changed simulation recipe to transient

examples/neutron_detection/ThermalNeutrons_Detection_Timepix3.conf

@@ -54,6 +54,11 @@ model="linear"
 bias_voltage=150V
 depletion_voltage=100V
 
+
+[WeightingPotentialReader]
+name = "B10CoatedDetector"
+model = "pad"
+
 # [ElectricFieldReader]
 # model = "init"
 # file_name = "/eda/allpix2/allpix-squared/examples/UCN_Detection/Timepix3_100V_100um_ElectricField.init"
@@ -67,19 +72,33 @@ depletion_voltage=100V
 # integration_time = 100ns
 
 
-[ProjectionPropagation]
+[TransientPropagation]
 temperature = 293K
-propagate_holes = true
-#propagate_electrons = true
 charge_per_step = 1000
-output_plots = true
-repulsion_attenuation_factor = 0.1
-repulsion_deposit = true 
-diffuse_deposit = true 
+output_plots = false
+timestep = 0.02ns
 
-[SimpleTransfer] 
-max_depth_distance = 5um
-output_plots = true
+
+# [ProjectionPropagation]
+# temperature = 293K
+# propagate_holes = true
+# propagate_electrons = true
+# charge_per_step = 1000
+# output_plots = true
+# repulsion_attenuation_factor = 0.1
+# repulsion_deposit = true 
+# diffuse_deposit = true 
+
+# [SimpleTransfer] 
+# max_depth_distance = 5um
+# output_plots = true
+
+# [InducedTransfer]
+# distance = 1
+
+[PulseTransfer]
+output_pulsegraphs = true
+output_plots_scale = 6000ke
 
 [DefaultDigitizer]
 electronics_noise = 110e