diff --git a/Config/CMakeLists.txt b/Config/CMakeLists.txt
index ece93e76..d92ff87c 100644
--- a/Config/CMakeLists.txt
+++ b/Config/CMakeLists.txt
@@ -9,6 +9,7 @@ configure_file( LocustKass_Cavity_CCA.xml.in LocustKass_Cavity_CCA.xml )
 configure_file( LocustKass_Cavity_1GHz.xml.in LocustKass_Cavity_1GHz.xml )
 configure_file( LocustWaveguideTemplate.json.in LocustWaveguideTemplate.json )
 configure_file( LocustCavityCCA.json.in LocustCavityCCA.json )
+configure_file( LocustCavityRectangular.json.in LocustCavityRectangular.json )
 configure_file( LocustCavity1GHz.json.in LocustCavity1GHz.json )
 configure_file( LocustSignalPlusNoise.json.in LocustSignalPlusNoise.json )
 configure_file( LocustFreeSpaceTemplate.json.in LocustFreeSpaceTemplate.json )
@@ -34,6 +35,7 @@ set (EXAMPLE_CONFIGFILES
 	WaveguideGeometry_VTinyCoil.xml
     ${CMAKE_CURRENT_BINARY_DIR}/LocustWaveguideTemplate.json
     ${CMAKE_CURRENT_BINARY_DIR}/LocustCavityCCA.json
+    ${CMAKE_CURRENT_BINARY_DIR}/LocustCavityRectangular.json
     ${CMAKE_CURRENT_BINARY_DIR}/LocustCavity1GHz.json
     ${CMAKE_CURRENT_BINARY_DIR}/LocustFreeSpaceTemplate.json
     ${CMAKE_CURRENT_BINARY_DIR}/LocustPlaneWaveTemplate.json
diff --git a/Config/LocustCavityRectangular.json.in b/Config/LocustCavityRectangular.json.in
new file mode 100644
index 00000000..6c259fa1
--- /dev/null
+++ b/Config/LocustCavityRectangular.json.in
@@ -0,0 +1,49 @@
+{
+    "generators":
+    [          
+       "cavity-signal",
+       "lpf-fft",
+       "decimate-signal",
+       "digitizer"
+    ],
+
+    "cavity-signal":
+    {        
+        "transmitter": "kass-current",
+        "rectangular-cavity": "true",
+        "cavity-x": 1.0,
+        "cavity-y": 0.007,
+        "cavity-length": 0.1,  
+        "back-reaction": "true",
+        "dho-cavity-frequency": 25.9e9,
+        "dho-time-resolution": 9.0e-11,
+        "dho-threshold-factor": 0.01,
+        "event-spacing-samples": 10,
+        "voltage-check": "false",
+        "lo-frequency": 25.9602e9,
+        "xml-filename": "${CMAKE_INSTALL_PREFIX}/config/LocustKass_Cavity_CCA.xml"
+    },
+
+    "simulation":
+    {
+        "egg-filename": "${CMAKE_INSTALL_PREFIX}/output/locust_mc.egg",
+        "n-records": 1,
+        "record-size": 81920,
+        "acquisition-rate": 301,
+        "n-channels": 1
+    },
+  
+    "gaussian-noise":
+    {
+    	"noise-floor-psd": 2.76e-22,
+    	"domain": "time"
+    },
+
+    "digitizer":
+    {
+        "v-range":  0.01,
+        "v-offset": -0.005
+    }
+
+}
+
diff --git a/Data/ModeMaps/CMakeLists.txt b/Data/ModeMaps/CMakeLists.txt
index 0f2ab2ea..238f8222 100644
--- a/Data/ModeMaps/CMakeLists.txt
+++ b/Data/ModeMaps/CMakeLists.txt
@@ -1,7 +1,8 @@
 # CMakeLists.txt for Locust_mc/Data/ModeMaps
 
 set( LOCUST_MC_DATA_FILES      
-    PozarExportTE011.txt
+    PozarExport_Ex_RectangularTE011.txt
+    PozarExport_Etheta_CylindricalTE011.txt
 )
 
 pbuilder_install_data( ${LOCUST_MC_DATA_FILES} )
diff --git a/Data/ModeMaps/PozarExportTE011.txt b/Data/ModeMaps/PozarExport_Etheta_CylindricalTE011.txt
similarity index 100%
rename from Data/ModeMaps/PozarExportTE011.txt
rename to Data/ModeMaps/PozarExport_Etheta_CylindricalTE011.txt
diff --git a/Data/ModeMaps/PozarExport_Ex_RectangularTE011.txt b/Data/ModeMaps/PozarExport_Ex_RectangularTE011.txt
new file mode 100644
index 00000000..147abb1f
--- /dev/null
+++ b/Data/ModeMaps/PozarExport_Ex_RectangularTE011.txt
@@ -0,0 +1,9964 @@
+-0.495, -0.003465, 5.903
+-0.495, -0.003395, 17.7
+-0.495, -0.003325, 29.49
+-0.495, -0.003255, 41.24
+-0.495, -0.003185, 52.95
+-0.495, -0.003115, 64.61
+-0.495, -0.003045, 76.21
+-0.495, -0.002975, 87.73
+-0.495, -0.002905, 99.17
+-0.495, -0.002835, 110.5
+-0.495, -0.002765, 121.7
+-0.495, -0.002695, 132.8
+-0.495, -0.002625, 143.8
+-0.495, -0.002555, 154.7
+-0.495, -0.002485, 165.3
+-0.495, -0.002415, 175.9
+-0.495, -0.002345, 186.2
+-0.495, -0.002275, 196.4
+-0.495, -0.002205, 206.3
+-0.495, -0.002135, 216.1
+-0.495, -0.002065, 225.6
+-0.495, -0.001995, 235
+-0.495, -0.001925, 244.1
+-0.495, -0.001855, 252.9
+-0.495, -0.001785, 261.5
+-0.495, -0.001715, 269.9
+-0.495, -0.001645, 278
+-0.495, -0.001575, 285.8
+-0.495, -0.001505, 293.3
+-0.495, -0.001435, 300.5
+-0.495, -0.001365, 307.5
+-0.495, -0.001295, 314.1
+-0.495, -0.001225, 320.4
+-0.495, -0.001155, 326.4
+-0.495, -0.001085, 332.1
+-0.495, -0.001015, 337.5
+-0.495, -0.000945, 342.5
+-0.495, -0.000875, 347.2
+-0.495, -0.000805, 351.5
+-0.495, -0.000735, 355.5
+-0.495, -0.000665, 359.2
+-0.495, -0.000595, 362.5
+-0.495, -0.000525, 365.4
+-0.495, -0.000455, 368
+-0.495, -0.000385, 370.2
+-0.495, -0.000315, 372.1
+-0.495, -0.000245, 373.5
+-0.495, -0.000175, 374.7
+-0.495, -0.000105, 375.4
+-0.495, -3.5e-05, 375.8
+-0.495, 3.5e-05, 375.8
+-0.495, 0.000105, 375.4
+-0.495, 0.000175, 374.7
+-0.495, 0.000245, 373.5
+-0.495, 0.000315, 372.1
+-0.495, 0.000385, 370.2
+-0.495, 0.000455, 368
+-0.495, 0.000525, 365.4
+-0.495, 0.000595, 362.5
+-0.495, 0.000665, 359.2
+-0.495, 0.000735, 355.5
+-0.495, 0.000805, 351.5
+-0.495, 0.000875, 347.2
+-0.495, 0.000945, 342.5
+-0.495, 0.001015, 337.5
+-0.495, 0.001085, 332.1
+-0.495, 0.001155, 326.4
+-0.495, 0.001225, 320.4
+-0.495, 0.001295, 314.1
+-0.495, 0.001365, 307.5
+-0.495, 0.001435, 300.5
+-0.495, 0.001505, 293.3
+-0.495, 0.001575, 285.8
+-0.495, 0.001645, 278
+-0.495, 0.001715, 269.9
+-0.495, 0.001785, 261.5
+-0.495, 0.001855, 252.9
+-0.495, 0.001925, 244.1
+-0.495, 0.001995, 235
+-0.495, 0.002065, 225.6
+-0.495, 0.002135, 216.1
+-0.495, 0.002205, 206.3
+-0.495, 0.002275, 196.4
+-0.495, 0.002345, 186.2
+-0.495, 0.002415, 175.9
+-0.495, 0.002485, 165.3
+-0.495, 0.002555, 154.7
+-0.495, 0.002625, 143.8
+-0.495, 0.002695, 132.8
+-0.495, 0.002765, 121.7
+-0.495, 0.002835, 110.5
+-0.495, 0.002905, 99.17
+-0.495, 0.002975, 87.73
+-0.495, 0.003045, 76.21
+-0.495, 0.003115, 64.61
+-0.495, 0.003185, 52.95
+-0.495, 0.003255, 41.24
+-0.495, 0.003325, 29.49
+-0.495, 0.003395, 17.7
+-0.495, 0.003465, 5.903
+-0.485, -0.003465, 5.903
+-0.485, -0.003395, 17.7
+-0.485, -0.003325, 29.49
+-0.485, -0.003255, 41.24
+-0.485, -0.003185, 52.95
+-0.485, -0.003115, 64.61
+-0.485, -0.003045, 76.21
+-0.485, -0.002975, 87.73
+-0.485, -0.002905, 99.17
+-0.485, -0.002835, 110.5
+-0.485, -0.002765, 121.7
+-0.485, -0.002695, 132.8
+-0.485, -0.002625, 143.8
+-0.485, -0.002555, 154.7
+-0.485, -0.002485, 165.3
+-0.485, -0.002415, 175.9
+-0.485, -0.002345, 186.2
+-0.485, -0.002275, 196.4
+-0.485, -0.002205, 206.3
+-0.485, -0.002135, 216.1
+-0.485, -0.002065, 225.6
+-0.485, -0.001995, 235
+-0.485, -0.001925, 244.1
+-0.485, -0.001855, 252.9
+-0.485, -0.001785, 261.5
+-0.485, -0.001715, 269.9
+-0.485, -0.001645, 278
+-0.485, -0.001575, 285.8
+-0.485, -0.001505, 293.3
+-0.485, -0.001435, 300.5
+-0.485, -0.001365, 307.5
+-0.485, -0.001295, 314.1
+-0.485, -0.001225, 320.4
+-0.485, -0.001155, 326.4
+-0.485, -0.001085, 332.1
+-0.485, -0.001015, 337.5
+-0.485, -0.000945, 342.5
+-0.485, -0.000875, 347.2
+-0.485, -0.000805, 351.5
+-0.485, -0.000735, 355.5
+-0.485, -0.000665, 359.2
+-0.485, -0.000595, 362.5
+-0.485, -0.000525, 365.4
+-0.485, -0.000455, 368
+-0.485, -0.000385, 370.2
+-0.485, -0.000315, 372.1
+-0.485, -0.000245, 373.5
+-0.485, -0.000175, 374.7
+-0.485, -0.000105, 375.4
+-0.485, -3.5e-05, 375.8
+-0.485, 3.5e-05, 375.8
+-0.485, 0.000105, 375.4
+-0.485, 0.000175, 374.7
+-0.485, 0.000245, 373.5
+-0.485, 0.000315, 372.1
+-0.485, 0.000385, 370.2
+-0.485, 0.000455, 368
+-0.485, 0.000525, 365.4
+-0.485, 0.000595, 362.5
+-0.485, 0.000665, 359.2
+-0.485, 0.000735, 355.5
+-0.485, 0.000805, 351.5
+-0.485, 0.000875, 347.2
+-0.485, 0.000945, 342.5
+-0.485, 0.001015, 337.5
+-0.485, 0.001085, 332.1
+-0.485, 0.001155, 326.4
+-0.485, 0.001225, 320.4
+-0.485, 0.001295, 314.1
+-0.485, 0.001365, 307.5
+-0.485, 0.001435, 300.5
+-0.485, 0.001505, 293.3
+-0.485, 0.001575, 285.8
+-0.485, 0.001645, 278
+-0.485, 0.001715, 269.9
+-0.485, 0.001785, 261.5
+-0.485, 0.001855, 252.9
+-0.485, 0.001925, 244.1
+-0.485, 0.001995, 235
+-0.485, 0.002065, 225.6
+-0.485, 0.002135, 216.1
+-0.485, 0.002205, 206.3
+-0.485, 0.002275, 196.4
+-0.485, 0.002345, 186.2
+-0.485, 0.002415, 175.9
+-0.485, 0.002485, 165.3
+-0.485, 0.002555, 154.7
+-0.485, 0.002625, 143.8
+-0.485, 0.002695, 132.8
+-0.485, 0.002765, 121.7
+-0.485, 0.002835, 110.5
+-0.485, 0.002905, 99.17
+-0.485, 0.002975, 87.73
+-0.485, 0.003045, 76.21
+-0.485, 0.003115, 64.61
+-0.485, 0.003185, 52.95
+-0.485, 0.003255, 41.24
+-0.485, 0.003325, 29.49
+-0.485, 0.003395, 17.7
+-0.485, 0.003465, 5.903
+-0.475, -0.003465, 5.903
+-0.475, -0.003395, 17.7
+-0.475, -0.003325, 29.49
+-0.475, -0.003255, 41.24
+-0.475, -0.003185, 52.95
+-0.475, -0.003115, 64.61
+-0.475, -0.003045, 76.21
+-0.475, -0.002975, 87.73
+-0.475, -0.002905, 99.17
+-0.475, -0.002835, 110.5
+-0.475, -0.002765, 121.7
+-0.475, -0.002695, 132.8
+-0.475, -0.002625, 143.8
+-0.475, -0.002555, 154.7
+-0.475, -0.002485, 165.3
+-0.475, -0.002415, 175.9
+-0.475, -0.002345, 186.2
+-0.475, -0.002275, 196.4
+-0.475, -0.002205, 206.3
+-0.475, -0.002135, 216.1
+-0.475, -0.002065, 225.6
+-0.475, -0.001995, 235
+-0.475, -0.001925, 244.1
+-0.475, -0.001855, 252.9
+-0.475, -0.001785, 261.5
+-0.475, -0.001715, 269.9
+-0.475, -0.001645, 278
+-0.475, -0.001575, 285.8
+-0.475, -0.001505, 293.3
+-0.475, -0.001435, 300.5
+-0.475, -0.001365, 307.5
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+-0.475, -0.001225, 320.4
+-0.475, -0.001155, 326.4
+-0.475, -0.001085, 332.1
+-0.475, -0.001015, 337.5
+-0.475, -0.000945, 342.5
+-0.475, -0.000875, 347.2
+-0.475, -0.000805, 351.5
+-0.475, -0.000735, 355.5
+-0.475, -0.000665, 359.2
+-0.475, -0.000595, 362.5
+-0.475, -0.000525, 365.4
+-0.475, -0.000455, 368
+-0.475, -0.000385, 370.2
+-0.475, -0.000315, 372.1
+-0.475, -0.000245, 373.5
+-0.475, -0.000175, 374.7
+-0.475, -0.000105, 375.4
+-0.475, -3.5e-05, 375.8
+-0.475, 3.5e-05, 375.8
+-0.475, 0.000105, 375.4
+-0.475, 0.000175, 374.7
+-0.475, 0.000245, 373.5
+-0.475, 0.000315, 372.1
+-0.475, 0.000385, 370.2
+-0.475, 0.000455, 368
+-0.475, 0.000525, 365.4
+-0.475, 0.000595, 362.5
+-0.475, 0.000665, 359.2
+-0.475, 0.000735, 355.5
+-0.475, 0.000805, 351.5
+-0.475, 0.000875, 347.2
+-0.475, 0.000945, 342.5
+-0.475, 0.001015, 337.5
+-0.475, 0.001085, 332.1
+-0.475, 0.001155, 326.4
+-0.475, 0.001225, 320.4
+-0.475, 0.001295, 314.1
+-0.475, 0.001365, 307.5
+-0.475, 0.001435, 300.5
+-0.475, 0.001505, 293.3
+-0.475, 0.001575, 285.8
+-0.475, 0.001645, 278
+-0.475, 0.001715, 269.9
+-0.475, 0.001785, 261.5
+-0.475, 0.001855, 252.9
+-0.475, 0.001925, 244.1
+-0.475, 0.001995, 235
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+-0.475, 0.002205, 206.3
+-0.475, 0.002275, 196.4
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+-0.475, 0.002415, 175.9
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+-0.475, 0.002835, 110.5
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+-0.465, -0.002555, 154.7
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+-0.465, -0.002415, 175.9
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+-0.465, -0.002275, 196.4
+-0.465, -0.002205, 206.3
+-0.465, -0.002135, 216.1
+-0.465, -0.002065, 225.6
+-0.465, -0.001995, 235
+-0.465, -0.001925, 244.1
+-0.465, -0.001855, 252.9
+-0.465, -0.001785, 261.5
+-0.465, -0.001715, 269.9
+-0.465, -0.001645, 278
+-0.465, -0.001575, 285.8
+-0.465, -0.001505, 293.3
+-0.465, -0.001435, 300.5
+-0.465, -0.001365, 307.5
+-0.465, -0.001295, 314.1
+-0.465, -0.001225, 320.4
+-0.465, -0.001155, 326.4
+-0.465, -0.001085, 332.1
+-0.465, -0.001015, 337.5
+-0.465, -0.000945, 342.5
+-0.465, -0.000875, 347.2
+-0.465, -0.000805, 351.5
+-0.465, -0.000735, 355.5
+-0.465, -0.000665, 359.2
+-0.465, -0.000595, 362.5
+-0.465, -0.000525, 365.4
+-0.465, -0.000455, 368
+-0.465, -0.000385, 370.2
+-0.465, -0.000315, 372.1
+-0.465, -0.000245, 373.5
+-0.465, -0.000175, 374.7
+-0.465, -0.000105, 375.4
+-0.465, -3.5e-05, 375.8
+-0.465, 3.5e-05, 375.8
+-0.465, 0.000105, 375.4
+-0.465, 0.000175, 374.7
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+-0.465, 0.000315, 372.1
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+-0.465, 0.000455, 368
+-0.465, 0.000525, 365.4
+-0.465, 0.000595, 362.5
+-0.465, 0.000665, 359.2
+-0.465, 0.000735, 355.5
+-0.465, 0.000805, 351.5
+-0.465, 0.000875, 347.2
+-0.465, 0.000945, 342.5
+-0.465, 0.001015, 337.5
+-0.465, 0.001085, 332.1
+-0.465, 0.001155, 326.4
+-0.465, 0.001225, 320.4
+-0.465, 0.001295, 314.1
+-0.465, 0.001365, 307.5
+-0.465, 0.001435, 300.5
+-0.465, 0.001505, 293.3
+-0.465, 0.001575, 285.8
+-0.465, 0.001645, 278
+-0.465, 0.001715, 269.9
+-0.465, 0.001785, 261.5
+-0.465, 0.001855, 252.9
+-0.465, 0.001925, 244.1
+-0.465, 0.001995, 235
+-0.465, 0.002065, 225.6
+-0.465, 0.002135, 216.1
+-0.465, 0.002205, 206.3
+-0.465, 0.002275, 196.4
+-0.465, 0.002345, 186.2
+-0.465, 0.002415, 175.9
+-0.465, 0.002485, 165.3
+-0.465, 0.002555, 154.7
+-0.465, 0.002625, 143.8
+-0.465, 0.002695, 132.8
+-0.465, 0.002765, 121.7
+-0.465, 0.002835, 110.5
+-0.465, 0.002905, 99.17
+-0.465, 0.002975, 87.73
+-0.465, 0.003045, 76.21
+-0.465, 0.003115, 64.61
+-0.465, 0.003185, 52.95
+-0.465, 0.003255, 41.24
+-0.465, 0.003325, 29.49
+-0.465, 0.003395, 17.7
+-0.465, 0.003465, 5.903
+-0.455, -0.003465, 5.903
+-0.455, -0.003395, 17.7
+-0.455, -0.003325, 29.49
+-0.455, -0.003255, 41.24
+-0.455, -0.003185, 52.95
+-0.455, -0.003115, 64.61
+-0.455, -0.003045, 76.21
+-0.455, -0.002975, 87.73
+-0.455, -0.002905, 99.17
+-0.455, -0.002835, 110.5
+-0.455, -0.002765, 121.7
+-0.455, -0.002695, 132.8
+-0.455, -0.002625, 143.8
+-0.455, -0.002555, 154.7
+-0.455, -0.002485, 165.3
+-0.455, -0.002415, 175.9
+-0.455, -0.002345, 186.2
+-0.455, -0.002275, 196.4
+-0.455, -0.002205, 206.3
+-0.455, -0.002135, 216.1
+-0.455, -0.002065, 225.6
+-0.455, -0.001995, 235
+-0.455, -0.001925, 244.1
+-0.455, -0.001855, 252.9
+-0.455, -0.001785, 261.5
+-0.455, -0.001715, 269.9
+-0.455, -0.001645, 278
+-0.455, -0.001575, 285.8
+-0.455, -0.001505, 293.3
+-0.455, -0.001435, 300.5
+-0.455, -0.001365, 307.5
+-0.455, -0.001295, 314.1
+-0.455, -0.001225, 320.4
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+0.495, -0.000175, 374.7
+0.495, -0.000105, 375.4
+0.495, -3.5e-05, 375.8
+0.495, 3.5e-05, 375.8
+0.495, 0.000105, 375.4
+0.495, 0.000175, 374.7
+0.495, 0.000245, 373.5
+0.495, 0.000315, 372.1
+0.495, 0.000385, 370.2
+0.495, 0.000455, 368
+0.495, 0.000525, 365.4
+0.495, 0.000595, 362.5
+0.495, 0.000665, 359.2
+0.495, 0.000735, 355.5
+0.495, 0.000805, 351.5
+0.495, 0.000875, 347.2
+0.495, 0.00094
\ No newline at end of file
diff --git a/Source/CMakeLists.txt b/Source/CMakeLists.txt
index 35bba801..164e9996 100644
--- a/Source/CMakeLists.txt
+++ b/Source/CMakeLists.txt
@@ -184,7 +184,9 @@ if (locust_mc_BUILD_WITH_KASSIOPEIA)
         Fields/LMCField.hh
         Fields/LMCCylindricalCavity.hh
         Fields/LMCPozarCylindricalCavity.hh
-        Fields/LMCModeMapCylindricalCavity.hh
+        Fields/LMCRectangularCavity.hh
+        Fields/LMCPozarRectangularCavity.hh        
+        Fields/LMCModeMapCavity.hh
         Fields/LMCRectangularWaveguide.hh
         Fields/LMCPozarRectangularWaveguide.hh
     )
@@ -219,7 +221,9 @@ if (locust_mc_BUILD_WITH_KASSIOPEIA)
         Fields/LMCField.cc
         Fields/LMCCylindricalCavity.cc
         Fields/LMCPozarCylindricalCavity.cc
-        Fields/LMCModeMapCylindricalCavity.cc
+        Fields/LMCRectangularCavity.cc
+        Fields/LMCPozarRectangularCavity.cc        
+        Fields/LMCModeMapCavity.cc
         Fields/LMCRectangularWaveguide.cc
         Fields/LMCPozarRectangularWaveguide.cc
     )
diff --git a/Source/Fields/LMCCylindricalCavity.cc b/Source/Fields/LMCCylindricalCavity.cc
index 1c97a1c3..d5d9235f 100644
--- a/Source/Fields/LMCCylindricalCavity.cc
+++ b/Source/Fields/LMCCylindricalCavity.cc
@@ -84,7 +84,7 @@ namespace locust
 
      	if( aParam.has( "upload-modemap-filename" ) )  // import "realistic" test mode map
      	{
-     		fFieldCore = new ModeMapCylindricalCavity();
+     		fFieldCore = new ModeMapCavity();
      		scarab::path dataDir = aParam.get_value( "data-dir", ( TOSTRING(PB_DATA_INSTALL_DIR) ) );
          	if (!fFieldCore->ReadModeMapTE_E((dataDir / aParam["upload-modemap-filename"]().as_string()).string()))
      		{
@@ -119,38 +119,6 @@ namespace locust
     	return true;
     }
 
-    std::vector<std::vector<std::vector<double>>> CylindricalCavity::SetUnityNormFactors(int nModes)
-    {
-    	LPROG(lmclog, "Setting mode normalization factors to 1.0 ... " );
-
-     	std::vector<std::vector<std::vector<double>>> tNormFactor;
-    	tNormFactor.resize(nModes);
-
-    	for (unsigned m=0; m<nModes; m++)
-    	{
-    		tNormFactor[m].resize(nModes);
-    		for (unsigned n=0; n<nModes; n++)
-    		{
-    			tNormFactor[m][n].resize(nModes);
-    		}
-    	}
-
-    	for (unsigned l=0; l<nModes; l++)
-    	{
-    		for (unsigned m=0; m<nModes; m++)
-    		{
-    			for (unsigned n=0; n<nModes; n++)
-    			{
-    				tNormFactor[l][m][n] = 1.;
-    			}
-    		}
-    	}
-
-    	return tNormFactor;
-
-    }
-
-
 
     std::vector<std::vector<std::vector<double>>> CylindricalCavity::CalculateNormFactors(int nModes, bool bTE)
     {
@@ -220,22 +188,22 @@ namespace locust
     	    		{
     	    			if (eField)
     	    			{
-    	    		    	aField = fFieldCore->TE_E(GetDimR(), GetDimL(), l, m, n, r, theta, zKass,0);
+    	    		    	aField = fFieldCore->TE_E(GetDimR(), 2.*LMCConst::Pi(), GetDimL(), l, m, n, r, theta, zKass,0);
     	    			}
     	    			else
     	    			{
-    	    				aField = fFieldCore->TE_H(GetDimR(), GetDimL(), l, m, n, r, theta, zKass,0);
+    	    				aField = fFieldCore->TE_H(GetDimR(), 2.*LMCConst::Pi(), GetDimL(), l, m, n, r, theta, zKass,0);
     	    			}
     	    		}
     	    		else
     	    		{
     	    			if (eField)
     	    			{
-    	    				aField = fFieldCore->TM_E(GetDimR(), GetDimL(), l, m, n, r, theta, zKass,0);
+    	    				aField = fFieldCore->TM_E(GetDimR(), 2.*LMCConst::Pi(), GetDimL(), l, m, n, r, theta, zKass,0);
     	    			}
     	    			else
     	    			{
-    	    				aField = fFieldCore->TM_H(GetDimR(), GetDimL(), l, m, n, r, theta, zKass,0);
+    	    				aField = fFieldCore->TM_H(GetDimR(), 2.*LMCConst::Pi(), GetDimL(), l, m, n, r, theta, zKass,0);
     	    			}
     	    		}
 
@@ -322,12 +290,12 @@ namespace locust
 
     std::vector<double> CylindricalCavity::GetTE_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols)
     {
-    	return fFieldCore->TE_E(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
+    	return fFieldCore->TE_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
     }
 
     std::vector<double> CylindricalCavity::GetTM_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols)
     {
-    	return fFieldCore->TM_E(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
+    	return fFieldCore->TM_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
     }
 
     std::vector<double> CylindricalCavity::GetFieldAtProbe(int l, int m, int n, bool includeOtherPols, std::vector<double> tKassParticleXP, bool teMode)
@@ -375,12 +343,12 @@ namespace locust
        	double normFactor;
        	if(teMode)
        	{
-       		tField = fFieldCore->TE_E(GetDimR(),GetDimL(),l,m,n,tR,tTheta,tZ,includeOtherPols);
+       		tField = fFieldCore->TE_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,tR,tTheta,tZ,includeOtherPols);
        		normFactor = GetNormFactorsTE()[l][m][n];
        	}
        	else
        	{
-       		tField = fFieldCore->TM_E(GetDimR(),GetDimL(),l,m,n,tR,tTheta,tZ,includeOtherPols);
+       		tField = fFieldCore->TM_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,tR,tTheta,tZ,includeOtherPols);
        		normFactor = GetNormFactorsTM()[l][m][n];
        	}
        	auto it = tField.begin();
@@ -552,23 +520,23 @@ namespace locust
     			    	printf("l m n is %d %d %d\n", l, m, n);
     		    		if (bTE)
     			    	{
-    				    	a = sprintf(hbufferEtheta, "TE%d%d%d_Etheta_z%d", l, m, n, (int)(zSlice*1.e3));
-    					    a = sprintf(hbufferEr, "TE%d%d%d_Er_z%d", l, m, n, (int)(zSlice*1.e3));
-    				    	a = sprintf(hbufferHtheta, "TE%d%d%d_Htheta_z%d", l, m, n, (int)(zSlice*1.e3));
-    					    a = sprintf(hbufferHr, "TE%d%d%d_Hr_z%d", l, m, n, (int)(zSlice*1.e3));
-    				    }
-    				    else
-        				{
-        					a = sprintf(hbufferEtheta, "TM%d%d%d_Etheta_z%d", l, m, n, (int)(zSlice*1.e3));
-    	    				a = sprintf(hbufferEr, "TM%d%d%d_Er_z%d", l, m, n, (int)(zSlice*1.e3));
-        					a = sprintf(hbufferHtheta, "TM%d%d%d_Htheta_z%d", l, m, n, (int)(zSlice*1.e3));
-    	    				a = sprintf(hbufferHr, "TM%d%d%d_Hr_z%d", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferEtheta, "TE%d%d%d_Etheta_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferEr, "TE%d%d%d_Er_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferHtheta, "TE%d%d%d_Htheta_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferHr, "TE%d%d%d_Hr_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    			    	}
+    		    		else
+    		    		{
+    		    			a = sprintf(hbufferEtheta, "TM%d%d%d_Etheta_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    		    			a = sprintf(hbufferEr, "TM%d%d%d_Er_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    		    			a = sprintf(hbufferHtheta, "TM%d%d%d_Htheta_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    		    			a = sprintf(hbufferHr, "TM%d%d%d_Hr_z%dmm", l, m, n, (int)(zSlice*1.e3));
     		    		}
 
-    			    	TH2D* hTEtheta = new TH2D(hname_Etheta, hname_Etheta, nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
-    			 	    TH2D* hTEr = new TH2D(hname_Er, hname_Er, nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
-    			    	TH2D* hTHtheta = new TH2D(hname_Htheta, hname_Htheta, nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
-    			 	    TH2D* hTHr = new TH2D(hname_Hr, hname_Hr, nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
+    			    	TH2D* hTEtheta = new TH2D(hname_Etheta, (std::string(hname_Etheta)+";#theta;r(m)").c_str(), nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
+    			    	TH2D* hTEr = new TH2D(hname_Er, (std::string(hname_Er)+";#theta;r(m)").c_str(), nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
+    			    	TH2D* hTHtheta = new TH2D(hname_Htheta, (std::string(hname_Htheta)+";#theta;r(m)").c_str(), nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
+    			    	TH2D* hTHr = new TH2D(hname_Hr, (std::string(hname_Hr)+";#theta;r(m)").c_str(), nbins, -LMCConst::Pi(), LMCConst::Pi(), nbins, 0., GetDimR());
 
         				double normFactor = 1.0;
         				if (bTE)
@@ -592,13 +560,13 @@ namespace locust
     					    	    std::vector<double> tH;
         							if (bTE)
     	    						{
-    		    						tE = fFieldCore->TE_E(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
-    			    					tH = fFieldCore->TE_H(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tE = fFieldCore->TE_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tH = fFieldCore->TE_H(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
     				    			}
         							else
     	    						{
-    		    						tE = fFieldCore->TM_E(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
-        								tH = fFieldCore->TM_H(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tE = fFieldCore->TM_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tH = fFieldCore->TM_H(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
     	    						}
     		    				    if ((!std::isnan(tE.back())))
     			    			    {
@@ -686,16 +654,16 @@ namespace locust
     				    }
     				    else
         				{
-        					a = sprintf(hbufferEtheta, "TM%d%d%d_Etheta_thetaLong_r%d", l, m, n, (int)(thetaSlice*1.e3));
+        					a = sprintf(hbufferEtheta, "TM%d%d%d_Etheta_zLong_theta%d", l, m, n, (int)(thetaSlice*1.e3));
     	    				a = sprintf(hbufferEr, "TM%d%d%d_Er_zLong_theta%d", l, m, n, (int)(thetaSlice*1.e3));
         					a = sprintf(hbufferHtheta, "TM%d%d%d_Htheta_zLong_theta%d", l, m, n, (int)(thetaSlice*1.e3));
     	    				a = sprintf(hbufferHr, "TM%d%d%d_Hr_zLong_theta%d", l, m, n, (int)(thetaSlice*1.e3));
     		    		}
 
-    			    	TH2D* hTEtheta = new TH2D(hname_Etheta, hname_Etheta, nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
-    			 	    TH2D* hTEr = new TH2D(hname_Er, hname_Er, nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
-    			    	TH2D* hTHtheta = new TH2D(hname_Htheta, hname_Htheta, nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
-    			 	    TH2D* hTHr = new TH2D(hname_Hr, hname_Hr, nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
+    		    		TH2D* hTEtheta = new TH2D(hname_Etheta, (std::string(hname_Etheta)+";z(m);r(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
+    		    		TH2D* hTEr = new TH2D(hname_Er, (std::string(hname_Er)+";z(m);r(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
+    		    		TH2D* hTHtheta = new TH2D(hname_Htheta, (std::string(hname_Htheta)+";z(m);r(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
+    		    		TH2D* hTHr = new TH2D(hname_Hr, (std::string(hname_Hr)+";z(m);r(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimR(), GetDimR());
 
         				double normFactor = 1.0;
         				if (bTE)
@@ -719,13 +687,13 @@ namespace locust
     					    	    std::vector<double> tH;
         							if (bTE)
     	    						{
-    		    						tE = fFieldCore->TE_E(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
-    			    					tH = fFieldCore->TE_H(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tE = fFieldCore->TE_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tH = fFieldCore->TE_H(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
     				    			}
         							else
     	    						{
-    		    						tE = fFieldCore->TM_E(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
-        								tH = fFieldCore->TM_H(GetDimR(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tE = fFieldCore->TM_E(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
+    		    						tH = fFieldCore->TM_H(GetDimR(),2.*LMCConst::Pi(),GetDimL(),l,m,n,r,theta,z,0);
     	    						}
     		    				    if ((!std::isnan(tE.back())))
     			    			    {
diff --git a/Source/Fields/LMCCylindricalCavity.hh b/Source/Fields/LMCCylindricalCavity.hh
index 60c7ecb0..d90ba81a 100644
--- a/Source/Fields/LMCCylindricalCavity.hh
+++ b/Source/Fields/LMCCylindricalCavity.hh
@@ -13,7 +13,7 @@
 #include "logger.hh"
 #include "LMCField.hh"
 #include "LMCPozarCylindricalCavity.hh"
-#include "LMCModeMapCylindricalCavity.hh"
+#include "LMCModeMapCavity.hh"
 #include <boost/math/special_functions/bessel.hpp>
 
 #include <vector>
@@ -62,7 +62,6 @@ namespace locust
             virtual std::vector<double> GetDopplerFrequency(int l, int m, int n, std::vector<double> tKassParticleXP);
             virtual std::vector<double> GetNormalizedModeField(int l, int m, int n, std::vector<double> tKassParticleXP, bool includeOtherPols, bool teMode);
             virtual std::vector<std::vector<std::vector<double>>> CalculateNormFactors(int nModes, bool bTE);
-            virtual std::vector<std::vector<std::vector<double>>> SetUnityNormFactors(int nModes);
             virtual std::vector<double> GetTE_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
             virtual std::vector<double> GetTM_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
         	virtual double CalculateDotProductFactor(int l, int m, int n, std::vector<double> tKassParticleXP, std::vector<double> anE_normalized, double tThisEventNSamples);
diff --git a/Source/Fields/LMCField.cc b/Source/Fields/LMCField.cc
index a72514f0..47334730 100644
--- a/Source/Fields/LMCField.cc
+++ b/Source/Fields/LMCField.cc
@@ -67,6 +67,39 @@ namespace locust
     }
 
 
+    std::vector<std::vector<std::vector<double>>> Field::SetUnityNormFactors(int nModes)
+    {
+    	LPROG(lmclog, "Setting mode normalization factors to 1.0 ... " );
+
+     	std::vector<std::vector<std::vector<double>>> tNormFactor;
+    	tNormFactor.resize(nModes);
+
+    	for (unsigned m=0; m<nModes; m++)
+    	{
+    		tNormFactor[m].resize(nModes);
+    		for (unsigned n=0; n<nModes; n++)
+    		{
+    			tNormFactor[m][n].resize(nModes);
+    		}
+    	}
+
+    	for (unsigned l=0; l<nModes; l++)
+    	{
+    		for (unsigned m=0; m<nModes; m++)
+    		{
+    			for (unsigned n=0; n<nModes; n++)
+    			{
+    				tNormFactor[l][m][n] = 1.;
+    			}
+    		}
+    	}
+
+    	return tNormFactor;
+
+    }
+
+
+
     std::vector<std::vector<std::vector<double>>> Field::GetNormFactorsTE()
     {
     	return fModeNormFactorTE;
diff --git a/Source/Fields/LMCField.hh b/Source/Fields/LMCField.hh
index a94f658a..e3fde050 100644
--- a/Source/Fields/LMCField.hh
+++ b/Source/Fields/LMCField.hh
@@ -39,13 +39,16 @@ namespace locust
     	    FieldCore();
     	    virtual ~FieldCore();
 
-	        // Cylindrical cavity:
-            virtual std::vector<double> TE_E(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
-            virtual std::vector<double> TE_H(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
-            virtual std::vector<double> TM_E(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
-            virtual std::vector<double> TM_H(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
-
-            // Rectangular waveguide:
+	        // Cylindrical/rectangular Pozar cavities:
+    	    // dim1 = r, dim2 = theta, dim3 = z
+    	    // or
+    	    // dim1 = x, dim2 = y, dim3 = z
+            virtual std::vector<double> TE_E(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
+            virtual std::vector<double> TE_H(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
+            virtual std::vector<double> TM_E(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
+            virtual std::vector<double> TM_H(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols){return {0.};};
+
+            // Rectangular Pozar waveguide:
             virtual std::vector<double> TE_E(double dimX, double dimY, int m, int n, double xKass, double yKass, double fcyc){return {0.};};
             virtual std::vector<double> TE_H(double dimX, double dimY, int m, int n, double xKass, double yKass, double fcyc){return {0.};};
             virtual std::vector<double> TM_E(double dimX, double dimY, int m, int n, double xKass, double yKass, double fcyc){return {0.};};
@@ -85,7 +88,7 @@ namespace locust
             virtual std::vector<double> GetNormalizedModeField(int l, int m, int n, std::vector<double> tKassParticleXP, bool includeOtherPols, bool teMode) {return {0.};};
             double NormalizedEFieldMag(std::vector<double> field);
             virtual std::vector<std::vector<std::vector<double>>> CalculateNormFactors(int nModes, bool bTE) {return {{{0.}}};};
-            virtual std::vector<std::vector<std::vector<double>>> SetUnityNormFactors(int nModes) {return {{{0.}}};};
+            std::vector<std::vector<std::vector<double>>> SetUnityNormFactors(int nModes);
             virtual std::vector<double> GetTE_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols) {return {0.};};
             virtual std::vector<double> GetTM_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols) {return {0.};};
             virtual double CalculateDotProductFactor(int l, int m, int n, std::vector<double> tKassParticleXP, std::vector<double> aTE_E_normalized, double tThisEventNSamples) {return {0.};};
diff --git a/Source/Fields/LMCModeMapCavity.cc b/Source/Fields/LMCModeMapCavity.cc
new file mode 100644
index 00000000..cdb15d33
--- /dev/null
+++ b/Source/Fields/LMCModeMapCavity.cc
@@ -0,0 +1,154 @@
+/*
+ * LMCModeMapCavity.cc
+ *
+ *  Created on: Sep 29, 2023
+ *      Author: pslocum
+ */
+
+#include "LMCModeMapCavity.hh"
+
+
+namespace locust
+{
+
+    LOGGER( lmclog, "ModeMapCavity" );
+    ModeMapCavity::ModeMapCavity():
+        fModeMapTE_E(0.)
+    {}
+
+    ModeMapCavity::~ModeMapCavity(){}
+
+
+    bool ModeMapCavity::ReadModeMapTE_E(std::string aFilename)
+    {
+        std::fstream modeMapFile(aFilename.c_str(),std::ios::in);
+        if (modeMapFile.fail())
+        {
+            LERROR(lmclog,"The mode map file \"" << aFilename <<"\" was not found.");
+            return false;
+        }
+        else
+        {
+            LWARN(lmclog,"Reading mode map file \"" << aFilename <<"\" .");
+        }
+
+
+        while (!modeMapFile.eof())
+        {
+            std::string lineContent;
+            while(std::getline(modeMapFile,lineContent))
+            {
+                std::vector<double> vectorLineContent;
+                std::string token;
+                std::stringstream ss(lineContent);
+                int wordCount = 0;
+                while (ss >> token)
+                {
+                	if (wordCount == 0) vectorLineContent.push_back(std::stod(token)); // var1 position
+                	else if (wordCount == 1) vectorLineContent.push_back(std::stod(token)); // var2 position
+                	else if (wordCount == 2) vectorLineContent.push_back(std::stod(token)); // mode E field value
+                	else
+                	{
+                		LERROR(lmclog, "There are more columns than expected in the uploaded mode map file.");
+                		return false;
+                	}
+                	++wordCount;
+                }
+                fModeMapTE_E.push_back(vectorLineContent);
+//                printf("read var1 is %g, var2 is %g, E is %g\n", fModeMapTE_E.back()[0], fModeMapTE_E.back()[1], fModeMapTE_E.back()[2]);
+//                getchar();
+            }
+        }
+        modeMapFile.close();
+
+        return true;
+    }
+
+    std::vector<double> ModeMapCavity::TE_E(double dim1, double dim2, double dim3, int l, int m, int n, double var1, double var2, double zKass, bool includeOtherPols)
+    {
+    	// This placeholder function does a coarse search through an uploaded mode map (stored in fModeMapTE_E)
+    	// to find a data point near the requested location at (var1,var2).  If it finds a suitable point, the function
+    	// returns the value of the E field in the uploaded mode map at that point.  If it can't find
+    	// a point, it returns 0.  This coarse grid search should be entirely replaced with something that returns
+    	// an E-field value interpolated from the uploaded mode map.
+
+    	// For testing, import the test mode map and inspect the output of this function like this:
+    	//
+    	// Cylindrical coordinates:
+    	// bin/LocustSim -c config/LocustCavityCCA.json "cavity-signal.upload-modemap-filename"="PozarExport_Etheta_CylindricalTE011.txt" "cavity-signal.plot-mode-maps"=true
+    	// root -l output/ModeMapOutput.root
+    	// TE011_Etheta_z0mm->DrawCopy()
+    	//
+    	// Recangular coordinates:
+    	// bin/LocustSim -c config/LocustCavityRectangular.json "cavity-signal.upload-modemap-filename"="PozarExport_Ex_RectangularTE011.txt" "cavity-signal.plot-mode-maps"=true
+    	// root -l output/ModeMapOutput.root
+    	// TE011_Ex_z0mm->DrawCopy()
+
+    	// The plotted mode map should appear as an exact copy of the uploaded mode map.
+    	//
+    	// Now, change the number of pixels used in the plotted mode map:
+    	//
+    	// bin/LocustSim -c config/LocustCavityRectangular.json "cavity-signal.upload-modemap-filename"="PozarExport_Ex_RectangularTE011.txt" "cavity-signal.plot-mode-maps"=true "cavity-signal.n-pixels"=201
+    	// root -l output/ModeMapOutput.root
+    	// TE011_Ex_z0mm->DrawCopy()
+    	//
+    	// In the plot, we might see a few points that were extracted successfully from the uploaded mode map, but
+    	// with most if not all of the requested points missing.  This is due to the presently inadequate grid search.  With
+    	// interpolation, we should be able to report reasonable E field values for any requested point over any number
+    	// of pixels, and this should be seen as a smooth and correct mode map in the output plot.
+
+    	std::vector<double> TE_E;
+
+    	// Below, we are presently hard-wired for lmn=011, which is the mode written to both available fake mode maps:
+    	// A file containing a fake cylindrical TE011 mode map in r, theta, and E_theta:  PozarExport_Etheta_CylindricalTE011.txt,
+    	// A file containing a fake rectangular TE011 mode map in x, y, and E_x:  PozarExport_Ex_RectangularTE011.txt .
+    	//
+    	if ((l==0)&&(m==1)&&(n==1))
+    	{
+    		double tTolerance = pow(10.,-3.);
+    		for (unsigned j=0; j<fModeMapTE_E.size(); j++)
+    		{
+    			if ((fabs(1.-var1/fModeMapTE_E[j][0]) < tTolerance) && (fabs(1.-var2/fModeMapTE_E[j][1]) < tTolerance))
+    			{
+    				// Found a near neighbor in the uploaded mode map:
+    				printf("E at var1=%g var2=%g is %g\n", var1, var2, fModeMapTE_E[j][2]);
+    				TE_E.push_back(fModeMapTE_E[j][2]);
+    				return TE_E;  // Return the near neighbor.
+    			}
+    		}
+    		TE_E.push_back(0.); // Never found a point.
+    		return TE_E;  // Return 0.
+    	}
+    	else
+    	{
+    		TE_E.push_back(0.); // Wrong mode for right now.
+    	}
+        return TE_E;
+    }
+
+    std::vector<double> ModeMapCavity::TE_H(double dim1, double dim2, double dim3, int l, int m, int n, double var1, double var2, double zKass, bool includeOtherPols)
+    {
+//    	LPROG( lmclog, "TE_H is presently not available as a mode map." );
+    	std::vector<double> TE_H;
+    	TE_H.push_back(0.);
+    	return TE_H;
+    }
+
+    std::vector<double> ModeMapCavity::TM_E(double dim1, double dim2, double dim3, int l, int m, int n, double var1, double var2, double zKass, bool includeOtherPols)
+    {
+//    	LPROG( lmclog, "TM_E is presently not available as a mode map." );
+    	std::vector<double> TM_E;
+    	TM_E.push_back(0.);
+    	return TM_E;
+    }
+
+    std::vector<double> ModeMapCavity::TM_H(double dim1, double dim2, double dim3, int l, int m, int n, double var1, double var2, double zKass, bool includeOtherPols)
+    {
+//    	LPROG( lmclog, "TM_H is presently not available as a mode map." );
+    	std::vector<double> TM_H;
+    	TM_H.push_back(0.);
+        return TM_H;
+    }
+
+} /* namespace locust */
+
diff --git a/Source/Fields/LMCModeMapCavity.hh b/Source/Fields/LMCModeMapCavity.hh
new file mode 100644
index 00000000..504b52ca
--- /dev/null
+++ b/Source/Fields/LMCModeMapCavity.hh
@@ -0,0 +1,53 @@
+/*
+ * LMCModeMapCavity.hh
+ *
+ *  Created on: Sept. 29, 2023
+ *      Author: pslocum
+ */
+
+#ifndef LMCMODEMAPCAVITY_HH_
+#define LMCMODEMAPCAVITY_HH_
+
+#include "param.hh"
+
+#include "logger.hh"
+#include "LMCField.hh"
+
+#include <vector>
+
+namespace locust
+{
+ /*!
+ @class ModeMapCavity
+ @author P. Slocum
+ @brief Derived class to define Cavity fields from an uploaded mode map file.
+ @details
+ Available configuration options:
+ No input parameters
+ */
+
+
+    class ModeMapCavity: public FieldCore
+    {
+        public:
+
+    	    ModeMapCavity();
+		    virtual ~ModeMapCavity();
+
+            virtual std::vector<double> TE_E(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> TE_H(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> TM_E(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> TM_H(double dim1, double dim2, double dim3, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+
+            virtual bool ReadModeMapTE_E(std::string aFilename);
+
+        private:
+
+            std::vector<std::vector<double>> fModeMapTE_E;
+
+    };
+
+
+}; /* namespace locust */
+
+#endif /* LMCMODEMAPCAVITY_HH_ */
diff --git a/Source/Fields/LMCModeMapCylindricalCavity.cc b/Source/Fields/LMCModeMapCylindricalCavity.cc
deleted file mode 100644
index 39316740..00000000
--- a/Source/Fields/LMCModeMapCylindricalCavity.cc
+++ /dev/null
@@ -1,142 +0,0 @@
-/*
- * LMCModeMapCylindricalCavity.cc
- *
- *  Created on: Sep 29, 2023
- *      Author: pslocum
- */
-
-#include "LMCModeMapCylindricalCavity.hh"
-
-
-namespace locust
-{
-
-    LOGGER( lmclog, "ModeMapCylindricalCavity" );
-    ModeMapCylindricalCavity::ModeMapCylindricalCavity():
-        fModeMapTE_E(0.)
-    {}
-
-    ModeMapCylindricalCavity::~ModeMapCylindricalCavity(){}
-
-
-    bool ModeMapCylindricalCavity::ReadModeMapTE_E(std::string aFilename)
-    {
-        std::fstream modeMapFile(aFilename.c_str(),std::ios::in);
-        if (modeMapFile.fail())
-        {
-            LERROR(lmclog,"The mode map file \"" << aFilename <<"\" was not found.");
-            return false;
-        }
-
-        while (!modeMapFile.eof())
-        {
-            std::string lineContent;
-            while(std::getline(modeMapFile,lineContent))
-            {
-                std::vector<double> vectorLineContent;
-                std::string token;
-                std::stringstream ss(lineContent);
-                int wordCount = 0;
-                while (ss >> token)
-                {
-                	if (wordCount == 0) vectorLineContent.push_back(std::stod(token)); // radius position
-                	else if (wordCount == 1) vectorLineContent.push_back(std::stod(token)); // theta position
-                	else if (wordCount == 2) vectorLineContent.push_back(std::stod(token)); // mode E field value
-                	else
-                	{
-                		LERROR(lmclog, "There are more columns than expected in the uploaded mode map file.");
-                		return false;
-                	}
-                	++wordCount;
-                }
-                fModeMapTE_E.push_back(vectorLineContent);
-                //printf("read r is %g, theta is %g, E is %g\n", fModeMapTE_E.back()[0], fModeMapTE_E.back()[1], fModeMapTE_E.back()[2]);
-                //getchar();
-            }
-        }
-        modeMapFile.close();
-
-        return true;
-    }
-
-    std::vector<double> ModeMapCylindricalCavity::TE_E(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
-    {
-    	// This placeholder function does a coarse search through an uploaded mode map (stored in fModeMapTE_E)
-    	// to find a data point near the requested location at (r,theta).  If it finds a suitable point, the function
-    	// returns the value of the E field in the uploaded mode map at that point.  If it can't find
-    	// a point, it returns 0.  This coarse grid search should be entirely replaced with something that returns
-    	// an E-field value interpolated from the uploaded mode map.
-
-    	// For testing, import the test mode map and inspect the output of this function like this:
-    	//
-    	// bin/LocustSim -c config/LocustCavityCCA.json "cavity-signal.upload-modemap-filename"="PozarExportTE011.txt" "cavity-signal.plot-mode-maps"=true
-    	// root -l output/ModeMapOutput.root
-    	// TE011_Etheta_z0->DrawCopy()
-    	//
-    	// The plotted mode map should appear as an exact copy of the uploaded mode map.
-    	//
-    	// Now, change the number of pixels used in the plotted mode map:
-    	//
-    	// bin/LocustSim -c config/LocustCavityCCA.json "cavity-signal.upload-modemap-filename"="PozarExportTE011.txt" "cavity-signal.plot-mode-maps"=true "cavity-signal.n-pixels"=201
-    	// root -l output/ModeMapOutput.root
-    	// TE011_Etheta_z0->DrawCopy()
-    	//
-    	// In the plot, we should see a few points that were extracted successfully from the uploaded mode map, but
-    	// with most of the requested points missing.  This is due to the presently inadequate grid search.  With
-    	// interpolation, we should be able to report reasonable E field values for any requested point over any number
-    	// of pixels, and this should be seen as a smooth mode map in the output plot.
-
-
-    	std::vector<double> TE_E;
-    	if ((l==0)&&(m==1)&&(n==1)) // Hard-wire for lmn=011, which is the mode written to PozarExportTE011.txt .
-    	{
-    		for (int iTolerance=3; iTolerance>2; iTolerance--)
-    		{
-    			double tTolerance = pow(10.,-iTolerance);
-    			for (unsigned j=0; j<fModeMapTE_E.size(); j++)
-    			{
-    				if ((fabs(1.-r/fModeMapTE_E[j][0]) < tTolerance) && (fabs(1.-theta/fModeMapTE_E[j][1]) < tTolerance))
-    				{
-    					// Found a near neighbor in the uploaded mode map:
-    					printf("E at r=%g theta=%g is %g\n", r, theta, fModeMapTE_E[j][2]);
-    					TE_E.push_back(fModeMapTE_E[j][2]);
-    					return TE_E;  // Return the near neighbor.
-    				}
-    			}
-    		}
-    		TE_E.push_back(0.); // Never found a point.
-    		return TE_E;  // Return 0.
-    	}
-    	else
-    	{
-    		TE_E.push_back(0.); // Wrong mode for right now.
-    	}
-        return TE_E;
-    }
-
-    std::vector<double> ModeMapCylindricalCavity::TE_H(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
-    {
-//    	LPROG( lmclog, "TE_H is presently not available as a mode map." );
-    	std::vector<double> TE_H;
-    	TE_H.push_back(0.);
-    	return TE_H;
-    }
-
-    std::vector<double> ModeMapCylindricalCavity::TM_E(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
-    {
-//    	LPROG( lmclog, "TM_E is presently not available as a mode map." );
-    	std::vector<double> TM_E;
-    	TM_E.push_back(0.);
-    	return TM_E;
-    }
-
-    std::vector<double> ModeMapCylindricalCavity::TM_H(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
-    {
-//    	LPROG( lmclog, "TM_H is presently not available as a mode map." );
-    	std::vector<double> TM_H;
-    	TM_H.push_back(0.);
-        return TM_H;
-    }
-
-} /* namespace locust */
-
diff --git a/Source/Fields/LMCModeMapCylindricalCavity.hh b/Source/Fields/LMCModeMapCylindricalCavity.hh
deleted file mode 100644
index abb24b26..00000000
--- a/Source/Fields/LMCModeMapCylindricalCavity.hh
+++ /dev/null
@@ -1,53 +0,0 @@
-/*
- * LMCModeMapCylindricalCavity.hh
- *
- *  Created on: Sept. 29, 2023
- *      Author: pslocum
- */
-
-#ifndef LMCMODEMAPCYLINDRICALCAVITY_HH_
-#define LMCMODEMAPCYLINDRICALCAVITY_HH_
-
-#include "param.hh"
-
-#include "logger.hh"
-#include "LMCField.hh"
-
-#include <vector>
-
-namespace locust
-{
- /*!
- @class ModeMapCylindricalCavity
- @author P. Slocum
- @brief Derived class to define CylindricalCavity fields from an uploaded mode map file.
- @details
- Available configuration options:
- No input parameters
- */
-
-
-    class ModeMapCylindricalCavity: public FieldCore
-    {
-        public:
-
-    	    ModeMapCylindricalCavity();
-		    virtual ~ModeMapCylindricalCavity();
-
-            virtual std::vector<double> TE_E(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
-            virtual std::vector<double> TE_H(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
-            virtual std::vector<double> TM_E(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
-            virtual std::vector<double> TM_H(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
-
-            virtual bool ReadModeMapTE_E(std::string aFilename);
-
-        private:
-
-            std::vector<std::vector<double>> fModeMapTE_E;
-
-    };
-
-
-}; /* namespace locust */
-
-#endif /* LMCMODEMAPCYLINDRICALCAVITY_HH_ */
diff --git a/Source/Fields/LMCPozarCylindricalCavity.cc b/Source/Fields/LMCPozarCylindricalCavity.cc
index 76bfeb0e..1cd69c1e 100644
--- a/Source/Fields/LMCPozarCylindricalCavity.cc
+++ b/Source/Fields/LMCPozarCylindricalCavity.cc
@@ -20,7 +20,7 @@ namespace locust
 
 
 
-    std::vector<double> PozarCylindricalCavity::TE_E(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
+    std::vector<double> PozarCylindricalCavity::TE_E(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
     {
 
     	double z = zKass + L/2.;
@@ -49,7 +49,7 @@ namespace locust
     	{
     		//modifies both r and theta components of TE field.
     		double dTheta = LMCConst::Pi() / 2.0 / (double)l;
-    		std::vector<double> tPolarization = this->TE_E(R,L,l,m,n,r,theta+dTheta,zKass,0);
+    		std::vector<double> tPolarization = this->TE_E(R,2.*LMCConst::Pi(),L,l,m,n,r,theta+dTheta,zKass,0);
     		tEr = tEr*sin((double)l*theta) + tPolarization[0]*cos((double)l*theta) ;
     		tEtheta = tEtheta*sin((double)l*(theta+dTheta)) + tPolarization[1]*cos((double)l*(theta+dTheta)) ;
     	}
@@ -61,7 +61,7 @@ namespace locust
     	}
     }
 
-    std::vector<double> PozarCylindricalCavity::TE_H(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
+    std::vector<double> PozarCylindricalCavity::TE_H(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
     {
 
     	double z = zKass + L/2.;
@@ -87,11 +87,11 @@ namespace locust
 
     	if ((includeOtherPols)&&(l>0))
     	{
-		double dTheta = LMCConst::Pi() / 2.0 / (double)l;
-		std::vector<double> tPolarization = this->TE_H(R,L,l,m,n,r,theta+dTheta,zKass,0);
-		tHr = tHr*sin((double)l*(theta+dTheta)) + tPolarization[0]*cos((double)l*(theta+dTheta)) ;
-                tHz = tHz*sin((double)l*(theta+dTheta)) + tPolarization[1]*cos((double)l*(theta+dTheta)) ;
-		tHtheta = tHtheta*sin((double)l*theta) + tPolarization[2]*cos((double)l*theta) ;
+    		double dTheta = LMCConst::Pi() / 2.0 / (double)l;
+    		std::vector<double> tPolarization = this->TE_H(R,2.*LMCConst::Pi(),L,l,m,n,r,theta+dTheta,zKass,0);
+    		tHr = tHr*sin((double)l*(theta+dTheta)) + tPolarization[0]*cos((double)l*(theta+dTheta)) ;
+    		tHz = tHz*sin((double)l*(theta+dTheta)) + tPolarization[1]*cos((double)l*(theta+dTheta)) ;
+    		tHtheta = tHtheta*sin((double)l*theta) + tPolarization[2]*cos((double)l*theta) ;
     	}
 
     	TE_H.push_back(tHr);  // r
@@ -101,7 +101,7 @@ namespace locust
     	}
     }
 
-    std::vector<double> PozarCylindricalCavity::TM_E(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
+    std::vector<double> PozarCylindricalCavity::TM_E(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
     {
     	double z = zKass + L/2.;
 
@@ -128,7 +128,7 @@ namespace locust
     	if ((includeOtherPols)&&(l>0))
     	{
                 double dTheta = LMCConst::Pi() / 2.0 / (double)l;
-                std::vector<double> tPolarization = this->TM_E(R,L,l,m,n,r,theta+dTheta,zKass,0);
+                std::vector<double> tPolarization = this->TM_E(R,2.*LMCConst::Pi(),L,l,m,n,r,theta+dTheta,zKass,0);
                 tEr = tEr*sin((double)l*(theta+dTheta)) + tPolarization[0]*cos((double)l*(theta+dTheta)) ;
                 tEz = tEz*sin((double)l*(theta+dTheta)) + tPolarization[1]*cos((double)l*(theta+dTheta)) ;
                 tEtheta = tEtheta*sin((double)l*theta) + tPolarization[2]*cos((double)l*theta) ;
@@ -141,7 +141,7 @@ namespace locust
     	}
     }
 
-    std::vector<double> PozarCylindricalCavity::TM_H(double R, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
+    std::vector<double> PozarCylindricalCavity::TM_H(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double zKass, bool includeOtherPols)
     {
     	double z = zKass + L/2.;
 
@@ -167,7 +167,7 @@ namespace locust
     	{
                 //modifies both r and theta components of TM field.
                 double dTheta = LMCConst::Pi() / 2.0 / (double)l;
-                std::vector<double> tPolarization = this->TM_H(R,L,l,m,n,r,theta+dTheta,zKass,0);
+                std::vector<double> tPolarization = this->TM_H(R,2.*LMCConst::Pi(),L,l,m,n,r,theta+dTheta,zKass,0);
                 tHr = tHr*sin((double)l*theta) + tPolarization[0]*cos((double)l*theta) ;
                 tHtheta = tHtheta*sin((double)l*(theta+dTheta)) + tPolarization[1]*cos((double)l*(theta+dTheta)) ;
     	}
diff --git a/Source/Fields/LMCPozarCylindricalCavity.hh b/Source/Fields/LMCPozarCylindricalCavity.hh
index 16f8f9b0..9ec03e16 100644
--- a/Source/Fields/LMCPozarCylindricalCavity.hh
+++ b/Source/Fields/LMCPozarCylindricalCavity.hh
@@ -35,10 +35,10 @@ namespace locust
     	    PozarCylindricalCavity();
 		    virtual ~PozarCylindricalCavity();
 
-            virtual std::vector<double> TE_E(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
-            virtual std::vector<double> TE_H(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
-            virtual std::vector<double> TM_E(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
-            virtual std::vector<double> TM_H(double R, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> TE_E(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> TE_H(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> TM_E(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> TM_H(double R, double twoPi, double L, int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
 
     };
 
diff --git a/Source/Fields/LMCPozarRectangularCavity.cc b/Source/Fields/LMCPozarRectangularCavity.cc
new file mode 100644
index 00000000..565de70f
--- /dev/null
+++ b/Source/Fields/LMCPozarRectangularCavity.cc
@@ -0,0 +1,167 @@
+/*
+ * LMCPozarRectangularCavity.cc
+ *
+ *  Created on: Nov 16, 2023
+ *      Author: pslocum
+ */
+
+#include "LMCPozarRectangularCavity.hh"
+
+
+namespace locust
+{
+    LOGGER( lmclog, "PozarRectangularCavity" );
+    PozarRectangularCavity::PozarRectangularCavity()
+    {
+    }
+    PozarRectangularCavity::~PozarRectangularCavity() {}
+
+
+    std::vector<double> PozarRectangularCavity::TE_E(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols)
+    {
+
+    	double x = xKass + dimX/2.;
+    	double y = yKass + dimY/2.;
+    	double z = zKass + dimZ/2.;
+
+    	if ((fabs(xKass) > dimX/2.) || (fabs(yKass) > dimY/2.) || (fabs(zKass) > dimZ/2.))
+    	{
+    		return {0.,0.};
+    	}
+    	else
+    	{
+
+    	// from Pozar
+    	std::vector<double> TE_E;
+
+    	double k1 = l * LMCConst::Pi() / dimX;
+    	double k2 = m * LMCConst::Pi() / dimY;
+    	double k3 = n * LMCConst::Pi() / dimZ;
+    	double kc = pow(k1*k1+k2*k2+k3*k3,0.5);
+    	double beta = k3;
+    	double eta = sqrt( LMCConst::MuNull() / LMCConst::EpsNull() );  // Pozar p. 113
+    	double Z_TE = kc * eta / beta;
+
+    	double tEx = Z_TE * beta * k2 / kc / kc * cos(k1*x) * sin(k2*y) * sin(k3*z);
+    	double tEy = -Z_TE * beta * k1 / kc / kc * sin(k1*x) * cos(k2*y) * sin(k3*z);
+    	double tEz = 0.; // TE mode.
+
+    	TE_E.push_back(tEx);
+    	TE_E.push_back(tEy);
+
+        return TE_E;
+    	}
+    }
+
+
+    std::vector<double> PozarRectangularCavity::TE_H(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols)
+    {
+    	double x = xKass + dimX/2.;
+    	double y = yKass + dimY/2.;
+    	double z = zKass + dimZ/2.;
+
+    	if ((fabs(xKass) > dimX/2.) || (fabs(yKass) > dimY/2.) || (fabs(zKass) > dimZ/2.))
+    	{
+    		return {0.,0.};
+    	}
+    	else
+    	{
+
+    	// from Pozar
+    	std::vector<double> TE_H;
+
+    	double k1 = l * LMCConst::Pi() / dimX;
+    	double k2 = m * LMCConst::Pi() / dimY;
+    	double k3 = n * LMCConst::Pi() / dimZ;
+    	double kc = pow(k1*k1+k2*k2+k3*k3,0.5);
+    	double beta = k3;
+    	double eta = sqrt( LMCConst::MuNull() / LMCConst::EpsNull() );  // Pozar p. 113
+    	double Z_TE = kc * eta / beta;
+
+    	double tHx = beta * k1 / kc / kc * sin(k1*x) * cos(k2*y) * cos(k3*z);
+    	double tHy = beta * k2 / kc / kc * cos(k1*x) * sin(k2*y) * cos(k3*z);
+    	double tHz = beta * (k1*k1 + k2*k2) / kc / kc * Z_TE / kc / eta  * cos(k1*x) * cos(k2*y) * sin(k3*z); // 6.42c
+
+    	TE_H.push_back(tHx);
+    	TE_H.push_back(tHz);
+    	TE_H.push_back(tHy);
+
+        return TE_H;
+    	}
+    }
+
+
+    std::vector<double> PozarRectangularCavity::TM_E(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols)
+    {
+    	double x = xKass + dimX/2.;
+    	double y = yKass + dimY/2.;
+    	double z = zKass + dimZ/2.;
+
+    	if ((fabs(xKass) > dimX/2.) || (fabs(yKass) > dimY/2.) || (fabs(zKass) > dimZ/2.))
+    	{
+    		return {0.,0.};
+    	}
+    	else
+    	{
+
+    	// from Pozar
+    	std::vector<double> TM_E;
+
+       	double k1 = l * LMCConst::Pi() / dimX;
+        double k2 = m * LMCConst::Pi() / dimY;
+        double k3 = n * LMCConst::Pi() / dimZ;
+        double kc = pow(k1*k1+k2*k2+k3*k3,0.5);
+    	double beta = k3;
+        double eta = sqrt( LMCConst::MuNull() / LMCConst::EpsNull() );  // Pozar p. 113
+    	double Z_TE = kc * eta / beta;
+
+    	double tEx = -beta * k1 / kc / kc * cos(k1*x) * sin(k2*y) * sin(k3*z);
+    	double tEy = -beta * k2 / kc / kc * sin(k1*x) * cos(k2*y) * sin(k3*z);
+    	double tEz =  Z_TE * beta * (k1*k1 + k2*k2) / kc / kc / kc / eta * sin(k1*x) * sin(k2*y) * cos(k3*z);
+
+        TM_E.push_back(tEx);
+        TM_E.push_back(tEz);
+        TM_E.push_back(tEy);
+
+    	return TM_E;
+    	}
+    }
+
+    std::vector<double> PozarRectangularCavity::TM_H(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols)
+    {
+    	double x = xKass + dimX/2.;
+    	double y = yKass + dimY/2.;
+    	double z = zKass + dimZ/2.;
+
+    	if ((fabs(xKass) > dimX/2.) || (fabs(yKass) > dimY/2.) || (fabs(zKass) > dimZ/2.))
+    	{
+    		return {0.,0.};
+    	}
+    	else
+    	{
+
+    	// from Pozar
+    	std::vector<double> TM_H;
+
+    	double k1 = l * LMCConst::Pi() / dimX;
+    	double k2 = m * LMCConst::Pi() / dimY;
+    	double k3 = n * LMCConst::Pi() / dimZ;
+    	double kc = pow(k1*k1+k2*k2+k3*k3,0.5);
+    	double beta = k3;
+    	double eta = sqrt( LMCConst::MuNull() / LMCConst::EpsNull() );
+    	double Z_TM = beta * eta / kc;
+
+    	double tHx = beta * k2 / kc / kc / Z_TM * sin(k1*x) * cos(k2*y) * cos(k3*z);
+    	double tHy = -beta * k1 / kc / kc / Z_TM * cos(k1*x) * sin(k2*y) * cos(k3*z);
+    	double tHz = 0.; // TM mode.
+
+    	TM_H.push_back(tHx);
+    	TM_H.push_back(tHy);
+
+        return TM_H;
+    	}
+    }
+
+
+} /* namespace locust */
+
diff --git a/Source/Fields/LMCPozarRectangularCavity.hh b/Source/Fields/LMCPozarRectangularCavity.hh
new file mode 100644
index 00000000..09949dca
--- /dev/null
+++ b/Source/Fields/LMCPozarRectangularCavity.hh
@@ -0,0 +1,43 @@
+/*
+ * LMCPozarRectangularCavity.hh
+ *
+ *  Created on: Nov. 16, 2023
+ *      Author: pslocum
+ */
+
+#ifndef LMCPOZARRECTANGULARCAVITY_HH_
+#define LMCPOZARRECTANGULARCAVITY_HH_
+
+#include "LMCField.hh"
+
+#include <vector>
+
+namespace locust
+{
+ /*!
+ @class PozarRectangularCavity
+ @author P. Slocum
+ @brief Derived class to define RectangularCavity fields as in Pozar.
+ @details
+ Available configuration options:
+
+ */
+
+    class PozarRectangularCavity: public FieldCore
+    {
+        public:
+
+	        PozarRectangularCavity();
+	        virtual ~PozarRectangularCavity();
+
+            virtual std::vector<double> TE_E(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols);
+            virtual std::vector<double> TE_H(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols);
+            virtual std::vector<double> TM_E(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols);
+            virtual std::vector<double> TM_H(double dimX, double dimY, double dimZ, int l, int m, int n, double xKass, double yKass, double zKass, bool includeOtherPols);
+
+    };
+
+
+}; /* namespace locust */
+
+#endif /* LMCPOZARRECTANGULARCAVITY_HH_ */
diff --git a/Source/Fields/LMCRectangularCavity.cc b/Source/Fields/LMCRectangularCavity.cc
new file mode 100644
index 00000000..0797eea5
--- /dev/null
+++ b/Source/Fields/LMCRectangularCavity.cc
@@ -0,0 +1,731 @@
+/*
+ * LMCRectangularCavity.cc
+ *
+ *  Created on: Jun 9, 2021
+ *      Author: pslocum
+ */
+
+#include "LMCRectangularCavity.hh"
+
+
+namespace locust
+{
+
+    LOGGER( lmclog, "RectangularCavity" );
+    RectangularCavity::RectangularCavity():
+    	fProbeGain( {1., 1.}),
+		fCavityProbeZ( {0., 0.} ),
+		fCavityProbeRFrac( {0.5, 0.5} ),
+		fCavityProbeTheta( {0.0, 0.0} )
+		{}
+
+    RectangularCavity::~RectangularCavity() {}
+
+
+
+    bool RectangularCavity::Configure( const scarab::param_node& aParam)
+    {
+
+    	if( !Field::Configure(aParam))
+    	{
+    		LERROR(lmclog,"Error configuring Field class from RectangularCavity subclass");
+    		return false;
+    	}
+
+        if( aParam.has( "cavity-x" ) )
+        {
+            SetDimX( aParam["cavity-x"]().as_double() );
+        }
+
+        if( aParam.has( "cavity-y" ) )
+        {
+            SetDimY( aParam["cavity-y"]().as_double() );
+        }
+
+        if( aParam.has( "cavity-length" ) )
+        {
+        	SetDimL( aParam["cavity-length"]().as_double() );
+        }
+
+        if ( aParam.has( "cavity-probe-gain0" ) )
+    	{
+    		SetCavityProbeGain(aParam["cavity-probe-gain0"]().as_double(), 0);
+    	}
+
+        if ( aParam.has( "cavity-probe-gain1" ) )
+    	{
+    		SetCavityProbeGain(aParam["cavity-probe-gain1"]().as_double(), 1);
+    	}
+
+        if ( aParam.has( "cavity-probe-z0" ) )
+    	{
+    		SetCavityProbeZ(aParam["cavity-probe-z0"]().as_double(), 0);
+    	}
+
+        if ( aParam.has( "cavity-probe-z1" ) )
+    	{
+    		SetCavityProbeZ(aParam["cavity-probe-z1"]().as_double(), 1);
+    	}
+
+        if ( aParam.has( "cavity-probe-r-fraction0" ) )
+    	{
+    		SetCavityProbeRFrac(aParam["cavity-probe-r-fraction0"]().as_double(), 0);
+    	}
+
+        if ( aParam.has( "cavity-probe-r-fraction1" ) )
+    	{
+    		SetCavityProbeRFrac(aParam["cavity-probe-r-fraction1"]().as_double(), 1);
+    	}
+
+     	if ( aParam.has( "cavity-probe-theta0" ) )
+     	{
+     		SetCavityProbeTheta(aParam["cavity-probe-theta0"]().as_double(), 0);
+     	}
+
+     	if ( aParam.has( "cavity-probe-theta1" ) )
+     	{
+     		SetCavityProbeTheta(aParam["cavity-probe-theta1"]().as_double(), 1);
+     	}
+
+     	if( aParam.has( "upload-modemap-filename" ) )  // import "realistic" test mode map
+     	{
+     		fFieldCore = new ModeMapCavity();
+     		scarab::path dataDir = aParam.get_value( "data-dir", ( TOSTRING(PB_DATA_INSTALL_DIR) ) );
+         	if (!fFieldCore->ReadModeMapTE_E((dataDir / aParam["upload-modemap-filename"]().as_string()).string()))
+     		{
+     			LERROR(lmclog,"There was a problem uploading the mode map.");
+     			exit(-1);
+     		}
+         	SetNormFactorsTE( SetUnityNormFactors(GetNModes()));
+         	SetNormFactorsTM( SetUnityNormFactors(GetNModes()));
+     	}
+     	else
+     	{
+     		fFieldCore = new PozarRectangularCavity();
+            SetNormFactorsTE(CalculateNormFactors(GetNModes(),1));
+            SetNormFactorsTM(CalculateNormFactors(GetNModes(),0));
+            CheckNormalization(GetNModes());  // E fields integrate to 1.0 for both TE and TM modes.
+     	}
+
+
+        if( PlotModeMaps() )
+        {
+        	double zSlice = 0.0;
+        	if (aParam.has( "map-z-slice" )) zSlice = aParam["map-z-slice"]().as_double();
+        	LPROG( lmclog, "If ROOT is available, plotting mode maps to file output/ModemapOutput*.root... " );
+        	PrintModeMaps(GetNModes(), zSlice);
+        }
+
+    	return true;
+    }
+
+    std::vector<std::vector<std::vector<double>>> RectangularCavity::CalculateNormFactors(int nModes, bool bTE)
+    {
+
+        LPROG(lmclog, "Calculating mode normalization factors ... " );
+
+    	std::vector<std::vector<std::vector<double>>> aModeNormFactor;
+    	aModeNormFactor.resize(nModes);
+
+    	for (unsigned m=0; m<nModes; m++)
+    	{
+    		aModeNormFactor[m].resize(nModes);
+        	for (unsigned n=0; n<nModes; n++)
+        	{
+        		aModeNormFactor[m][n].resize(nModes);
+        	}
+    	}
+
+
+    	for (unsigned l=0; l<nModes; l++)
+    	{
+        	for (unsigned m=0; m<nModes; m++)
+        	{
+            	for (unsigned n=0; n<nModes; n++)
+            	{
+            		if (bTE)
+            		{
+            			aModeNormFactor[l][m][n] = 1./pow(Integrate(l,m,n,1,1),0.5);
+            		}
+            		else
+            		{
+            			aModeNormFactor[l][m][n] = 1./pow(Integrate(l,m,n,0,1),0.5);
+            		}
+            	}
+        	}
+    	}
+
+    	return aModeNormFactor;
+    }
+
+
+
+    double RectangularCavity::Integrate(int l, int m, int n, bool teMode, bool eField)
+    {
+
+    	std::vector<double> aField;
+    	double xPozar, yPozar, zPozar, xKass, yKass, zKass = 0.;
+    	double dX = GetDimX()/GetNPixels();
+    	double dY = GetDimY()/GetNPixels();
+    	double dZ = GetDimL()/GetNPixels();
+    	double tVolume = 0.;
+    	double tIntegral = 0.;
+
+    	for (unsigned i=0; i<GetNPixels(); i++)
+    	{
+    		for (unsigned j=0; j<GetNPixels(); j++)
+    		{
+    			for (unsigned k=0; k<GetNPixels(); k++)
+    			{
+
+    	    		xPozar = (double)i*dX;
+    	    		yPozar = (double)j*dY;
+    	    		zPozar = (double)k*dZ;
+    	    		xKass = xPozar - GetDimX()/2.;
+    	    		yKass = yPozar - GetDimY()/2.;
+    	    		zKass = zPozar - GetDimL()/2.;
+
+    	    		if (teMode)
+    	    		{
+    	    			if (eField)
+    	    			{
+    	    		    	aField = fFieldCore->TE_E(GetDimX(), GetDimY(), GetDimL(), l, m, n, xKass, yKass, zKass, 0);
+    	    			}
+    	    			else
+    	    			{
+    	    				aField = fFieldCore->TE_H(GetDimX(), GetDimY(), GetDimL(), l, m, n, xKass, yKass, zKass, 0);
+    	    			}
+    	    		}
+    	    		else
+    	    		{
+    	    			if (eField)
+    	    			{
+    	    				aField = fFieldCore->TM_E(GetDimX(), GetDimY(), GetDimL(), l, m, n, xKass, yKass, zKass, 0);
+    	    			}
+    	    			else
+    	    			{
+    	    				aField = fFieldCore->TM_H(GetDimX(), GetDimY(), GetDimL(), l, m, n, xKass, yKass, zKass, 0);
+    	    			}
+    	    		}
+
+    	    		double aFieldMagSq = 0.;
+    	    		auto it = aField.begin();
+    	    		while (it != aField.end())
+    	    		{
+		    			if (!std::isnan(*it))
+		    				aFieldMagSq += (*it)*(*it);
+    	    			*it++;
+    	    		}
+
+    				tIntegral += aFieldMagSq*dX*dY*dZ;
+    		    	//tVolume += dX*dY*dZ;  // sanity check volume integral.
+    			}
+    		}
+    	}
+    	return tIntegral;
+    }
+
+    std::vector<double> RectangularCavity::GetDopplerFrequency(int l, int m, int n, std::vector<double> tKassParticleXP)
+    {
+    	// Following the calculations in https://3.basecamp.com/3700981/buckets/3107037/documents/4496563487#__recording_4496575215
+    	std::vector<double> freqPrime;
+
+    	double vz = tKassParticleXP[5];
+    	double k1 = l * LMCConst::Pi() / GetDimX();
+    	double k2 = m * LMCConst::Pi() / GetDimY();
+    	double kc = sqrt( k1*k1 + k2*k2 );
+    	double lambda_c = 2. * LMCConst::Pi() / kc;
+    	double lambda = 1. / sqrt( 1. / lambda_c / lambda_c + n*n / 4. / GetDimL() / GetDimL() );
+    	double vp = LMCConst::C() * sqrt( 1. - lambda*lambda / lambda_c/lambda_c );
+    	double dopplerShift = 0.;
+    	if (vp > 0.) dopplerShift = vz / vp;
+		freqPrime.push_back( ( 1. + dopplerShift ) * tKassParticleXP[7] );
+
+    	return freqPrime;
+    }
+
+
+    double RectangularCavity::Z_TE(int l, int m, int n, double fcyc) const
+    {
+
+     	double Z_TE = 500.; // ohms
+    	return Z_TE;
+
+    }
+
+    double RectangularCavity::Z_TM(int l, int m, int n, double fcyc) const
+    {
+    	double Z_TM = 500.; //ohms
+    	return Z_TM;
+    }
+
+
+    std::vector<double> RectangularCavity::GetTE_E(int l, int m, int n, double x, double y, double z, bool includeOtherPols)
+    {
+    	return fFieldCore->TE_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    }
+
+    std::vector<double> RectangularCavity::GetTM_E(int l, int m, int n, double x, double y, double z, bool includeOtherPols)
+    {
+    	return fFieldCore->TM_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    }
+
+    std::vector<double> RectangularCavity::GetFieldAtProbe(int l, int m, int n, bool includeOtherPols, std::vector<double> tKassParticleXP, bool teMode)
+    {
+
+    	/* Even for a rectangular cavity, probe location is defined in polar coordinates for consistency
+    	 * with LMCKassCurrentTransmitter output. */
+
+    	std::vector<double> rProbe;
+        rProbe.push_back(GetCavityProbeRFrac()[0] * GetDimR());
+        rProbe.push_back(GetCavityProbeRFrac()[1] * GetDimR());
+
+    	std::vector<double> thetaProbe = GetCavityProbeTheta();
+    	std::vector<double> zProbe = GetCavityProbeZ();
+
+    	std::vector<std::vector<double>> tProbeLocation;
+    	tProbeLocation.push_back({rProbe[0], thetaProbe[0], zProbe[0]});
+    	tProbeLocation.push_back({rProbe[1], thetaProbe[1], zProbe[1]});
+
+    	std::vector<double> tEFieldAtProbe;
+    	tEFieldAtProbe.push_back( NormalizedEFieldMag(GetNormalizedModeField(l,m,n,tProbeLocation[0],0,teMode)) );
+    	tEFieldAtProbe.push_back( NormalizedEFieldMag(GetNormalizedModeField(l,m,n,tProbeLocation[1],0,teMode)) );
+
+    	return {fProbeGain[0] * tEFieldAtProbe[0], fProbeGain[1] * tEFieldAtProbe[1]};
+
+    }
+
+    std::vector<double> RectangularCavity::GetNormalizedModeField(int l, int m, int n, std::vector<double> tKassParticleXP, bool includeOtherPols, bool teMode)
+    {
+    	double tR = tKassParticleXP[0];
+    	double tTheta = tKassParticleXP[1];
+    	double tZ = tKassParticleXP[2];
+    	double tX = tR*cos(tTheta);
+    	double tY = tR*sin(tTheta);
+       	std::vector<double> tField;
+       	double normFactor;
+       	if(teMode)
+       	{
+       		tField = fFieldCore->TE_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,tX,tY,tZ,0);
+       		normFactor = GetNormFactorsTE()[l][m][n];
+       	}
+       	else
+       	{
+       		tField = fFieldCore->TM_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,tX,tY,tZ,0);
+       		normFactor = GetNormFactorsTM()[l][m][n];
+       	}
+       	auto it = tField.begin();
+       	while (it != tField.end())
+       	{
+       		if (!std::isnan(*it))
+       		{
+       			(*it) *= normFactor;
+       		}
+       		else
+       		{
+       			(*it) = 0.;
+       		}
+       		*it++;
+       	}
+
+       	return tField;  // return normalized field.
+    }
+
+	double RectangularCavity::CalculateDotProductFactor(int l, int m, int n, std::vector<double> tKassParticleXP, std::vector<double> anE_normalized, double tThisEventNSamples)
+	{
+		std::vector<std::vector<std::vector<double>>> tAvgDotProductFactor = GetAvgDotProductFactor();
+		tAvgDotProductFactor[l][m][n] = 1. / ( tThisEventNSamples + 1 ) * ( tAvgDotProductFactor[l][m][n] * tThisEventNSamples + GetDotProductFactor(tKassParticleXP, anE_normalized, 0) );  // unit velocity \dot unit theta
+		SetAvgDotProductFactor(tAvgDotProductFactor);
+		return tAvgDotProductFactor[l][m][n];
+	}
+
+
+    double RectangularCavity::GetDotProductFactor(std::vector<double> tKassParticleXP, std::vector<double> anE_normalized, bool IntermediateFile)
+    {
+    	double tThetaParticle = tKassParticleXP[1];
+    	double tEx = 0.;
+    	double tEy = 0.;
+
+    	if (!std::isnan(anE_normalized.back()))
+    	{
+    		tEy = anE_normalized.back();
+    	}
+    	if (!std::isnan(anE_normalized.front()))
+    	{
+    		tEx = anE_normalized.front();
+    	}
+    	double tEmag = pow(tEx*tEx + tEy*tEy, 0.5);
+    	double tVx = tKassParticleXP[3];
+    	double tVy = tKassParticleXP[4];
+    	double tVmag = pow(tVx*tVx + tVy*tVy, 0.5);
+    	double unitJdotE = 0.;
+    	if ( (tEmag > 0.) && (tVmag > 0.) )
+    	{
+    		unitJdotE = fabs(tEx*tVx + tEy*tVy)/tEmag/tVmag;
+    	}
+
+
+    	//  Write trajectory points, dot product, and E-field mag to file for debugging etc.
+    	if (IntermediateFile)
+    	{
+            scarab::path dataDir = TOSTRING(PB_DATA_INSTALL_DIR);
+            char buffer[60];
+            int a = sprintf(buffer, "%s/../output/dotProducts.txt", dataDir.string().c_str());
+            const char *fpname = buffer;
+            FILE *fp = fopen(fpname, "a");
+            fprintf(fp, "%g %g %g %g\n", tKassParticleXP[0], tKassParticleXP[1], unitJdotE, tEmag);
+            fclose(fp);
+
+            printf("unitJdotE is %g, r*cos(theta) is %g, r is %g, and theta is %g, eMag is %g\n",
+    			unitJdotE, tKassParticleXP[0]*cos(tKassParticleXP[1]), tKassParticleXP[0], tKassParticleXP[1], tEmag); getchar();
+    	}
+
+    	return unitJdotE;
+    }
+
+    bool RectangularCavity::InVolume(std::vector<double> tKassParticleXP)
+    {
+    	double xLocation = tKassParticleXP[0]*cos(tKassParticleXP[1]);
+    	double yLocation = tKassParticleXP[0]*sin(tKassParticleXP[1]);
+    	double zLocation = tKassParticleXP[2];
+
+    	if ((fabs(xLocation) < GetDimX()/2.) && (fabs(yLocation) < GetDimY()/2.) && (fabs(zLocation) < GetDimL()/2.))
+    	{
+    		return true;
+    	}
+    	else
+    	{
+    		return false;
+    	}
+    }
+
+
+    void RectangularCavity::CheckNormalization(int nModes)
+    {
+
+       printf("\n \\int{|E_xlm|^2 dV} = \\mu / \\epsilon \\int{|H_xlm|^2 dV} ?\n\n");
+
+    	for (int l=0; l<nModes; l++)
+    	{
+    		for (int m=1; m<nModes; m++)
+    		{
+    			for (int n=0; n<nModes; n++)
+    			{
+    				double normFactor = pow(GetNormFactorsTE()[l][m][n],2.);
+    				if (!std::isnan(normFactor)&&(std::isfinite(normFactor)))
+    				{
+    					printf("TE%d%d%d E %.4g H %.4g\n", l, m, n, Integrate(l,m,n,1,1)*normFactor,
+        		    		LMCConst::MuNull()/LMCConst::EpsNull()*Integrate(l,m,n,1,0)*normFactor);
+    				}
+    				else
+    				{
+    					printf("TE%d%d%d is undefined.\n", l, m, n);
+    				}
+
+    			}
+    		}
+    	}
+
+
+    	for (int l=0; l<nModes; l++)
+    	{
+    		for (int m=1; m<nModes; m++)
+    		{
+    			for (int n=1; n<nModes; n++)
+    			{
+    				double normFactor = pow(GetNormFactorsTM()[l][m][n],2.);
+    				if (!std::isnan(normFactor)&&(std::isfinite(normFactor)))
+    				{
+    					printf("TM%d%d%d E %.4g H %.4g\n", l, m, n, Integrate(l,m,n,0,1)*normFactor,
+    		    			LMCConst::MuNull()/LMCConst::EpsNull()*Integrate(l,m,n,0,0)*normFactor);
+    				}
+    				else
+    				{
+    					printf("TM%d%d%d is undefined.\n", l, m, n);
+    				}
+    			}
+    		}
+    	}
+
+    	printf("\nThe modes normalized as above are available for use in the simulation.\n\n");
+    }
+
+
+    void RectangularCavity::PrintModeMaps(int nModes, double zSlice)
+    {
+    	scarab::path dataDir = TOSTRING(PB_DATA_INSTALL_DIR);
+        std::string sFileName = (dataDir / "../output/ModemapOutput.root").string();
+
+#ifdef ROOT_FOUND
+
+    	FileWriter* aRootHistoWriter = RootHistoWriter::get_instance();
+    	aRootHistoWriter->SetFilename(sFileName);
+    	aRootHistoWriter->OpenFile("RECREATE");
+
+    	int nbins = GetNPixels();
+    	char hbufferEx[60]; char hbufferEy[60];
+    	char hbufferHx[60]; char hbufferHy[60];
+    	int a;
+    	const char *hname_Ex = hbufferEx;
+    	const char *hname_Hx = hbufferHx;
+    	const char *hname_Ey = hbufferEy;
+    	const char *hname_Hy = hbufferHy;
+
+    	char bufferE[60];
+    	char bufferH[60];
+
+    	for (int bTE=0; bTE<2; bTE++) // TM and TE
+    	{
+        	for (int l=0; l<nModes; l++)
+        		for (int m=1; m<nModes; m++)
+    	    		for (int n=0; n<nModes; n++)
+    		    	{
+    			    	printf("l m n is %d %d %d\n", l, m, n);
+    		    		if (bTE)
+    			    	{
+    				    	a = sprintf(hbufferEx, "TE%d%d%d_Ex_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferEy, "TE%d%d%d_Ey_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferHx, "TE%d%d%d_Hx_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferHy, "TE%d%d%d_Hy_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    }
+    				    else
+        				{
+    				    	a = sprintf(hbufferEx, "TM%d%d%d_Ex_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferEy, "TM%d%d%d_Ey_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferHx, "TM%d%d%d_Hx_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    				    	a = sprintf(hbufferHy, "TM%d%d%d_Hy_z%dmm", l, m, n, (int)(zSlice*1.e3));
+    		    		}
+
+    			    	TH2D* hTEx = new TH2D(hname_Ex, (std::string(hname_Ex)+";x(m);y(m)").c_str(), nbins, -GetDimX()/2., GetDimX()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+    			    	TH2D* hTEy = new TH2D(hname_Ey, (std::string(hname_Ey)+";x(m);y(m)").c_str(), nbins, -GetDimX()/2., GetDimX()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+    			    	TH2D* hTHx = new TH2D(hname_Hx, (std::string(hname_Hx)+";x(m);y(m)").c_str(), nbins, -GetDimX()/2., GetDimX()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+    			    	TH2D* hTHy = new TH2D(hname_Hy, (std::string(hname_Hy)+";x(m);y(m)").c_str(), nbins, -GetDimX()/2., GetDimX()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+
+        				double normFactor = 1.0;
+        				if (bTE)
+    	    			{
+    		    			normFactor = GetNormFactorsTE()[l][m][n];
+    			    	}
+    	    			else
+    		    		{
+    			    		normFactor = GetNormFactorsTM()[l][m][n];
+        				}
+    	    			for (unsigned i=0; i<GetNPixels(); i++)
+    		    		{
+    			    		double x = ((double)i+0.5)/(GetNPixels())*GetDimX() - GetDimX()/2.;
+    				    	for (unsigned j=0; j<GetNPixels(); j++)
+        					{
+        						double y = ((double)j+0.5)/(GetNPixels())*GetDimY() - GetDimY()/2.;
+            					for (unsigned k=0; k<1; k++)
+        	    				{
+            	    			    double z = zSlice;
+    				    		    std::vector<double> tE;
+    					    	    std::vector<double> tH;
+        							if (bTE)
+    	    						{
+     		    						tE = fFieldCore->TE_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+     		    						tH = fFieldCore->TE_H(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    	    						}
+        							else
+    	    						{
+    		    						tE = fFieldCore->TM_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    		    						tH = fFieldCore->TM_H(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    	    						}
+    		    				    if ((!std::isnan(tE.back())))
+    			    			    {
+        						        hTEy->Fill(x,y,tE.back());
+    	    					    }
+    		    				    if ((!std::isnan(tE.front())))
+    			    			    {
+        						    	hTEx->Fill(x,y,tE.front());
+        						    }
+    		    				    if ((!std::isnan(tH.back())))
+    			    			    {
+        						        hTHy->Fill(x,y,tH.back());
+    	    					    }
+    		    				    if ((!std::isnan(tH.front())))
+    			    			    {
+        						    	hTHx->Fill(x,y,tH.front());
+        						    }
+
+            					}
+        					}
+        				}
+    	    			aRootHistoWriter->Write2DHisto(hTEx);
+        				aRootHistoWriter->Write2DHisto(hTEy);
+    	    			aRootHistoWriter->Write2DHisto(hTHx);
+        				aRootHistoWriter->Write2DHisto(hTHy);
+        				delete hTEx; delete hTEy;
+        				delete hTHx; delete hTHy;
+        			}
+    	} // bTE
+		aRootHistoWriter->CloseFile();
+
+		PrintModeMapsLongSlice(nModes, GetDimX()*0.1);
+
+    	LPROG(lmclog, "\n\nTo plot a mode map:\n"
+    			"> root file:output/ModemapOutput.root\n"
+    			"# _file0->ls()\n"
+    			"# TE011->DrawCopy()\n"
+    			"\n\nMode map files have been generated; press RETURN to continue, or Cntrl-C to quit.");
+    	getchar();
+#endif
+
+    }
+
+    void RectangularCavity::PrintModeMapsLongSlice(int nModes, double xSlice)
+    {
+    	scarab::path dataDir = TOSTRING(PB_DATA_INSTALL_DIR);
+        std::string sFileName = (dataDir / "../output/ModemapOutput.root").string();
+
+
+
+
+
+
+
+#ifdef ROOT_FOUND
+
+    	FileWriter* aRootHistoWriter = RootHistoWriter::get_instance();
+    	aRootHistoWriter->SetFilename(sFileName);
+    	aRootHistoWriter->OpenFile("UPDATE");
+
+    	int nbins = GetNPixels();
+    	char hbufferEx[60]; char hbufferEy[60];
+    	char hbufferHx[60]; char hbufferHy[60];
+    	int a;
+    	const char *hname_Ex = hbufferEx;
+    	const char *hname_Hx = hbufferHx;
+    	const char *hname_Ey = hbufferEy;
+    	const char *hname_Hy = hbufferHy;
+
+    	char bufferE[60];
+    	char bufferH[60];
+
+    	for (int bTE=0; bTE<2; bTE++) // TM and TE
+    	{
+        	for (int l=0; l<nModes; l++)
+        		for (int m=1; m<nModes; m++)
+    	    		for (int n=0; n<nModes; n++)
+    		    	{
+    			    	printf("l m n is %d %d %d\n", l, m, n);
+    		    		if (bTE)
+    			    	{
+    				    	a = sprintf(hbufferEx, "TE%d%d%d_Ex_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    				    	a = sprintf(hbufferEy, "TE%d%d%d_Ey_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    				    	a = sprintf(hbufferHx, "TE%d%d%d_Hx_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    				    	a = sprintf(hbufferHy, "TE%d%d%d_Hy_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    				    }
+    				    else
+        				{
+    				    	a = sprintf(hbufferEx, "TM%d%d%d_Ex_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    				    	a = sprintf(hbufferEy, "TM%d%d%d_Ey_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    				    	a = sprintf(hbufferHx, "TM%d%d%d_Hx_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    				    	a = sprintf(hbufferHy, "TM%d%d%d_Hy_zLong_x%dmm", l, m, n, (int)(xSlice*1000.));
+    		    		}
+
+    		    		TH2D* hTEx = new TH2D(hname_Ex, (std::string(hname_Ex)+";z(m);y(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+    		    		TH2D* hTEy = new TH2D(hname_Ey, (std::string(hname_Ey)+";z(m);y(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+    		    		TH2D* hTHx = new TH2D(hname_Hx, (std::string(hname_Hx)+";z(m);y(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+    		    		TH2D* hTHy = new TH2D(hname_Hy, (std::string(hname_Hy)+";z(m);y(m)").c_str(), nbins, -GetDimL()/2., GetDimL()/2., nbins, -GetDimY()/2., GetDimY()/2.);
+
+        				double normFactor = 1.0;
+        				if (bTE)
+    	    			{
+    		    			normFactor = GetNormFactorsTE()[l][m][n];
+    			    	}
+    	    			else
+    		    		{
+    			    		normFactor = GetNormFactorsTM()[l][m][n];
+        				}
+    	    			for (unsigned i=0; i<GetNPixels(); i++)
+    		    		{
+    			    		double x = xSlice;
+    				    	for (unsigned j=0; j<1; j++)
+        					{
+        			    		double y = -GetDimY()/2. + ((double)i+0.5)/(GetNPixels())*GetDimY();
+            					for (unsigned k=0; k<GetNPixels(); k++)
+        	    				{
+            	    			    double z = -GetDimL()/2. + ((double)k+0.5)/(GetNPixels())*GetDimL();
+    				    		    std::vector<double> tE;
+    					    	    std::vector<double> tH;
+        							if (bTE)
+    	    						{
+    		    						tE = fFieldCore->TE_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    		    						tH = fFieldCore->TE_H(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    				    			}
+        							else
+    	    						{
+    		    						tE = fFieldCore->TM_E(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    		    						tH = fFieldCore->TM_H(GetDimX(),GetDimY(),GetDimL(),l,m,n,x,y,z,0);
+    	    						}
+    		    				    if ((!std::isnan(tE.back())))
+    			    			    {
+        						        hTEy->Fill(z,y,tE.back());
+    	    					    }
+    		    				    if ((!std::isnan(tE.front())))
+    			    			    {
+        						    	hTEx->Fill(z,y,tE.front());
+        						    }
+    		    				    if ((!std::isnan(tH.back())))
+    			    			    {
+        						        hTHx->Fill(z,y,tH.back());
+    	    					    }
+    		    				    if ((!std::isnan(tH.front())))
+    			    			    {
+        						    	hTHx->Fill(z,y,tH.front());
+        						    }
+
+            					}
+        					}
+        				}
+    	    			aRootHistoWriter->Write2DHisto(hTEx);
+        				aRootHistoWriter->Write2DHisto(hTEy);
+    	    			aRootHistoWriter->Write2DHisto(hTHx);
+        				aRootHistoWriter->Write2DHisto(hTHy);
+        				delete hTEx; delete hTEy;
+        				delete hTHx; delete hTHy;
+        			}
+    	} // bTE
+		aRootHistoWriter->CloseFile();
+#endif
+
+    }
+
+
+    std::vector<double> RectangularCavity::GetCavityProbeGain()
+    {
+    	return fProbeGain;
+    }
+    void RectangularCavity::SetCavityProbeGain( double aGain, unsigned index )
+    {
+    	fProbeGain[index] = aGain;
+    }
+    std::vector<double> RectangularCavity::GetCavityProbeZ()
+    {
+    	return fCavityProbeZ;
+    }
+    void RectangularCavity::SetCavityProbeZ ( double aZ, unsigned index )
+    {
+    	fCavityProbeZ[index] = aZ;
+    }
+    std::vector<double> RectangularCavity::GetCavityProbeRFrac()
+    {
+    	return fCavityProbeRFrac;
+    }
+    void RectangularCavity::SetCavityProbeRFrac ( double aFraction, unsigned index )
+    {
+    	fCavityProbeRFrac[index] = aFraction;
+    }
+    std::vector<double> RectangularCavity::GetCavityProbeTheta()
+    {
+	return fCavityProbeTheta;
+    }
+    void RectangularCavity::SetCavityProbeTheta ( double aTheta, unsigned index )
+    {
+	fCavityProbeTheta[index] = aTheta;
+    }
+
+
+} /* namespace locust */
+
diff --git a/Source/Fields/LMCRectangularCavity.hh b/Source/Fields/LMCRectangularCavity.hh
new file mode 100644
index 00000000..b3e6c80c
--- /dev/null
+++ b/Source/Fields/LMCRectangularCavity.hh
@@ -0,0 +1,85 @@
+/*
+ * LMCRectangularCavity.hh
+ *
+ *  Created on: Nov. 16, 2023
+ *      Author: pslocum
+ */
+
+#ifndef LMCRECTANGULARCAVITY_HH_
+#define LMCRECTANGULARCAVITY_HH_
+
+#include "param.hh"
+
+#include "logger.hh"
+#include "LMCField.hh"
+#include "LMCPozarRectangularCavity.hh"
+#include "LMCModeMapCavity.hh"
+
+#include <vector>
+
+#ifdef ROOT_FOUND
+    #include "LMCRootHistoWriter.hh"
+#endif
+
+
+namespace locust
+{
+ /*!
+ @class RectangularCavity
+ @author P. Slocum
+ @brief Derived class to define RectangularCavity fields.
+ @details  This class calculates field values induced by a moving electron in a
+     rectangular cavity.  The fields are calculated at either one probe location
+     if the simulation parameter n-channels = 1, or at two probe locations if
+     n-channels = 2.
+ Available configuration options:
+ */
+
+
+    class RectangularCavity : public Field
+    {
+
+        public:
+            RectangularCavity();
+            virtual ~RectangularCavity();
+
+            virtual bool Configure( const scarab::param_node& aParam);
+
+            virtual double Z_TE(int l, int m, int n, double fcyc) const;
+            virtual double Z_TM(int l, int m, int n, double fcyc) const;
+            virtual double Integrate(int l, int m, int n, bool teMode, bool eField);
+            virtual std::vector<double> GetDopplerFrequency(int l, int m, int n, std::vector<double> tKassParticleXP);
+            virtual std::vector<double> GetNormalizedModeField(int l, int m, int n, std::vector<double> tKassParticleXP, bool includeOtherPols, bool teMode);
+            virtual std::vector<std::vector<std::vector<double>>> CalculateNormFactors(int nModes, bool bTE);
+            virtual std::vector<double> GetTE_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+            virtual std::vector<double> GetTM_E(int l, int m, int n, double r, double theta, double z, bool includeOtherPols);
+        	virtual double CalculateDotProductFactor(int l, int m, int n, std::vector<double> tKassParticleXP, std::vector<double> anE_normalized, double tThisEventNSamples);
+            virtual double GetDotProductFactor(std::vector<double> tKassParticleXP, std::vector<double> anE_normalized, bool IntermediateFile);
+            virtual bool InVolume(std::vector<double> tKassParticleXP);
+            virtual void CheckNormalization(int nModes);
+            virtual void PrintModeMaps(int nModes, double zSlice);
+            void PrintModeMapsLongSlice(int nModes, double xSlice);
+            virtual std::vector<double> GetFieldAtProbe(int l, int m, int n, bool includeOtherPols, std::vector<double> tKassParticleXP, bool teMode);
+            std::vector<double> GetCavityProbeZ();
+            void SetCavityProbeZ ( double aZ, unsigned index );
+            std::vector<double> GetCavityProbeRFrac();
+            void SetCavityProbeRFrac ( double aFraction, unsigned index );
+            std::vector<double> GetCavityProbeGain();
+            void SetCavityProbeTheta( double aTheta, unsigned index );
+            std::vector<double> GetCavityProbeTheta();
+            void SetCavityProbeGain( double aGain, unsigned index );
+
+        private:
+            FieldCore* fFieldCore;
+            std::vector<double> fCavityProbeZ;
+            std::vector<double> fCavityProbeRFrac;
+            std::vector<double> fCavityProbeTheta;
+            std::vector<double> fProbeGain;
+
+    };
+
+
+
+}; /* namespace locust */
+
+#endif /* LMCRECTANGULARCAVITY_HH_ */
diff --git a/Source/Generators/LMCCavitySignalGenerator.cc b/Source/Generators/LMCCavitySignalGenerator.cc
index 492298d3..f16afed0 100644
--- a/Source/Generators/LMCCavitySignalGenerator.cc
+++ b/Source/Generators/LMCCavitySignalGenerator.cc
@@ -122,7 +122,11 @@ namespace locust
         }
         else // Cavity
         {
-        	fInterface->fField = new CylindricalCavity;
+            if( aParam.has( "rectangular-cavity" ) )
+            {
+            	if ( aParam["rectangular-cavity"]().as_bool() ) fInterface->fField = new RectangularCavity;
+            }
+            else fInterface->fField = new CylindricalCavity;
         	fPowerCombiner = new CavityModes;
         }
 
diff --git a/Source/Generators/LMCCavitySignalGenerator.hh b/Source/Generators/LMCCavitySignalGenerator.hh
index 242e2f16..4f8b679f 100644
--- a/Source/Generators/LMCCavitySignalGenerator.hh
+++ b/Source/Generators/LMCCavitySignalGenerator.hh
@@ -20,6 +20,7 @@
 #include "LMCFieldCalculator.hh"
 #include "LMCField.hh"
 #include "LMCCylindricalCavity.hh" // : LMCField
+#include "LMCRectangularCavity.hh" // : LMCField
 #include "LMCRectangularWaveguide.hh" // : LMCField
 #include "LMCFIRFileHandler.hh"
 #include "LMCTFFileHandler.hh"