add more plots

include/MonitorDisplay.h

@@ -9,6 +9,46 @@ R__LOAD_LIBRARY(libScandalizer.so)
 #include "monitor/ExperimentMonitor.h"
 #include "TStyle.h"
 
+struct PlotMeta { int pad; std::string varname, opt; };
+struct CanvasMeta { std::string subdir, name, title; int nrow, ncol, nbins; double xmin, xmax; std::vector<PlotMeta> plots; };
+
+static std::vector<CanvasMeta> update_canvases = {
+    {"cher/", "ch_peaks", "MaPMT Channel Peaks", 4, 4, 400, 0, 4096, {
+        {1, "Cer11_5_Ppeak", "PFC"}, {2, "Cer12_5_Ppeak", "PFC"}, {3, "Cer13_5_Ppeak", "PFC"}, {4, "Cer14_5_Ppeak", "PFC"},
+        {5, "Cer21_5_Ppeak", "PFC"}, {6, "Cer22_5_Ppeak", "PFC"}, {7, "Cer23_5_Ppeak", "PFC"}, {8, "Cer24_5_Ppeak", "PFC"},
+        {9, "Cer31_5_Ppeak", "PFC"}, {10, "Cer32_5_Ppeak", "PFC"}, {11, "Cer33_5_Ppeak", "PFC"}, {12, "Cer34_5_Ppeak", "PFC"},
+        {13, "Cer41_5_Ppeak", "PFC"}, {14, "Cer42_5_Ppeak", "PFC"}, {15, "Cer43_5_Ppeak", "PFC"}, {16, "Cer44_5_Ppeak", "PFC"},
+    }},
+    {"cher/", "ch_times", "MaPMT Channel Timings", 4, 4, 63, 0, 62, {
+        {1, "Cer11_5_Ptime", "PFC"}, {2, "Cer12_5_Ptime", "PFC"}, {3, "Cer13_5_Ptime", "PFC"}, {4, "Cer14_5_Ptime", "PFC"},
+        {5, "Cer21_5_Ptime", "PFC"}, {6, "Cer22_5_Ptime", "PFC"}, {7, "Cer23_5_Ptime", "PFC"}, {8, "Cer24_5_Ptime", "PFC"},
+        {9, "Cer31_5_Ptime", "PFC"}, {10, "Cer32_5_Ptime", "PFC"}, {11, "Cer33_5_Ptime", "PFC"}, {12, "Cer34_5_Ptime", "PFC"},
+        {13, "Cer41_5_Ptime", "PFC"}, {14, "Cer42_5_Ptime", "PFC"}, {15, "Cer43_5_Ptime", "PFC"}, {16, "Cer44_5_Ptime", "PFC"},
+    }},
+    {"ec/", "ec_peaks", "Calorimeter Channel Peaks", 3, 3, 400, 0, 4096, {
+        {1, "C4_Ppeak", "PFC"}, {2, "C6_1_Ppeak", "PFC"}, {3, "C7_1_Ppeak", "PFC"},
+        {4, "C5_1_Ppeak", "PFC"}, {5, "C9_1_Ppeak", "PFC"}, {6, "C8_1_Ppeak", "PFC"},
+        {7, "C1_Ppeak", "PFC"}, {8, "C2_Ppeak", "PFC"}, {9, "C3_Ppeak", "PFC"},
+    }},
+    {"ec/", "ec_times", "Calorimeter Channel Timings", 3, 3, 63, 0, 62, {
+        {1, "C4_Ptime", "PFC"}, {2, "C6_1_Ptime", "PFC"}, {3, "C7_1_Ptime", "PFC"},
+        {4, "C5_1_Ptime", "PFC"}, {5, "C9_1_Ptime", "PFC"}, {6, "C8_1_Ptime", "PFC"},
+        {7, "C1_Ptime", "PFC"}, {8, "C2_Ptime", "PFC"}, {9, "C3_Ptime", "PFC"},
+    }},
+    {"sc/", "sc_peaks", "Scintillator Channel Peaks", 3, 4, 400, 0, 4096, {
+        {1, "S2_1_Ppeak", "PFC"}, {2, "S2_2_Ppeak", "PFC"}, {3, "S2_3_Ppeak", "PFC"}, {4, "S2_4_Ppeak", "PFC"},
+        {5, "S2_5_Ppeak", "PFC"}, {6, "S2_6_Ppeak", "PFC"}, {7, "S2_7_Ppeak", "PFC"}, {8, "S2_8_Ppeak", "PFC"},
+        {9, "S2_9_Ppeak", "PFC"}, {10, "S2_10_Ppeak", "PFC"}, {11, "S2_11_Ppeak", "PFC"},
+    }},
+    {"sc/", "sc_times", "Scintillator Channel Timings", 3, 4, 63, 0, 62, {
+        {1, "S2_1_Ptime", "PFC"}, {2, "S2_2_Ptime", "PFC"}, {3, "S2_3_Ptime", "PFC"}, {4, "S2_4_Ptime", "PFC"},
+        {5, "S2_5_Ptime", "PFC"}, {6, "S2_6_Ptime", "PFC"}, {7, "S2_7_Ptime", "PFC"}, {8, "S2_8_Ptime", "PFC"},
+        {9, "S2_9_Ptime", "PFC"}, {10, "S2_10_Ptime", "PFC"}, {11, "S2_11_Ptime", "PFC"},
+    }},
+};
+
+
+
 hallc::MonitoringDisplay *CreateMonitorDisplay(const std::string &root_dir, int port, TTree *tree)
 {
     gStyle->SetHistFillStyle(3002);
@@ -25,39 +65,31 @@ hallc::MonitoringDisplay *CreateMonitorDisplay(const std::string &root_dir, int
     auto dply = new hallc::MonitoringDisplay(port);
     dply->SetRootFolder(root_dir);
 
-    // cherenkov channels
-    dply->CreateDisplayPlot("cher", "cher",
-        [] (hallc::DisplayPlot& plt) {
-            plt._plot_data._canvas = new TCanvas("cher", "MaPMT Channels", 1280, 720); // 720p HD
-            plt._plot_data._canvas->Divide(4, 4);
-            for (int i = 1; i <= 4; ++i) {
-                for (int j = 1; j <= 4; ++j) {
-                    plt._plot_data._canvas->cd((i - 1)*4 + j);
-                    auto chn = fmt::format("Cer{}{}_5_Ppeak", i, j);
-                    auto h1f = new TH1F(("h" + chn).c_str(), chn.c_str(), 400, 0, 4096);
+    for (auto &c : update_canvases) {
+        dply->CreateDisplayPlot(c.subdir, c.name,
+            [c] (hallc::DisplayPlot& plt) {
+                plt._plot_data._canvas = new TCanvas(c.name.c_str(), c.title.c_str(), 1280, 720); // 720p HD
+                plt._plot_data._canvas->Divide(c.nrow, c.ncol);
+                for (auto &p : c.plots) {
+                    plt._plot_data._canvas->cd(p.pad);
+                    auto h1f = new TH1F(("h" + p.varname).c_str(), p.varname.c_str(), c.nbins, c.xmin, c.xmax);
                     plt._plot_data._hists1.push_back(h1f);
-                    h1f->Draw("PFC");
+                    h1f->Draw(p.opt.c_str());
                     gPad->SetLogy();
                     h1f->GetYaxis()->SetRangeUser(1, 1e5);
                 }
-            }
                 return 0;
             },
-        [tree] (hallc::DisplayPlot& plt) {
+            [c, tree] (hallc::DisplayPlot& plt) {
                 // std::cout << "update canvas" << std::endl;
-            for (size_t i = 0; i < plt._plot_data._hists1.size(); ++i) {
-                TH1F *h1f = plt._plot_data._hists1[i];
-                plt._plot_data._canvas->cd(i + 1);
-                std::string name = h1f->GetName();
-                std::string title = h1f->GetTitle();
-                tree->Draw(fmt::format("{} >> {}", title, name).c_str());
-                // std::cout << name << ": " << h1f->Integral(1, 400) << std::endl;
+                for (auto &p : c.plots) {
+                    plt._plot_data._canvas->cd(p.pad);
+                    tree->Draw(fmt::format("{} >> {}", p.varname, "h" + p.varname).c_str());
                 }
-            
                 return 0;
             }
         );
-
+    }
     return dply;
 }