <observable name="nTrackEnergyRatio" value="ON"
-                    description="Energy ratio between track event energy excluding the main track and total track event energy."/>
-    </TRestTrackAnalysisProcess>
-    <TRestTrackAnalysisProcess name="tckVol_2D" title="Track analysis template">
-        <observable name="MaxTrackVolume_X" value="ON" description=""/>
-        <observable name="MaxTrackVolume_Y" value="ON" description=""/>
-    </TRestTrackAnalysisProcess>
-    <TRestTrackAnalysisProcess name="tckAnaFinal_2D" title="Track analysis template" verboseLevel="silent">
-        <observable name="xMean" value="ON"/>
-        <observable name="yMean" value="ON"/>
-        <observable name="zMean" value="ON"/>
-        <observable name="nTracks_X" type="int" value="ON" description="Number of 2D-tracks (with valid XZ-hits)."/>
-        <observable name="nTracks_Y" type="int" value="ON" description="Number of 2D-tracks (with valid YZ-hits)."/>
-        <observable name="MaxTrackEnergyRatio" value="ON"
-                    description="Energy ratio between secondary tracks and main track."/>
-        <observable name="MaxTrackLength_X" value="ON" description=""/>
-        <observable name="MaxTrackLength_Y" value="ON" description=""/>
-        <observable name="SecondMaxTrackEnergy_X" value="ON"
-                    description="The energy of the second most energetic track in X"/>
-        <observable name="SecondMaxTrackEnergy_Y" value="ON"
-                    description="The energy of the second most energetic track in Y"/>
-        <observable name="MaxTrackVolume_X" value="ON" description=""/>
-        <observable name="MaxTrackVolume_Y" value="ON" description=""/>
-        <parameter name="enableTwistParameters" value="true"/>
-        <observable name="twistLow_X_5" value="ON"/>
-        <observable name="twistLow_X_10" value="ON"/>
-        <observable name="twistLow_X_15" value="ON"/>
-        <observable name="twistLow_X_20" value="ON"/>
-        <observable name="twistLow_X_25" value="ON"/>
-        <observable name="twistLow_X_30" value="ON"/>
-        <observable name="twistLow_X_35" value="ON"/>
-        <observable name="twistLow_X_45" value="ON"/>
-        <observable name="twistHigh_X_15" value="ON"/>
-        <observable name="twistHigh_X_20" value="ON"/>
-        <observable name="twistHigh_X_25" value="ON"/>
-        <observable name="twistHigh_X_30" value="ON"/>
-        <observable name="twistHigh_X_35" value="ON"/>
-        <observable name="twistHigh_X_45" value="ON"/>
-        <observable name="twistBalance_X_15" value="ON"/>
-        <observable name="twistBalance_X_20" value="ON"/>
-        <observable name="twistBalance_X_25" value="ON"/>
-        <observable name="twistBalance_X_30" value="ON"/>
-        <observable name="twistBalance_X_35" value="ON"/>
-        <observable name="twistBalance_X_45" value="ON"/>
-        <observable name="twistRatio_X_15" value="ON"/>
-        <observable name="twistRatio_X_20" value="ON"/>
-        <observable name="twistRatio_X_25" value="ON"/>
-        <observable name="twistRatio_X_30" value="ON"/>
-        <observable name="twistRatio_X_35" value="ON"/>
-        <observable name="twistRatio_X_45" value="ON"/>
-        <observable name="twistLow_Y_15" value="ON"/>
-        <observable name="twistLow_Y_20" value="ON"/>
-        <observable name="twistLow_Y_25" value="ON"/>
-        <observable name="twistLow_Y_30" value="ON"/>
-        <observable name="twistLow_Y_35" value="ON"/>
-        <observable name="twistLow_Y_45" value="ON"/>
-        <observable name="twistHigh_Y_15" value="ON"/>
-        <observable name="twistHigh_Y_20" value="ON"/>
-        <observable name="twistHigh_Y_25" value="ON"/>
-        <observable name="twistHigh_Y_30" value="ON"/>
-        <observable name="twistHigh_Y_35" value="ON"/>
-        <observable name="twistHigh_Y_45" value="ON"/>
-        <observable name="twistBalance_Y_15" value="ON"/>
-        <observable name="twistBalance_Y_20" value="ON"/>
-        <observable name="twistBalance_Y_25" value="ON"/>
-        <observable name="twistBalance_Y_30" value="ON"/>
-        <observable name="twistBalance_Y_35" value="ON"/>
-        <observable name="twistBalance_Y_45" value="ON"/>
-        <observable name="twistRatio_Y_15" value="ON"/>
-        <observable name="twistRatio_Y_20" value="ON"/>
-        <observable name="twistRatio_Y_25" value="ON"/>
-        <observable name="twistRatio_Y_30" value="ON"/>
-        <observable name="twistRatio_Y_35" value="ON"/>
-        <observable name="twistRatio_Y_45" value="ON"/>
-    </TRestTrackAnalysisProcess>
-    <TRestDetectorTriggerAnalysisProcess name="trigger" title="Trigger analysis template">
-        <observable name="Integral_Eth300" value="ON"/>
-        <observable name="Integral_Eth440" value="ON"/>
-        <observable name="Integral_Eth850" value="ON"/>
-        <observable name="Integral_Eth1229" value="ON"/>
-        <observable name="Integral_Eth1900" value="OFF"/>
-        <observable name="RawIntegral" value="ON"/>
-        <observable name="TriggerStarts" type="int" value="ON"/>
-    </TRestDetectorTriggerAnalysisProcess>
-    <TRestGeant4BlobAnalysisProcess name="g4Blob" title="Find blobs in DBD. G4 event">
-        <observable name="x1" value="ON"/>
-        <observable name="y1" value="ON"/>
-        <observable name="z1" value="ON"/>
-        <observable name="x2" value="ON"/>
-        <observable name="y2" value="ON"/>
-        <observable name="z2" value="ON"/>
-        <observable name="distance" value="ON"/>
-        <observable name="Q1_R5" value="ON"/>
-        <observable name="Q1_R10" value="ON"/>
-        <observable name="Q1_R15" value="ON"/>
-        <observable name="Q1_R12" value="ON"/>
-        <observable name="Q2_R5" value="ON"/>
-        <observable name="Q2_R10" value="ON"/>
-        <observable name="Q2_R15" value="ON"/>
-        <observable name="Q2_R12" value="ON"/>
-    </TRestGeant4BlobAnalysisProcess>
-    <TRestTrackBlobAnalysisProcess name="tckBlob_2D" title="Find blobs in the longest track">
-        <observable name="x1_X" value="ON"/>
-        <observable name="z1_X" value="ON"/>
-        <observable name="x2_X" value="ON"/>
-        <observable name="z2_X" value="ON"/>
-        <observable name="y1_Y" value="ON"/>
-        <observable name="z1_Y" value="ON"/>
-        <observable name="y2_Y" value="ON"/>
-        <observable name="z2_Y" value="ON"/>
-        <observable name="Q1_X_R5" value="ON"/>
-        <observable name="Q1_X_R10" value="ON"/>
-        <observable name="Q1_X_R15" value="ON"/>
-        <observable name="Q1_X_R20" value="ON"/>
-        <observable name="Q1_Y_R5" value="ON"/>
-        <observable name="Q1_Y_R10" value="ON"/>
-        <observable name="Q1_Y_R15" value="ON"/>
-        <observable name="Q1_Y_R20" value="ON"/>
-        <observable name="Q2_X_R5" value="ON"/>
-        <observable name="Q2_X_R10" value="ON"/>
-        <observable name="Q2_X_R15" value="ON"/>
-        <observable name="Q2_X_R20" value="ON"/>
-        <observable name="Q2_Y_R5" value="ON"/>
-        <observable name="Q2_Y_R10" value="ON"/>
-        <observable name="Q2_Y_R15" value="ON"/>
-        <observable name="Q2_Y_R20" value="ON"/>
-        <observable name="Qlow_X_R4" value="ON"/>
-        <observable name="Qlow_X_R6" value="ON"/>
-        <observable name="Qlow_X_R8" value="ON"/>
-        <observable name="Qlow_X_R10" value="ON"/>
-        <observable name="Qlow_X_R12" value="ON"/>
-        <observable name="Qlow_X_R14" value="ON"/>
-        <observable name="Qlow_X_R16" value="ON"/>
-        <observable name="Qlow_X_R18" value="ON"/>
-        <observable name="Qlow_X_R20" value="ON"/>
-        <observable name="Qlow_X_R22" value="ON"/>
-        <observable name="Qlow_X_R24" value="ON"/>
-        <observable name="Qlow_X_R26" value="ON"/>
-        <observable name="Qlow_X_R28" value="ON"/>
-        <observable name="Qlow_X_R30" value="ON"/>
-        <observable name="Qhigh_X_R4" value="ON"/>
-        <observable name="Qhigh_X_R6" value="ON"/>
-        <observable name="Qhigh_X_R8" value="ON"/>
-        <observable name="Qhigh_X_R10" value="ON"/>
-        <observable name="Qhigh_X_R12" value="ON"/>
-        <observable name="Qhigh_X_R14" value="ON"/>
-        <observable name="Qhigh_X_R16" value="ON"/>
-        <observable name="Qhigh_X_R18" value="ON"/>
-        <observable name="Qhigh_X_R20" value="ON"/>
-        <observable name="Qhigh_X_R22" value="ON"/>
-        <observable name="Qhigh_X_R24" value="ON"/>
-        <observable name="Qhigh_X_R26" value="ON"/>
-        <observable name="Qhigh_X_R28" value="ON"/>
-        <observable name="Qhigh_X_R30" value="ON"/>
-        <observable name="Qlow_Y_R4" value="ON"/>
-        <observable name="Qlow_Y_R6" value="ON"/>
-        <observable name="Qlow_Y_R8" value="ON"/>
-        <observable name="Qlow_Y_R10" value="ON"/>
-        <observable name="Qlow_Y_R12" value="ON"/>
-        <observable name="Qlow_Y_R14" value="ON"/>
-        <observable name="Qlow_Y_R16" value="ON"/>
-        <observable name="Qlow_Y_R18" value="ON"/>
-        <observable name="Qlow_Y_R20" value="ON"/>
-        <observable name="Qlow_Y_R22" value="ON"/>
-        <observable name="Qlow_Y_R24" value="ON"/>
-        <observable name="Qlow_Y_R26" value="ON"/>
-        <observable name="Qlow_Y_R28" value="ON"/>
-        <observable name="Qlow_Y_R30" value="ON"/>
-        <observable name="Qhigh_Y_R4" value="ON"/>
-        <observable name="Qhigh_Y_R6" value="ON"/>
-        <observable name="Qhigh_Y_R8" value="ON"/>
-        <observable name="Qhigh_Y_R10" value="ON"/>
-        <observable name="Qhigh_Y_R12" value="ON"/>
-        <observable name="Qhigh_Y_R14" value="ON"/>
-        <observable name="Qhigh_Y_R16" value="ON"/>
-        <observable name="Qhigh_Y_R18" value="ON"/>
-        <observable name="Qhigh_Y_R20" value="ON"/>
-        <observable name="Qhigh_Y_R22" value="ON"/>
-        <observable name="Qhigh_Y_R24" value="ON"/>
-        <observable name="Qhigh_Y_R26" value="ON"/>
-        <observable name="Qhigh_Y_R28" value="ON"/>
-        <observable name="Qhigh_Y_R30" value="ON"/>
-        <observable name="Qbalance_X_R4" value="ON"/>
-        <observable name="Qbalance_X_R6" value="ON"/>
-        <observable name="Qbalance_X_R8" value="ON"/>
-        <observable name="Qbalance_X_R10" value="ON"/>
-        <observable name="Qbalance_X_R12" value="ON"/>
-        <observable name="Qbalance_X_R14" value="ON"/>
-        <observable name="Qbalance_X_R16" value="ON"/>
-        <observable name="Qbalance_X_R18" value="ON"/>
-        <observable name="Qbalance_X_R20" value="ON"/>
-        <observable name="Qbalance_X_R22" value="ON"/>
-        <observable name="Qbalance_X_R24" value="ON"/>
-        <observable name="Qbalance_X_R26" value="ON"/>
-        <observable name="Qbalance_X_R28" value="ON"/>
-        <observable name="Qbalance_X_R30" value="ON"/>
-        <observable name="Qratio_X_R4" value="ON"/>
-        <observable name="Qratio_X_R6" value="ON"/>
-        <observable name="Qratio_X_R8" value="ON"/>
-        <observable name="Qratio_X_R10" value="ON"/>
-        <observable name="Qratio_X_R12" value="ON"/>
-        <observable name="Qratio_X_R14" value="ON"/>
-        <observable name="Qratio_X_R16" value="ON"/>
-        <observable name="Qratio_X_R18" value="ON"/>
-        <observable name="Qratio_X_R20" value="ON"/>
-        <observable name="Qratio_X_R22" value="ON"/>
-        <observable name="Qratio_X_R24" value="ON"/>
-        <observable name="Qratio_X_R26" value="ON"/>
-        <observable name="Qratio_X_R28" value="ON"/>
-        <observable name="Qratio_X_R30" value="ON"/>
-        <observable name="Qbalance_Y_R4" value="ON"/>
-        <observable name="Qbalance_Y_R6" value="ON"/>
-        <observable name="Qbalance_Y_R8" value="ON"/>
-        <observable name="Qbalance_Y_R10" value="ON"/>
-        <observable name="Qbalance_Y_R12" value="ON"/>
-        <observable name="Qbalance_Y_R14" value="ON"/>
-        <observable name="Qbalance_Y_R16" value="ON"/>
-        <observable name="Qbalance_Y_R18" value="ON"/>
-        <observable name="Qbalance_Y_R20" value="ON"/>
-        <observable name="Qbalance_Y_R22" value="ON"/>
-        <observable name="Qbalance_Y_R24" value="ON"/>
-        <observable name="Qbalance_Y_R26" value="ON"/>
-        <observable name="Qbalance_Y_R28" value="ON"/>
-        <observable name="Qbalance_Y_R30" value="ON"/>
-        <observable name="Qratio_Y_R4" value="ON"/>
-        <observable name="Qratio_Y_R6" value="ON"/>
-        <observable name="Qratio_Y_R8" value="ON"/>
-        <observable name="Qratio_Y_R10" value="ON"/>
-        <observable name="Qratio_Y_R12" value="ON"/>
-        <observable name="Qratio_Y_R14" value="ON"/>
-        <observable name="Qratio_Y_R16" value="ON"/>
-        <observable name="Qratio_Y_R18" value="ON"/>
-        <observable name="Qratio_Y_R20" value="ON"/>
-        <observable name="Qratio_Y_R22" value="ON"/>
-        <observable name="Qratio_Y_R24" value="ON"/>
-        <observable name="Qratio_Y_R26" value="ON"/>
-        <observable name="Qratio_Y_R28" value="ON"/>
-        <observable name="Qratio_Y_R30" value="ON"/>
-        <parameter name="hitsToCheckFraction" value="0.25"/>
-    </TRestTrackBlobAnalysisProcess>
-    <TRestRawToDetectorSignalProcess name="zS" title="" verboseLevel="silent">
-        <!-- These parameters define the integral with threshold.
-         threshold : number of baseline noise sigmas to consider a point for integration.
-         pointsOverThreshold : Number of consecutive points over threshold to be considered for integration.
-         minPeakAmplitude : Minimum peak signal amplitude to be considered at all.
-        -->
-        <!-- This parameter is used to define the baseline calculation -->
-        <parameter name="baseLineRange" value="(50,120)"/>
-        <parameter name="zeroSuppression" value="true"/>
-        <parameter name="pointThreshold" value="1.9"/>
-        <parameter name="nPointsOverThreshold" value="10"/>
-        <parameter name="signalThreshold" value="2.8"/>
-    </TRestRawToDetectorSignalProcess>
-    <TRestRawSignalAnalysisProcess name="sAna" title="" verboseLevel="silent">
-        <!-- This parameter defines every how many seconds a signal will be drawn.
-         In case the value is zero. There will not be any drawing. -->
-        <parameter name="refreshEvery" value="1"/>
-        <!-- This parameter is used to define the baseline calculation -->
-        <parameter name="baseLineRange" value="(50,120)"/>
-        <!-- This parameter is used to define the signal integration window -->
-        <parameter name="integralRange" value="(40,472)"/>
-        <!-- These parameters define the integral with threshold.
-         threshold : number of baseline noise sigmas to consider a point for integration.
-         pointsOverThreshold : Number of consecutive points over threshold to be considered for integration.
-         minPeakAmplitude : Minimum peak signal amplitude to be considered at all.
-        -->
-        <parameter name="pointThreshold" value="1.9"/>
-        <parameter name="nPointsOverThreshold" value="10"/>
-        <parameter name="signalThreshold" value="2.8"/>
-        <!-- ++++++++++++++++++++++
-         Observable definitions
-         ++++++++++++++++++++++ -->
-        <!-- This observable needs to be refined
-    <observable name="TimeBinsLength" value="ON" />
--->
-        <!-- Event time observables -->
-        <observable name="SecondsFromStart" value="ON"/>
-        <observable name="HoursFromStart" value="ON"/>
-        <observable name="MeanRate_InHz" value="ON"/>
-        <observable name="EventTimeDelay" value="ON"/>
-        <!-- The numbers of signals that are found inside the event -->
-        <observable name="NumberOfSignals" value="ON"/>
-        <!-- Number of signals after noisy signals reduction -->
-        <observable name="NumberOfGoodSignals" value="ON"/>
-        <!-- The baseline average of the signals -->
-        <observable name="BaseLineMean" value="ON"/>
-        <!-- The baseline sigma average of each independent signal -->
-        <observable name="BaseLineSigmaMean" value="ON"/>
-    </TRestRawSignalAnalysisProcess>
-    <!-- The full signal integral in the integralRange -->
-    <TRestDetectorAvalancheProcess name="NLDBD" title="1PctGain">
-        <parameter name="energyReference" value="2458keV"/>
-        <parameter name="resolutionReference" value="1"/>
-        <parameter name="detectorGain" value="1"/>
-    </TRestDetectorAvalancheProcess>
-    <TRestDetectorSignalShapingProcess name="signalShapingProcess" title="Test SignalShaping">
-        <parameter name="responseFile" value="AGET_Response_12.5MHz_Gain0x1_Shaping0x4.root"/>//response file to be used
-        to shape the signal
-    </TRestDetectorSignalShapingProcess>
-    <TRestGeant4ToDetectorHitsProcess name="G4ToHits" title="G4Hits to Hits process"/>
-    <bambooToRESTProcess name="bambooToREST" title="A process reading bamboo files">
-        <!-- Rotation parameter in degrees. It will rotate the original coordinates
-         in the following order RotateX -> RotateY -> RotateZ -->
-        <parameter name="rotation" value="(90,0,0)"/>
-    </bambooToRESTProcess>
-    <TRestDetectorHitsAnalysisProcess name="bambooAna" title="A Hits analysis from bamboo data.">
-        <observable name="energy" value="ON"/>
-        <observable name="xMean" value="ON"/>
-        <observable name="yMean" value="ON"/>
-        <observable name="zMean" value="ON"/>
-    </TRestDetectorHitsAnalysisProcess>
-    <TRestTrackDetachIsolatedNodesProcess name="detach" title="Detaching process" verboseLevel="silent"/>
-    <TRestTrackLinearizationProcess name="tckLin_2D" title="A track linearization process." verboseLevel="silent">
-        <observable name="coverage_X" value="ON"/>
-        <observable name="coverage_Y" value="ON"/>
-        <observable name="dEdx_low_X" value="ON"/>
-        <observable name="dEdx_high_X" value="ON"/>
-        <observable name="dEdx_middle_X" value="ON"/>
-        <observable name="dEdx_low_Y" value="ON"/>
-        <observable name="dEdx_high_Y" value="ON"/>
-        <observable name="dEdx_middle_Y" value="ON"/>
-        <observable name="dEdx_Max_low_X" value="ON"/>
-        <observable name="dEdx_Max_high_X" value="ON"/>
-        <observable name="dEdx_Max_middle_X" value="ON"/>
-        <observable name="dEdx_Max_low_Y" value="ON"/>
-        <observable name="dEdx_Max_high_Y" value="ON"/>
-        <observable name="dEdx_Max_middle_Y" value="ON"/>
-        <observable name="Q_low_X" value="ON"/>
-        <observable name="Q_high_X" value="ON"/>
-        <observable name="Q_middle_X" value="ON"/>
-        <observable name="Q_low_Y" value="ON"/>
-        <observable name="Q_high_Y" value="ON"/>
-        <observable name="Q_middle_Y" value="ON"/>
-        <observable name="Q_Peak_low_X" value="ON"/>
-        <observable name="Q_Peak_high_X" value="ON"/>
-        <observable name="Q_Peak_middle_X" value="ON"/>
-        <observable name="Q_Peak_low_Y" value="ON"/>
-        <observable name="Q_Peak_high_Y" value="ON"/>
-        <observable name="Q_Peak_middle_Y" value="ON"/>
-        <observable name="transDiff_X" value="ON"/>
-        <observable name="transDiff_Y" value="ON"/>
-    </TRestTrackLinearizationProcess>
-    <TRestTrackDrawMarkersProcess name="draw" title="A track drawing process.">
-        <parameter name="canvasSizeX" value="1000"/>
-        <parameter name="canvasSizeY" value="800"/>
-        <addMarker x="g4Blob_x1" y="g4Blob_z1" style="4" size="6" color="1" pad="1"/>
-        <addMarker x="g4Blob_x2" y="g4Blob_z2" style="4" size="6" color="1" pad="1"/>
-        <addMarker x="g4Blob_x1" y="g4Blob_z1" style="29" size="2" color="1" pad="1"/>
-        <addMarker x="g4Blob_x2" y="g4Blob_z2" style="29" size="2" color="1" pad="1"/>
-        <addMarker x="g4Blob_y1" y="g4Blob_z1" style="4" size="6" color="1" pad="2"/>
-        <addMarker x="g4Blob_y2" y="g4Blob_z2" style="4" size="6" color="1" pad="2"/>
-        <addMarker x="g4Blob_y1" y="g4Blob_z1" style="29" size="2" color="1" pad="2"/>
-        <addMarker x="g4Blob_y2" y="g4Blob_z2" style="29" size="2" color="1" pad="2"/>
-        <addMarker x="g4Blob_x1" y="g4Blob_y1" style="4" size="6" color="1" pad="3"/>
-        <addMarker x="g4Blob_x2" y="g4Blob_y2" style="4" size="6" color="1" pad="3"/>
-        <addMarker x="g4Blob_x1" y="g4Blob_y1" style="29" size="2" color="1" pad="3"/>
-        <addMarker x="g4Blob_x2" y="g4Blob_y2" style="29" size="2" color="1" pad="3"/>
-        <addMarker x="tckBlob_2D_x1_X" y="tckBlob_2D_z1_X" style="4" size="12" color="4" pad="1"/>
-        <addMarker x="tckBlob_2D_x2_X" y="tckBlob_2D_z2_X" style="4" size="12" color="4" pad="1"/>
-        <addMarker x="tckBlob_2D_x1_X" y="tckBlob_2D_z1_X" style="5" size="10" color="4" pad="1"/>
-        <addMarker x="tckBlob_2D_x2_X" y="tckBlob_2D_z2_X" style="5" size="10" color="4" pad="1"/>
-        <addMarker x="tckBlob_2D_y1_Y" y="tckBlob_2D_z1_Y" style="4" size="12" color="4" pad="2"/>
-        <addMarker x="tckBlob_2D_y2_Y" y="tckBlob_2D_z2_Y" style="4" size="12" color="4" pad="2"/>
-        <addMarker x="tckBlob_2D_y1_Y" y="tckBlob_2D_z1_Y" style="5" size="10" color="4" pad="2"/>
-        <addMarker x="tckBlob_2D_y2_Y" y="tckBlob_2D_z2_Y" style="5" size="10" color="4" pad="2"/>
-        <addMarker x="tckBlob_2D_x1" y="tckBlob_2D_y1" style="25" size="12" color="4" pad="3"/>
-        <addMarker x="tckBlob_2D_x2" y="tckBlob_2D_y2" style="25" size="12" color="4" pad="3"/>
-        <addMarker x="tckBlob_2D_x1" y="tckBlob_2D_y1" style="30" size="12" color="4" pad="3"/>
-        <addMarker x="tckBlob_2D_x2" y="tckBlob_2D_y2" style="30" size="12" color="4" pad="3"/>
-    </TRestTrackDrawMarkersProcess>
-</processes>
diff --git a/pipeline/pandaxiii_MC/readout-140kg.rml b/pipeline/pandaxiii_MC/readout-140kg.rml
deleted file mode 100644
index e4ff8fc72..000000000
--- a/pipeline/pandaxiii_MC/readout-140kg.rml
+++ /dev/null
@@ -1,51 +0,0 @@
-<?xml version="1.0" encoding="UTF-8" standalone="no"?>
-<readouts><globals><variable name="PITCH" value="3" overwrite="false"/><!-- The pitch value in mm --><variable name="MODULES" value="10" overwrite="false"/><!-- The number of modules per axis MxM --><variable name="CHANNELS" value="64" overwrite="false"/><!-- The number of pixels per side PxP --></globals>
-
-    //The Microbulk MicroMegas
-    <readoutModule name="module" size="((nChannels+1)*pitch-1*pitch/2,(nChannels+1)*pitch-pitch/2-pitch/4)" tolerance="1.e-4">
-
-        // Y-strips (pixel has fixed x coordinate)
-        <for variable="nCh" from="0" to="nChannels-2" step="1"><readoutChannel id="${nCh}" type="y"><for variable="nPix" from="0" to="nChannels-1" step="1"><addPixel id="${nPix}" origin="((1+${nCh})*pitch,pitch/4+${nPix}*pitch)" size="(pixelSize,pixelSize)" rotation="45"/></for><addPixel id="nChannels" origin="(${nCh}*pitch,pitch/4+(nChannels-1)*pitch+pitch/2)" size="(pitch+pitch/2,pitch/2)" rotation="0"/></readoutChannel></for>
-
-        // Last strip is special
-        <readoutChannel id="nChannels-1" type="y"><for variable="nPix" from="0" to="nChannels-1" step="1"><addPixel id="${nPix}" origin="(nChannels*pitch,pitch/4+${nPix}*pitch)" size="(pixelSize,pixelSize)" rotation="45"/><addPixel id="nChannels+${nPix}" origin="(nChannels*pitch,pitch/4+${nPix}*pitch)" size="(pitch/2,pitch)" rotation="0"/></for><addPixel id="2*nChannels" origin="(nChannels*pitch-pitch/2,pitch/4+(nChannels-1)*pitch+pitch/2)" size="(pitch,pitch/2)" rotation="0"/></readoutChannel>
-
-        // X-strips (pixel has fixed y coordinate)
-
-        // First strip is special
-        <readoutChannel id="nChannels" type="x"><addPixel id="0" origin="(0,0)" size="(nChannels*pitch+pitch/2,3*pitch/4)" rotation="0"/></readoutChannel>
-
-        <for variable="nCh" from="1" to="nChannels-1" step="1"><readoutChannel id="nChannels+${nCh}" type="x"><addPixel id="0" origin="(0,${nCh}*pitch-pitch/4)" size="(pitch/2,pitch)" rotation="0"/><for variable="nPix" from="0" to="nChannels-1" step="1"><addPixel id="${nPix}+1" origin="((0.5+${nPix})*pitch,${nCh}*pitch-pitch/4)" size="(pixelSize,pixelSize)" rotation="45"/></for></readoutChannel></for>
-
-    </readoutModule>
-
-    <!-- This readout (Panda-140kg) is the latest design of PandaIII detector_2019.5.28-->
-    <TRestDetectorReadout name="Panda-140kg" title="PANDA SJTU Jinping readout. 1 plane 52 modules ${PITCH}mm-Pitch ${CHANNELS}+${CHANNELS} channels"><constant name="nChannels" value="${CHANNELS}"/><constant name="pitch" value="${PITCH}"/><constant name="pixelSize" value="${PITCH}/sqrt(2.)"/><parameter name="mappingNodes" value="0"/><readoutModule name="module" file="readouts.rml"/><readoutPlane position="(0,0,600.5)mm" normal="(0,0,-1)" chargeCollection="1" height="1201.5mm">
-
-            // 4 modules
-            <for variable="modX" from="1" to="4" step="1"><addReadoutModule id="${modX}" name="module" origin="(( (nChannels+1)*pitch-1*pitch/2)*(-2+(${modX}-1)) , 3 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-            // 6-modules
-            <for variable="modX" from="5" to="10" step="1"><addReadoutModule id="${modX}" name="module" origin="(((nChannels+1)*pitch-1*pitch/2)*(-3+(${modX}-5)) , 2 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-            // 8-modules
-            <for variable="modX" from="11" to="18" step="1"><addReadoutModule id="${modX}" name="module" origin="(((nChannels+1)*pitch-1*pitch/2)*(-4+(${modX}-11)) , 1 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-            // 8-modules
-            <for variable="modX" from="19" to="26" step="1"><addReadoutModule id="${modX}" name="module" origin="(((nChannels+1)*pitch-1*pitch/2)*(-4+(${modX}-19)) , 0.0 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-            // 8-modules
-            <for variable="modX" from="27" to="34" step="1"><addReadoutModule id="${modX}" name="module" origin="(((nChannels+1)*pitch-1*pitch/2)*(-4+(${modX}-27)) , -1 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-            // 8-modules
-            <for variable="modX" from="35" to="42" step="1"><addReadoutModule id="${modX}" name="module" origin="(((nChannels+1)*pitch-1*pitch/2)*(-4+(${modX}-35)) , -2 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-            // 6-modules
-            <for variable="modX" from="43" to="48" step="1"><addReadoutModule id="${modX}" name="module" origin="(((nChannels+1)*pitch-1*pitch/2)*(-3+(${modX}-43)) , -3 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-            // 4-modules
-            <for variable="modX" from="49" to="52" step="1"><addReadoutModule id="${modX}" name="module" origin="(((nChannels+1)*pitch-1*pitch/2)*(-2+(${modX}-49)) , -4 * ((nChannels+1)*pitch-pitch/2-pitch/4) )" rotation="0"/></for>
-
-        </readoutPlane></TRestDetectorReadout>
-
-</readouts>
diff --git a/pipeline/pandaxiii_MC/readouts.rml b/pipeline/pandaxiii_MC/readouts.rml
deleted file mode 100644
index 09838438b..000000000
--- a/pipeline/pandaxiii_MC/readouts.rml
+++ /dev/null
@@ -1,342 +0,0 @@
-<?xml version="1.0" encoding="UTF-8" standalone="no" ?>
-
-<readouts>
-
-
-    <globals>
-        <variable name="PITCH" value="3" overwrite="false"/>
-        <!-- The pitch value in mm -->
-        <variable name="MODULES" value="10" overwrite="false"/>
-        <!-- The number of modules per axis MxM -->
-        <variable name="CHANNELS" value="64" overwrite="false"/>
-        <!-- The number of pixels per side PxP -->
-    </globals>
-
-    //The Microbulk MicroMegas
-    <readoutModule name="module" size="((nChannels+1)*pitch-1*pitch/2,(nChannels+1)*pitch-pitch/2-pitch/4)"
-                   tolerance="1.e-4">
-
-        // Y-strips (pixel has fixed x coordinate)
-        <for variable="nCh" from="0" to="nChannels-2" step="1">
-            <readoutChannel id="${nCh}" type="y">
-                <for variable="nPix" from="0" to="nChannels-1" step="1">
-                    <addPixel id="${nPix}" origin="((1+${nCh})*pitch,pitch/4+${nPix}*pitch)"
-                              size="(pixelSize,pixelSize)" rotation="45"/>
-                </for>
-                <addPixel id="nChannels" origin="(${nCh}*pitch,pitch/4+(nChannels-1)*pitch+pitch/2)"
-                          size="(pitch+pitch/2,pitch/2)" rotation="0"/>
-            </readoutChannel>
-        </for>
-
-        // Last strip is special
-        <readoutChannel id="nChannels-1" type="y">
-            <for variable="nPix" from="0" to="nChannels-1" step="1">
-                <addPixel id="${nPix}" origin="(nChannels*pitch,pitch/4+${nPix}*pitch)" size="(pixelSize,pixelSize)"
-                          rotation="45"/>
-                <addPixel id="nChannels+${nPix}" origin="(nChannels*pitch,pitch/4+${nPix}*pitch)" size="(pitch/2,pitch)"
-                          rotation="0"/>
-            </for>
-            <addPixel id="2*nChannels" origin="(nChannels*pitch-pitch/2,pitch/4+(nChannels-1)*pitch+pitch/2)"
-                      size="(pitch,pitch/2)" rotation="0"/>
-        </readoutChannel>
-
-        // X-strips (pixel has fixed y coordinate)
-
-        // First strip is special
-        <readoutChannel id="nChannels" type="x">
-            <addPixel id="0" origin="(0,0)" size="(nChannels*pitch+pitch/2,3*pitch/4)" rotation="0"/>
-        </readoutChannel>
-
-        <for variable="nCh" from="1" to="nChannels-1" step="1">
-            <readoutChannel id="nChannels+${nCh}" type="x">
-                <addPixel id="0" origin="(0,${nCh}*pitch-pitch/4)" size="(pitch/2,pitch)" rotation="0"/>
-                <for variable="nPix" from="0" to="nChannels-1" step="1">
-                    <addPixel id="${nPix}+1" origin="((0.5+${nPix})*pitch,${nCh}*pitch-pitch/4)"
-                              size="(pixelSize,pixelSize)" rotation="45"/>
-                </for>
-            </readoutChannel>
-        </for>
-
-    </readoutModule>
-
-
-    <TRestReadout name="PixelReadout_MxM"
-                  title="PIXEL readout ${PITCH}mm-Pitch ${MODULES}x${MODULES} modules ${CHANNELS}+${CHANNELS} channels">
-        <myParameter name="nChannels" value="${CHANNELS}"/>
-        <myParameter name="nModules" value="${MODULES}"/>
-        <myParameter name="pitch" value="${PITCH}"/>
-        <myParameter name="pixelSize" value="${PITCH}/sqrt(2.)"/>
-
-        <parameter name="mappingNodes" value="0"/>
-
-        <readoutModule name="module" size="(nChannels*pitch,nChannels*pitch)" tolerance="1.e-4">
-            <for variable="nChX" from="0" to="nChannels-1" step="1">
-                <for variable="nChY" from="0" to="nChannels-1" step="1">
-                    <readoutChannel id="${nChX}*nChannels + ${nChY}">
-                        <addPixel id="0" origin="(${nChX}*pitch,${nChY}*pitch)" size="(pitch,pitch)" rotation="0"/>
-                    </readoutChannel>
-                </for>
-            </for>
-        </readoutModule>
-
-
-        <readoutPlane position="(0,0,-990)mm" planeVector="(0,0,1)"
-                      chargeCollection="1"
-                      cathodePosition="(0,0,0)mm">
-
-            <for variable="nModX" from="1" to="nModules" step="1">
-                <for variable="nModY" from="1" to="nModules" step="1">
-                    <addReadoutModule id="${nModX}+nModules*(${nModY}-1)-1" name="module"
-                                      origin="((${nModX}-nModules/2-1)*nChannels*pitch,(${nModY}-nModules/2-1)*nChannels*pitch)"
-                                      rotation="0"/>
-                </for>
-            </for>
-        </readoutPlane>
-
-        <readoutPlane position="(0,0,990)mm" planeVector="(0,0,-1)"
-                      chargeCollection="1"
-                      cathodePosition="(0,0,0)mm">
-
-            <for variable="nModX" from="1" to="nModules" step="1">
-                <for variable="nModY" from="1" to="nModules" step="1">
-                    <addReadoutModule id="${nModX}+nModules*(${nModY}-1)-1" name="module"
-                                      origin="((${nModX}-nModules/2-1)*nChannels*pitch,(${nModY}-nModules/2-1)*nChannels*pitch)"
-                                      rotation="0"/>
-                </for>
-            </for>
-        </readoutPlane>
-
-    </TRestReadout>
-
-    <TRestReadout name="PandaReadout_MxM"
-                  title="PANDA readout ${PITCH}mm-Pitch ${MODULES}x${MODULES} modules ${CHANNELS}+${CHANNELS} channels">
-        <myParameter name="nChannels" value="${CHANNELS}"/>
-        <myParameter name="nModules" value="${MODULES}"/>
-        <myParameter name="pitch" value="${PITCH}"/>
-        <myParameter name="pixelSize" value="${PITCH}/sqrt(2.)"/>
-
-        <parameter name="mappingNodes" value="0"/>
-
-        <readoutModule name="module" file="readouts.rml"/>
-
-        <readoutPlane position="(0,0,-990)mm" planeVector="(0,0,1)"
-                      chargeCollection="1"
-                      cathodePosition="(0,0,0)mm">
-
-            <for variable="nModX" from="1" to="nModules" step="1">
-                <for variable="nModY" from="1" to="nModules" step="1">
-                    <addReadoutModule id="${nModX}+nModules*(${nModY}-1)-1" name="module"
-                                      origin="((${nModX}-nModules/2-1)*nChannels*pitch,(${nModY}-nModules/2-1)*nChannels*pitch)"
-                                      rotation="0"/>
-                </for>
-            </for>
-        </readoutPlane>
-
-        <readoutPlane position="(0,0,990)mm" planeVector="(0,0,-1)"
-                      chargeCollection="1"
-                      cathodePosition="(0,0,0)mm">
-
-            <for variable="nModX" from="1" to="nModules" step="1">
-                <for variable="nModY" from="1" to="nModules" step="1">
-                    <addReadoutModule id="${nModX}+nModules*(${nModY}-1)-1" name="module"
-                                      origin="((${nModX}-nModules/2-1)*nChannels*pitch,(${nModY}-nModules/2-1)*nChannels*pitch)"
-                                      rotation="0"/>
-                </for>
-            </for>
-        </readoutPlane>
-
-    </TRestReadout>
-
-    <TRestReadout name="Panda_SJTU_Proto"
-                  title="PANDA SJTU Prototype readout. 7 modules ${PITCH}mm-Pitch ${CHANNELS}+${CHANNELS} channels">
-        <myParameter name="nChannels" value="${CHANNELS}"/>
-        <myParameter name="pitch" value="${PITCH}"/>
-        <myParameter name="pixelSize" value="${PITCH}/sqrt(2.)"/>
-
-        <parameter name="mappingNodes" value="0"/>
-
-        <readoutModule name="module" file="readouts.rml"/>
-
-        <readoutPlane position="(0,0,-170)mm" planeVector="(0,0,1)"
-                      chargeCollection="1"
-                      cathodePosition="(0,0,170)mm">
-
-            <addReadoutModule id="1" name="module"
-                              origin="(-1*nChannels*pitch,0.5*nChannels*pitch)" rotation="0"/>
-            <addReadoutModule id="1" name="module"
-                              origin="(0*nChannels*pitch,0.5*nChannels*pitch)" rotation="0"/>
-
-            <addReadoutModule id="3" name="module"
-                              origin="(-1.5*nChannels*pitch,-0.5*nChannels*pitch)" rotation="0"/>
-            <addReadoutModule id="4" name="module"
-                              origin="(-0.5*nChannels*pitch,-0.5*nChannels*pitch)" rotation="0"/>
-            <addReadoutModule id="5" name="module"
-                              origin="(0.5*nChannels*pitch,-0.5*nChannels*pitch)" rotation="0"/>
-
-            <addReadoutModule id="6" name="module"
-                              origin="(-1*nChannels*pitch,-1.5*nChannels*pitch)" rotation="0"/>
-            <addReadoutModule id="7" name="module"
-                              origin="(0*nChannels*pitch,-1.5*nChannels*pitch)" rotation="0"/>
-
-        </readoutPlane>
-
-    </TRestReadout>
-
-    <TRestReadout name="SingleAnode" title="Single">
-
-        <parameter name="mappingNodes" value="0"/>
-
-        <readoutModule name="module" size="(2000,2000)" tolerance="1.e-4">
-            <readoutChannel id="0">
-                <addPixel id="0" origin="(0,0)" size="(2000,2000)" rotation="0"/>
-            </readoutChannel>
-        </readoutModule>
-
-        <for variable="plane" from="-1" to="2" step="2">
-            <readoutPlane position="(0,0,990*${plane})mm" planeVector="(0,0,-1*${plane})"
-                          chargeCollection="1" cathodePosition="(0,0,0)mm">
-                <addReadoutModule id="1" name="module" origin="( -1000 , -1000 )" rotation="0"/>
-            </readoutPlane>
-        </for>
-    </TRestReadout>
-
-    <TRestReadout name="Panda-CDR"
-                  title="PANDA SJTU Jinping readout. 2 planes 41 modules ${PITCH}mm-Pitch ${CHANNELS}+${CHANNELS} channels">
-        <myParameter name="nChannels" value="${CHANNELS}"/>
-        <myParameter name="pitch" value="${PITCH}"/>
-        <myParameter name="pixelSize" value="${PITCH}/sqrt(2.)"/>
-
-        <parameter name="mappingNodes" value="0"/>
-
-        <readoutModule name="module" file="readouts.rml"/>
-
-        <for variable="plane" from="-1" to="2" step="2">
-            <readoutPlane position="(0,0,955*${plane})mm" planeVector="(0,0,-1*${plane})"
-                          chargeCollection="1"
-                          cathodePosition="(0,0,0)mm">
-
-                // 4 modules
-                <for variable="modX" from="1" to="4" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(( (nChannels+1)*pitch-1*pitch/2)*(-2+(${modX}-1)) , 2.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 6-modules
-                <for variable="modX" from="5" to="10" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3+(${modX}-5)) , 1.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 7-modules
-                <for variable="modX" from="11" to="17" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3.5+(${modX}-11)) , 0.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 7-modules
-                <for variable="modX" from="18" to="24" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3.5+(${modX}-18)) , -0.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 7-modules
-                <for variable="modX" from="25" to="31" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3.5+(${modX}-25)) , -1.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 6-modules
-                <for variable="modX" from="32" to="37" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3+(${modX}-32)) , -2.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 4-modules
-                <for variable="modX" from="38" to="41" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-2+(${modX}-38)) , -3.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-            </readoutPlane>
-        </for>
-    </TRestReadout>
-
-
-    <!-- This readout (Panda-Jinping) is validated with the new readoutModule definition.
-      We do the readoutModule definition outside the readoutPlane and
-      then we use addReadoutModule giving the name as reference -->
-
-    <TRestReadout name="Panda-Jinping"
-                  title="PANDA SJTU Jinping readout. 2 planes 33 modules ${PITCH}mm-Pitch ${CHANNELS}+${CHANNELS} channels">
-        <myParameter name="nChannels" value="${CHANNELS}"/>
-        <myParameter name="pitch" value="${PITCH}"/>
-        <myParameter name="pixelSize" value="${PITCH}/sqrt(2.)"/>
-
-        <parameter name="mappingNodes" value="0"/>
-
-        <readoutModule name="module" file="readouts.rml"/>
-
-        <for variable="plane" from="-1" to="2" step="2">
-            <readoutPlane position="(0,0,955*${plane})mm" planeVector="(0,0,-1*${plane})"
-                          chargeCollection="1"
-                          cathodePosition="(0,0,0)mm">
-
-                // 2 modules
-                <for variable="modX" from="1" to="2" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(( (nChannels+1)*pitch-1*pitch/2)*(-1+(${modX}-1)) , 2.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 5-modules
-                <for variable="modX" from="3" to="7" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-2.5+(${modX}-3)) , 1.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 6-modules
-                <for variable="modX" from="8" to="13" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3+(${modX}-8)) , 0.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 7-modules
-                <for variable="modX" from="14" to="20" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3.5+(${modX}-14)) , -0.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 6-modules
-                <for variable="modX" from="21" to="26" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-3+(${modX}-21)) , -1.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 5-modules
-                <for variable="modX" from="27" to="31" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-2.5+(${modX}-27)) , -2.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-
-                // 2-modules
-                <for variable="modX" from="32" to="33" step="1">
-                    <addReadoutModule id="${modX}" name="module"
-                                      origin="(((nChannels+1)*pitch-1*pitch/2)*(-1+(${modX}-32)) , -3.5 * ((nChannels+1)*pitch-pitch/2-pitch/4) )"
-                                      rotation="0"/>
-                </for>
-            </readoutPlane>
-        </for>
-    </TRestReadout>
-
-</readouts>
diff --git a/pipeline/pandaxiii_data/P3AutoChain.rml b/pipeline/pandaxiii_data/P3AutoChain.rml
deleted file mode 100644
index 637f2d5b7..000000000
--- a/pipeline/pandaxiii_data/P3AutoChain.rml
+++ /dev/null
@@ -1,90 +0,0 @@
-<?xml version="1.0" encoding="UTF-8" standalone="no" ?>
-
-<!--In this example, when launching the analysis, we are doing following operations inside TRestManager:
-1. Initialize TRestRun
-1.1 set input and output file for TRestRun(here input and output is in "globals")
-1.2 addMetadata to TRestRun
-2. Initialize TRestProcessRunner
-2.1 set number of events to process
-2.2 set thread number
-2.3 set output tree branches
-2.4 add multiple processes
-2.4.1 override some parameters in the process
-2.4.1 add additional observables in the process
-3. Add a task to call TRestProcessRunner to run
--->
-
-<TRestManager name="CoBoDataAnalysis" title="Example" verboseLevel="info" >
-
-  <TRestRun name="SJTU_Proto" >
-    <parameter name="runNumber" value="auto"/>//change this value to "auto" to enable database
-    <parameter name="inputFileName" value="auto" />
-  </TRestRun>
-
-  <TRestProcessRunner name="Processor" verboseLevel="info">
-    <parameter name="eventsToProcess" value="0" />
-    <parameter name="threadNumber" value="2"/>
-
-    <parameter name="inputAnalysisStorage" value="on"/>
-    <parameter name="inputEventStorage" value="off"/>
-    <parameter name="outputEventStorage" value="on"/>
-
-    <addProcess type="TRestRawMultiCoBoAsAdToSignalProcess" name="virtualDAQ" value="ON"/>
-    <addProcess type="TRestRawSignalAnalysisProcess" name="sAna" value="ON">
-      <parameter name="pointsOverThreshold" value="3" />
-      /// We define all observables except MinValue because it is not yet in validation chain
-      <observable name="BaseLineMean" value="ON" />
-      <observable name="BaseLineSigmaMean" value="ON" />
-      <observable name="TimeBinsLength" value="ON" />
-      <observable name="FullIntegral" value="ON" />
-      <observable name="ThresholdIntegral" value="ON" />
-      <observable name="RiseSlopeAvg" value="ON" />
-      <observable name="SlopeIntegral" value="ON" />
-      <observable name="RateOfChangeAvg" value="ON" />
-      <observable name="RiseTimeAvg" value="ON" />
-      <observable name="TripleMaxIntegral" value="ON" />
-      <observable name="IntegralBalance" value="ON" />
-      <observable name="AmplitudeIntegralRatio" value="ON" />
-      <observable name="MinPeakAmplitude" value="ON" />
-      <observable name="MaxPeakAmplitude" value="ON" />
-      <observable name="PeakAmplitudeIntegral" value="ON" />
-      <observable name="AmplitudeRatio" value="ON" />
-      <observable name="MaxPeakTime" value="ON" />
-      <observable name="MinPeakTime" value="ON" />
-      <observable name="MaxPeakTimeDelay" value="ON" />
-      <observable name="AveragePeakTime" value="ON" />
-
-    </addProcess>
-    <addProcess type="TRestEventRateAnalysisProcess" name="rateAna" value="ON" observable="all"/>
-    <addProcess type="TRestRawToDetectorSignalProcess" name="rawSignalToSignal" value="ON">
-       <parameter name="sampling" value="0.2us"/>
-       <parameter name="zeroSuppression" value="true"/>
-       <parameter name="nPointsOverThreshold" value="3" />
-    </addProcess>
-
-    <addProcess type="TRestRealTimeDrawingProcess" name="rD" value="ON" drawInterval="1000" >
-      <TRestAnalysisPlot name="TriggerRatePlot"  previewPlot="false">
-        <canvas size="(1000,800)" save="TriggerRate.png"/>
-        <plot name="TriggerRate" title="Trigger Rate" xlabel="Seconds From Start" ylabel="Counts" value="ON" stats="ON">
-          <variable name="rateAna_SecondsFromStart" range="auto" nbins="100" />
-        </plot>
-      </TRestAnalysisPlot>
-    </addProcess>
-
-
-  </TRestProcessRunner>
-
-  <addTask type="processEvents" value="ON"/>
-
-
-  <globals>
-    <searchPath value="$ENV{REST_INPUTDATA}/definitions/"/>
-    <parameter name="mainDataPath" value="" />
-
-    <parameter name="pointThreshold" value="3" />
-  </globals>
-
-</TRestManager>
-
-
-<!--parameter here is accessible to all the classes-->
diff --git a/pipeline/pandaxiii_data/validation.root b/pipeline/pandaxiii_data/validation.root
deleted file mode 100644
index 5d74aa450..000000000
Binary files a/pipeline/pandaxiii_data/validation.root and /dev/null differ