diff --git a/general_codes/CWShih/INTTHitMap/readme.md b/general_codes/CWShih/INTTHitMap/readme.md
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+# The module for making the INTT half-ladder by half-ladder HitMap
+* You will need to compile the module
+  * you may need to do `make clean` after you done the `autogen.sh --prefix=$MYINSTALL`
+* The module reads the `INTTRAWHIT`
+* The module applies the bad channels based on the map directory you offer.
+* If you have the tag of `ApplyBcoDiff_in = true`, it basically assumes that the `bco_diff` peaks of all the half-ladders are the same, which is the case for most of the run 2024 data. But may not be applicable to the data taken in run 2023.
+* If you have the tag of `ApplyBcoDiff_in = true`, it will only accept the hits with the `bco_diff` within `plus and minus 1 bco of bco_diff_peak_in`.
+* You can remove the clone hits by having the `clone_hit_remove_BCO_tag_in = true`.
+  * Here the definition of clone hits is, you have at least two hits with the same `FELIX ID`, `FELIX_channel_ID`, `chip_id`, `channel_id`, `hit_bco`.
+* You can have the hit quality assurance by having the `ApplyHitQA_in = true`.
+  * What it does is, it checks the `FELIX ID`, `FELIX_channel_ID`, `chip_id`, `channel_id`, `hit_bco` and `adc`. They should have to be within the regions we expect.
+  * Such as the `hit_bco` should be `0 ~ 127`.
+  * Such as the `hit adc` should be `0 ~ 7`  
+
+
+* The module saves the 112 TH2D (the hitmaps) into the root file with the name given by `std::string output_directory_in`.
+  * You can use the `MakePlot.C` in the `./macro/MakePlot/` to make the pdf plots.
+
+
+* The inputs
+``` C++
+
+INTTHitMap(
+    const std::string &name = "INTTHitMap",
+    const int process_id_in = 0,
+    const int runnumber_in = 0,
+    const std::string output_directory_in = "output.root",
+    const bool isBadChannelMask_in = true,
+    const std::string hotchannel_full_directory_in = "",
+    const bool ApplyBcoDiff_in = true,
+    const int bco_diff_peak_in = 0,
+    const bool ApplyHitQA_in = true,
+    const bool clone_hit_remove_BCO_tag_in = true
+  );
+
+```
diff --git a/general_codes/CWShih/INTTHitMapEvt/readme.md b/general_codes/CWShih/INTTHitMapEvt/readme.md
new file mode 100644
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+++ b/general_codes/CWShih/INTTHitMapEvt/readme.md
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+# The module for making the INTT half-ladder by half-ladder, event-by-event HitMap
+* You will need to compile the module
+  * you may need to do `make clean` after you done the `autogen.sh --prefix=$MYINSTALL`
+* The module makes the hitmap based on the `INTT bco_full` you save in the `std::vector<long long> input_bcofull_vec`, and passed to the class by the member function of `int INTTHitMapEvt::SetCheckEventBCOFULLs`.
+
+* The module reads the `INTTRAWHIT`
+* The module applies the bad channels based on the map directory you offer.
+* If you have the tag of `ApplyBcoDiff_in = true`, it basically assumes that the `bco_diff` peaks of all the half-ladders are the same, which is the case for most of the run 2024 data. But may not be applicable to the data taken in run 2023.
+  * If you have the tag of `ApplyBcoDiff_in = true`, it will only accept the hits with the `bco_diff` within `plus and minus 1 bco of bco_diff_peak_in`.
+* You can remove the clone hits by having the `clone_hit_remove_BCO_tag_in = true`.
+  * Here the definition of clone hits is, you have at least two hits with the same `FELIX ID`, `FELIX_channel_ID`, `chip_id`, `channel_id`, `hit_bco`.
+* You can have the hit quality assurance by having the `ApplyHitQA_in = true`.
+  * What it does is, it checks the `FELIX ID`, `FELIX_channel_ID`, `chip_id`, `channel_id`, `hit_bco` and `adc`. They should have to be within the regions we expect.
+  * Such as the `hit_bco` should be `0 ~ 127`.
+  * Such as the `hit adc` should be `0 ~ 7`
+* If you wish to have the adc values of the hits to also be shown in the Z axis of the TH2D, you can do `setADCinZaxis_tag_in = true`.
+
+* The module saves the 112 TH2D (the hitmaps) for each event into the root file with the name given by `std::string output_directory_in`.
+  * You can use the `MakePlot.C` in the `./macro/MakePlot/` to make the pdf plots.
+
+* The inputs
+``` C++
+
+INTTHitMapEvt(
+    const std::string &name = "INTTHitMapEvt",
+    const int process_id_in = 0,
+    const int runnumber_in = 0,
+    const std::string output_directory_in = "output.root",
+    const bool isBadChannelMask_in = true,
+    const std::string hotchannel_full_directory_in = "",
+    const bool ApplyBcoDiff_in = true,
+    const int bco_diff_peak_in = 0,
+    const bool ApplyHitQA_in = true,
+    const bool clone_hit_remove_BCO_tag_in = true,
+    const bool setADCinZaxis_tag_in = false
+  );
+
+```