plotter.mac

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#
#  Use with a TSG vis driver.
# Activate with:
#   /control/execute plotter.mac
#   /run/beamOn 10  # it will update the plotter regions at end of run.
#
 
#/vis/verbose errors
#/vis/verbose confirmations
 
#///////////////////////////////////////////////////////////////////////
#/// activate the TSG vis driver: //////////////////////////////////////
#///////////////////////////////////////////////////////////////////////
/vis/sceneHandler/create TSG scene-handler-plotter
 
#///////////////////////////////////////////////////////////////////////
#/// viewer: ///////////////////////////////////////////////////////////
#///////////////////////////////////////////////////////////////////////
/vis/viewer/create scene-handler-plotter viewer-plotter 600x600-0+0
 
/vis/viewer/set/background 1 1 1
/vis/viewer/zoomTo 1
/vis/viewer/set/viewpointVector 0 0 1
 
#///////////////////////////////////////////////////////////////////////
#/// scene: ////////////////////////////////////////////////////////////
#///////////////////////////////////////////////////////////////////////
/vis/plotter/create plotter-0
 
/vis/scene/create scene-plotter
/vis/scene/add/plotter plotter-0
/vis/sceneHandler/attach scene-plotter
 
#///////////////////////////////////////////////////////////////////////
#/// create plotter regions and attach histograms to them: /////////////
#///////////////////////////////////////////////////////////////////////
/vis/plotter/setLayout plotter-0 2 2  # create 2x2 plotting regions.
 
# B5 specific:
/vis/plotter/add/h1 0 plotter-0 0
/vis/plotter/add/h1 1 plotter-0 1
/vis/plotter/add/h2 0 plotter-0 2
/vis/plotter/add/h2 1 plotter-0 3
 
#///////////////////////////////////////////////////////////////////////
#/// plotters customisation: ///////////////////////////////////////////
#///////////////////////////////////////////////////////////////////////
 
#  For texts, as titles and axis labels, the good old Hershey vectorial font is used
# by default, but you can also specify a freetype font  To use a freetype font, you
# must build Geant4 by specifying -DGEANT4_USE_FREETYPE=ON yin your cmake flags.
# (The ROOT_default and hippodraw styles (see below) uses freetype fonts).
#  Two embedded ttf fonts comes with the ToolsSG plotting: roboto_bold (some open source
# kind of the Microsoft arialbd) and lato_regular (close to an helvetica).
#  You can use your own .ttf files by using the TOOLS_FONT_PATH environment variable
# to specify the directory where they could be found.
 
#///////////////////////////////////////////////////////////////////////
#/// using styles: /////////////////////////////////////////////////////
#///////////////////////////////////////////////////////////////////////
/vis/plotter/style/list
 
/vis/plotter/addStyle plotter-0 reset
 
#
#  The below lines show how to customise a plotter by using an embedded style
# (for example ROOT_default, hippodraw, default) or a style defined with commands.
# The description of the embedded styles can be seen in Geant4 source code at:
#   source/externals/g4tools/include/tools/sg/plotter_some_styles
#
#  A style can be applied on all regions by using:
#   /vis/plotter/addStyle <plotter> <style>
# or on one region only by using:
#   /vis/plotter/addRegionStyle <plotter> <region> <style>
#
#  The "all regions" styles are applied first, and then the per region ones.
#
#  Without using a style, you can customise anyway directly by using
# the command:
#   /vis/plotter/addRegionParameter
# See below for examples.
#
#/vis/plotter/addStyle plotter-0 ROOT_default
#/vis/plotter/addStyle plotter-0 hippodraw
 
#///////////////////////////////////////////////////////////////////////
#/// create and use style-0 style: /////////////////////////////////////
#///////////////////////////////////////////////////////////////////////
##/vis/plotter/style/remove style-0
#/vis/plotter/style/select style-0
#/vis/plotter/style/add infos_width             0.2   # percent of plotter width.
#/vis/plotter/style/add bins_style.0.color      blue
#/vis/plotter/style/add bins_style.0.line_width 3
#/vis/plotter/style/add infos_style.visible     true
#/vis/plotter/style/add infos_style.font        roboto_bold.ttf
#/vis/plotter/style/add infos_style.front_face  cw
 
#///////////////////////////////////////////////////////////////////////
# example to have x_axis as ROOT_default:
#/vis/plotter/style/add x_axis.modeling      hplot
#/vis/plotter/style/add x_axis.divisions     510
#/vis/plotter/style/add x_axis.title_hjust   right
#/vis/plotter/style/add x_axis.label_to_axis 0.005
#/vis/plotter/style/add x_axis.label_height  0.04
#/vis/plotter/style/add x_axis.tick_length   0.03
#/vis/plotter/style/add x_axis.title_to_axis 0.05
#/vis/plotter/style/add x_axis.title_height  0.04
#/vis/plotter/style/add x_axis.is_log        false
 
#/vis/plotter/style/add x_axis.line_style.color       black
#/vis/plotter/style/add x_axis.line_style.line_width  1
 
#/vis/plotter/style/add x_axis.ticks_style.color      black
#/vis/plotter/style/add x_axis.ticks_style.line_width 1
 
#/vis/plotter/style/add x_axis.labels_style.color      black
#/vis/plotter/style/add x_axis.labels_style.scale      0.6
#/vis/plotter/style/add x_axis.labels_style.font       roboto_bold.ttf
#/vis/plotter/style/add x_axis.labels_style.front_face cw
#/vis/plotter/style/add x_axis.labels_style.smoothing  true
 
#/vis/plotter/style/add x_axis.title_style.color       black
#/vis/plotter/style/add x_axis.title_style.visible     true
#/vis/plotter/style/add x_axis.title_style.scale       0.6
#/vis/plotter/style/add x_axis.title_style.font        roboto_bold.ttf
#/vis/plotter/style/add x_axis.title_style.front_face  cw
#/vis/plotter/style/add x_axis.title_style.smoothing   true
 
#/vis/plotter/style/add x_axis.mag_style.color       black
#/vis/plotter/style/add x_axis.mag_style.scale       0.6
#/vis/plotter/style/add x_axis.mag_style.font        roboto_bold.ttf
#/vis/plotter/style/add x_axis.mag_style.front_face  cw
#/vis/plotter/style/add x_axis.mag_style.smoothing   true
#///////////////////////////////////////////////////////////////////////
 
#/vis/plotter/style/list
#/vis/plotter/style/print style-0
 
#/vis/plotter/addRegionStyle plotter-0 0 style-0
#/vis/plotter/addRegionStyle plotter-0 1 style-0
 
#///////////////////////////////////////////////////////////////////////
#/// set directly region parameters: ///////////////////////////////////
#///////////////////////////////////////////////////////////////////////
#
#  Without passing by a style, a plotting region can be customised directly
# by using the command:
#   /vis/plotter/addRegionParameter
#  Use:
#   /vis/tsg/plotter/printParameters
# to see the available parameters.
#  The declared parameters to be changed are applied after styles.
#
 
# to see region borders:
#/vis/plotter/addRegionParameter plotter-0 0 background_style.line_width 0.001
#/vis/plotter/addRegionParameter plotter-0 1 background_style.line_width 0.001
#/vis/plotter/addRegionParameter plotter-0 2 background_style.line_width 0.001
#/vis/plotter/addRegionParameter plotter-0 3 background_style.line_width 0.001
 
/vis/plotter/addRegionParameter plotter-0 0 infos_width 0.2
/vis/plotter/addRegionParameter plotter-0 1 infos_width 0.2
/vis/plotter/addRegionParameter plotter-0 2 infos_width 0.2
/vis/plotter/addRegionParameter plotter-0 3 infos_width 0.2
#
/vis/plotter/addRegionParameter plotter-0 0 bins_style.0.color blue
/vis/plotter/addRegionParameter plotter-0 0 bins_style.0.line_width 3
/vis/plotter/addRegionParameter plotter-0 1 bins_style.0.color blue
/vis/plotter/addRegionParameter plotter-0 1 bins_style.0.line_width 3
 
/vis/plotter/addRegionParameter plotter-0 2 bins_style.0.color blue
/vis/plotter/addRegionParameter plotter-0 2 bins_style.0.line_width 1
/vis/plotter/addRegionParameter plotter-0 3 bins_style.0.color blue
/vis/plotter/addRegionParameter plotter-0 3 bins_style.0.line_width 1
#
/vis/plotter/addRegionParameter plotter-0 0 x_axis.title detector
#/vis/plotter/addRegionParameter plotter-0 0 x_axis_automated false
#/vis/plotter/addRegionParameter plotter-0 0 x_axis_min 0
#/vis/plotter/addRegionParameter plotter-0 0 x_axis_max 50
#/vis/plotter/addRegionParameter plotter-0 0 x_axis_is_log true
#
#/vis/plotter/addRegionParameter plotter-0 3 title_automated false
#/vis/plotter/addRegionParameter plotter-0 3 title "my title"
/vis/plotter/addRegionParameter plotter-0 1 bins_style.0.color red
/vis/plotter/addRegionParameter plotter-0 3 background_style.back_color "0.95 0.95 0.95"
 
#///////////////////////////////////////////////////////////////////////
#/// let's go: /////////////////////////////////////////////////////////
#///////////////////////////////////////////////////////////////////////
#/run/beamOn 100  #it will update the plotters at end of run.
 
#///////////////////////////////////////////////////////////////////////
#/// To produce some "paper" output: ///////////////////////////////////
#///////////////////////////////////////////////////////////////////////
# Use gl2ps to produce a PostScript file (may be long if the scene as a lot of primitives):
#/control/shell rm ./out.eps
#/vis/tsg/export                   # it produces out.eps
#/control/shell open    ./out.eps  # if on a Mac.
#/control/shell display ./out.eps  # with ImageMagick on a Linux.
 
# Use gl2ps to produce a pdf file (may be long if the scene as a lot of primitives):
#/control/shell rm ./out.pdf
#/vis/tsg/export gl2ps_pdf out.pdf
#/control/shell open ./out.pdf     # if on a Mac.
#/control/shell display ./out.pdf  # with ImageMagick on a Linux.
 
# Use the tools::sg offscreen zbuffer to produce an image and put it in a PostScript file:
#/control/shell rm ./out.ps
#/vis/tsg/export zb_ps out.ps
#/control/shell open ./out.ps      # if on a Mac.
#/control/shell display ./out.ps   # with ImageMagick on a Linux.