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Viewing changes to tests/cpp_unit/Recon/SciFi/TrackerDataPlotterInfoBoxTest.cc

  • Committer: Durga Rajaram
  • Date: 2013-08-27 04:36:50 UTC
  • mfrom: (659.1.73 rc)
  • Revision ID: durga@fnal.gov-20130827043650-me0hgsbzlzikdoik
Tags: MAUS-v0.7, MAUS-v0.7.0
MAUS-v0.7.0

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tests/cpp_unit/Recon/SciFi/TrackerDataPlotterInfoBoxTest.cc
 
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/* This file is part of MAUS: http://micewww.pp.rl.ac.uk:8080/projects/maus
 
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 *
 
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 * MAUS is free software: you can redistribute it and/or modify
 
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 * it under the terms of the GNU General Public License as published by
 
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 * the Free Software Foundation, either version 3 of the License, or
 
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 * (at your option) any later version.
 
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 *
 
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 * MAUS is distributed in the hope that it will be useful,
 
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 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 
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 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 
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 * GNU General Public License for more details.
 
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 *
 
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 * You should have received a copy of the GNU General Public License
 
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 * along with MAUS.  If not, see <http://www.gnu.org/licenses/>.
 
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 *
 
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 */
 
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// ROOT headers
 
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#include "TCanvas.h"
 
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// Google test headers
 
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#include "gtest/gtest.h"
 
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#include "gtest/gtest_prod.h"
 
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// MAUS headers
 
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#include "src/common_cpp/Recon/SciFi/TrackerDataPlotterInfoBox.hh"
 
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namespace MAUS {
 
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class TrackerDataPlotterInfoBoxTest : public ::testing::Test {
 
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 protected:
 
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  TrackerDataPlotterInfoBoxTest()  {}
 
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  virtual ~TrackerDataPlotterInfoBoxTest() {}
 
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  virtual void SetUp()    {}
 
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  virtual void TearDown() {}
 
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};
 
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TEST_F(TrackerDataPlotterInfoBoxTest, TestConstructor) {
 
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  // Test the default contructor
 
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  TrackerDataPlotterInfoBox* infoBox = new TrackerDataPlotterInfoBox();
 
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  EXPECT_FALSE(infoBox->_setup_true);
 
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  EXPECT_EQ(0, infoBox->_tot_digits_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_clusters_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_spoints_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_5htracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_4htracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_3htracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_5stracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_4stracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_3stracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_digits_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_clusters_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_spoints_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_5htracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_4htracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_3htracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_5stracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_4stracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_3stracks_t2);
 
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  EXPECT_EQ(275, infoBox->_canvas_width);
 
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  EXPECT_EQ(600, infoBox->_canvas_height);
 
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  EXPECT_EQ(0.585, infoBox->_line1_pos);
 
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  EXPECT_EQ(0.93, infoBox->_line2_pos);
 
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  delete infoBox;
 
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  // Test the copy constructor
 
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  int canvas_width = 1;
 
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  int canvas_height = 2;
 
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  double line1_pos = 0.1;
 
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  double line2_pos = 0.2;
 
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  infoBox = new TrackerDataPlotterInfoBox(canvas_width, canvas_height, line1_pos, line2_pos);
 
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  EXPECT_FALSE(infoBox->_setup_true);
 
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  EXPECT_EQ(0, infoBox->_tot_digits_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_clusters_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_spoints_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_5htracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_4htracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_3htracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_5stracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_4stracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_3stracks_t1);
 
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  EXPECT_EQ(0, infoBox->_tot_digits_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_clusters_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_spoints_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_5htracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_4htracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_3htracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_5stracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_4stracks_t2);
 
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  EXPECT_EQ(0, infoBox->_tot_3stracks_t2);
 
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  EXPECT_EQ(canvas_width, infoBox->_canvas_width);
 
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  EXPECT_EQ(canvas_height, infoBox->_canvas_height);
 
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  EXPECT_EQ(line1_pos, infoBox->_line1_pos);
 
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  EXPECT_EQ(line2_pos, infoBox->_line2_pos);
 
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  delete infoBox;
 
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}
 
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TEST_F(TrackerDataPlotterInfoBoxTest, TestBrackets) {
 
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  TrackerDataPlotterInfoBox* infoBox = new TrackerDataPlotterInfoBox();
 
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  // Set up some mock data
 
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  TrackerData t1;
 
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  TrackerData t2;
 
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  t1._num_digits = 1;
 
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  t1._num_clusters = 1;
 
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  t1._num_spoints = 1;
 
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  t1._num_seeds = 1;
 
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  t1._num_stracks_5pt = 1;
 
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  t1._num_stracks_4pt = 1;
 
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  t1._num_stracks_3pt = 1;
 
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  t1._num_htracks_5pt = 1;
 
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  t1._num_htracks_4pt = 1;
 
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  t1._num_htracks_3pt = 1;
 
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  t2._num_digits = 2;
 
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  t2._num_clusters = 2;
 
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  t2._num_spoints = 2;
 
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  t2._num_seeds = 2;
 
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  t2._num_stracks_5pt = 2;
 
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  t2._num_stracks_4pt = 2;
 
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  t2._num_stracks_3pt = 2;
 
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  t2._num_htracks_5pt = 2;
 
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  t2._num_htracks_4pt = 2;
 
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  t2._num_htracks_3pt = 2;
 
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  // Send data to infoBox twice to check accumulates, and check Canvases assigned properly
 
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  TCanvas* c1 = new TCanvas();
 
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  TCanvas* c2 = (*infoBox)(t1, t2, c1);
 
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  EXPECT_TRUE(c1 == c2);
 
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  TCanvas* c3 = (*infoBox)(t1, t2); // No canvas passed so should switch to internal canvas
 
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  EXPECT_TRUE(c3 == infoBox->_Canvas);
 
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  delete c1;
 
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  c1 = NULL;
 
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  c2 = NULL;
 
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  // Check infoBox internal state (not bothering to check internal state of root TPaveTexts etc)
 
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  EXPECT_EQ(2, infoBox->_tot_digits_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_clusters_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_spoints_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_5stracks_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_4stracks_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_3stracks_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_5htracks_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_4htracks_t1);
 
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  EXPECT_EQ(2, infoBox->_tot_3htracks_t1);
 
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  EXPECT_EQ(4, infoBox->_tot_digits_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_clusters_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_spoints_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_5stracks_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_4stracks_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_3stracks_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_5htracks_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_4htracks_t2);
 
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  EXPECT_EQ(4, infoBox->_tot_3htracks_t2);
 
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  delete infoBox; // Deletes the current canvas too
 
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}
 
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} // ~namespace MAUS