plot_init

PURPOSE

SYNOPSIS

DESCRIPTION

% plot_init: initialize visualization

 usage: plot_init
             set Latex as default interpreter for all text props
        screensize = plot_init   
             set Latex as default interpreter for all text props and
             return screensize: 1x2 int, size of current screen [width, height]

 Susane Wenzel 09/16
 wenzel@igg.uni-bonn.de

CROSS-REFERENCE INFORMATION

• demo_plot_histogram_with_theoretical_density % plot histogram with theoretical density function
• fig_2_10_demo_AR_process % Fig. 2.10 page 54
• fig_2_11_demo_scatter_histogram % Fig. 2.11 page 56
• fig_2_9_simulate_hom_profiles_gaussian % Fig. 2.9 page 51 and Fig 16.11 page 742
• demo_GHM_2D_line % Demo nonlinear GHM without constraints
• demo_GHM_similarity % GHM with similarity
• demos_GMM_regression % test GMM with linear regression with check
• fig_4_11_test_sensitivity_factors_GMM_similarity % Fig. 4.11 test sensitivity factors in GMM with similarity
• demo_2D_geometry % DEMO 2D projective geometry
• demo_3D_Points_distances % demo distanc 3D point
• demo_estimate_2D_homography_from_point_pairs % demo_estimate_2D_homography_from_point_pairs
• demo_construct_Line_2D % test_construct_Line_2D: test routine for constructing 2D lines
• demo_sugr_Line_2D demo_sugr_Line_2D: demo routine for creating a 2D lines
• demo_construct_Point_2D demo_construct_Point_2D
• demo_estimate_Point_2D_from_Lines % demo_estimate_Point_2D_from_Lines
• demo_sugr_Point_2D demo_sugr_Point_2D: demo routine for generating 2D point
• determine_Homography_2D_from_two_images demo_h_determine_homography_from_two_images: read/interactively determine homography
• h_transfer_grid demo_h_transfer_grid: transfer point in demo_homography
• demo_estimate_two_symmetric_planes_from_points % test_two_symmetric_planes_from_points
• demo_ALG_17_estimate_Projection_3D_2D_from_point_pairs % Demo estimate 3D projection from 2D point pairs, ALG 17
• demo_estimate_Projection_3D_2D_from_point_pairs_single % Demo estimate 3D projection from 2D point pairs
• demo_estimate_E_Matrix_from_point_pairs % test_estimate_E_Matrix_from_point_pairs
• demo_triangulation_spherical % demo triangulation
• demo_epipolar_geometry % Epipolar geometry
• fig_16_11_simulate_inhom_profiles_gaussian % Fig. 2.9 page 51 and Fig 16.11 page 742
• fig_16_13_profile_reconstruction_demo_precision % Fig 16.13 page 750
• fig_16_14_test_scale % Fig. 16.14 page 754
• fig_16_15_symmetric_outliers % Fig. 16.15 page 755
• fig_16_16_plot_weight_functions_asymmetric % Fig. 16.16 page 756
• fig_16_17_asymmetric_outliers % Fig. 16.17 page 756
• fig_16_18_step_break % Fig. 15.18 page 758
• fig_16_3_16_4_example_demo_profile % Fig. 16.3 page 731 and 16.4 page 732
• fig_16_9_demo_profile_reconstruction % Fig. 16.9 page 740
• simulate_points_dem_10 % read ply-file
• simulate_points_dem_16_precision % generate a set of points for dem-precision analysis
• simulate_points_dem_6 % simulate_points_dem_6: generate test image of Uwe 1994
• eq_15_120_theoretical_accuracy % eq_15_120_theoretical accuracy
• fig_16_20_demo_surface_reconstruction % Fig. 16.20 page 761
• fig_16_21_quality_surface_reconstruction % Fig. 16.21 theoretical quality of surface reconstruction
• fig_16_22_demo_robust_surface_reconstruction % Fig. 16.22 page 762
• fig_16_23_aurelo_result % Fig. 16.23 page 764
• fig_16_9b_demo_surface_reconstruction % Fig. 16.9 bottom page 740
• sugr_perturb_3D_2D_point_pairs % Perturb sampled 3D 2D points pairs
• check_estimation_result % check estimation result, PCV Sect. 4.6.8

SOURCE CODE

0001 %% plot_init: initialize visualization
0002 %
0003 % usage: plot_init
0004 %             set Latex as default interpreter for all text props
0005 %        screensize = plot_init
0006 %             set Latex as default interpreter for all text props and
0007 %             return screensize: 1x2 int, size of current screen [width, height]
0008 %
0009 % Susane Wenzel 09/16
0010 % wenzel@igg.uni-bonn.de
0011 
0012 function varargout = plot_init
0013 
0014 if verLessThan('matlab', '8')
0015 else
0016 %     set Latex as default interpreter for all text props
0017     set(0, 'defaulttextinterpreter','latex');
0018     set(0, 'defaultAxesTickLabelInterpreter','latex');
0019     set(0, 'defaultLegendInterpreter','latex');
0020 end
0021 
0022 if nargout==1
0023     % get current screensize, for proper positioning of figures
0024     screensize = get(0,'ScreenSize'); screensize = screensize(3:4);
0025     varargout = {screensize};
0026 end
0027