from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file with the

# name CustomResultFile.gdr

# and assign it to the

# variable gdrf

# (GeoDict result file)

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file with

# name CustomResultFile.gdr

# and assign it to the

# variable gdrf

report = "This a custom result file."

# define text for the

# Report tab and assign it

# to variable report

resultMap = {

'ResultValueList' : {

  'SVP'      : (10, '%' ),

  'Diameter' : (3, 'µm')},

'AnotherResult' : 'This is another result'}        

# define content for the

# map subtab of the Results

# tab in the result file

# and assign it to

# variable resultMap

gdrf.saveResults(resultMap, report, "2025")

# write and save the file

# CustomResultFile.gdr

# with report and Result

# map. Result file is

# automatically opened

# in Result Viewer

from gdr import GDR

# import gdr

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

# and assign it to the

# variable gdrf

gdrf.saveGeometry("2025")

# define text for the

# Report tab and assign

# it to variable report

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr

# with empty report and

# empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

gdrf.setDescription("This is a result file description.")

# add description to

# Metadata tab

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr

# with empty report

# and empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

gdrf.command = 'ExampleModule:ExampleSolver'

# add command with module

# name ExampleModule and

# solver name

# ExampleSolver

# to result file

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr

# with empty report

# and empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file with

# the name

# CustomResultFile.gdr

# and assign it to the

# variable gdrf

Plotname  = 'First Plot'

# define a plot name

XLabel    = 'Some Label for X-Axis'

# define X-Axis label

YLabel    = 'Label for Y-Axis'

# define Y-Axis label

XValues   = [0,1,2,3]

# define X-values as a list

YValues   = [0,2,4,9]

# define Y-values list

GraphName = "This is a plot."

# define a graph name

gdrf.addPlot(Plotname, XLabel, YLabel, '%', 'µm', XValues, YValues, GraphName)

# add plot to result file

# with name, labels,

# units, values and

# graph name

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr

# with empty report and

# empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file with the

# name CustomResultFile.gdr

# and assign it to the variable gdrf

Plotname  = 'First Plot'

# define a plot name

XLabel    = 'Some Label for X-Axis'

# define X-Axis label

YLabel    = 'Label for Y-Axis'

# define Y-Axis label

XValues   = [0,1,2,3]

# define X-values as a list

YValues   = [0,2,4,9]

# define Y-values as a list

GraphName = "This is a plot."

# define a graph name

gdrf.addPlot(Plotname, XLabel, YLabel, '%', 'µm',

  XValues, YValues, GraphName)

# add plot to result file with

# plotname, labels, units,

# values and graph name

Plotname2  = 'Second Plot'

# define a plot name

XLabel2    = 'Some Label for X-Axis'

# define X-Axis label

YLabel2    = 'Label for Y-Axis'

# define Y-Axis label

XValues2   = [0,5,20,70]

# define X-values as a list

YValues2   = [10,5,1,0.5]

# define Y-values list

GraphName2 = "This is also a plot."

# define a graph name

gdrf.addPlot(Plotname2, XLabel2, YLabel2,

'%', '', XValues2, YValues2, GraphName2)

# add plot to result file

# with name, labels, units,

# values and graph name

XValues3   = [0,20,30,85]

# define X-values list

YValues3   = [0,3,6,10]

# define Y-values list

GraphName3 = "This is the second graph in this plot."

# define a graph name

gdrf.addGraphToPlot(2, XValues3, YValues3, GraphName3)

# add graph to second plot

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr with

# empty report and

# empty result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

gdrf.addText("This a custom result file.")

# add text in Report tab

gdrf.addText("This is a second line of text.")

# add more text in

# Report tab

report = "This is the last section in the result file."

# define text for the

# Report tab and assign

# it to variable report

gdrf.saveResults({}, report, "2025")

# write and save the file

# CustomResultFile.gdr

# with report and an

# empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

gdrf.addTitle("First Title")

# add a title in

# Report tab

gdrf.addText("This a custom result file.")

# add text

# in Report tab

gdrf.addTitle("Second Title")

# add another title

# in Report tab

gdrf.addText("This is more text.")

# add more text

# in Report tab

report = "This is the last section in the result file."

# define text for

# the Report tab

# and assign it to

# variable report

gdrf.saveResults({}, report, "2025")

# write and save the file

# CustomResultFile.gdr

# with report and an

# empty Result map

gd.showGDR('CustomResultFile.gdr')

# open result file

# in Result Viewer

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

col_headers = ["number", "letter"]

# define column headers

# in a list of strings

table = [[1, 2], ["a", "b"]]

# define table as

# list of columns

gdrf.addTable("This is a table", col_headers, *table)

# add table to

# Report tab

gdrf.addTitle("This is a title")

# add a title to

# Report tab

report = "This is a report."

# define text for the

# Report tab and

# assign it to

# variable report

gdrf.saveResults({}, report, "2025")

# write and save the file

# CustomResultFile.gdr

# with report and an

# empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

gdrf.addImage('../image.png', 'Example Image')

# add image to

# Report tab

report = "This is a report."

# define text for the

#  Report tab and

# assign it to

# variable report

gdrf.saveResults({}, report, "2025")

# write and save

# the file

# CustomResultFile.gdr

# with report and an

# empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

InputParameters = {

'ExampleParameterUnit' :(5,'%'),

'ExampleSubMap' : {

  'ExampleNumber' : 10.5,

  'ExampleString' : 'Value'}}

# assign a Python dictionary

# containing the input

# parameters as key-value

# pairs to variable

# InputParameters

gdrf.inputMap.update(InputParameters)

# add entries to InputMap

# tab of result file

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr with

# empty report and

# empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

LogParameters = {

'TotalRunTime' :(15,'s')}

# assign a Python dictionary

# containing the log

# parameters, for example

# the runtime or data about

# the used computer to the

# variable LogParameters

gdrf.logMap.update(LogParameters)

# add the runtime to the

# Log Map tab of the

# result file

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr

# with empty report

# and empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

plotParameters = {

'PlotTitle'      : 'Another Plot',

 'XAxisLabel'     : 'X-Axis Label',

'YAxisLabel'     : 'Y-Axis Label',

'XAxisUnit'      : '',

'YAxisUnit'      : '%',

'XAxisRange'     : 'Auto',

'YAxisRange'     : 'MinMax',

'YAxisMinValue'  : -5,

'YAxisMaxValue'  : 15,

'NumberOfGraphs' : 1,

'Graph1' : {

  'GraphTitle'   : 'This is a plot',

  'DrawStyle'   : 'Lines',

  'XValues'      : [0,1,2,3],

  'YValues'     : [0,2,4,9]}}

# define plot parameters

# and assign them to

# variable plotParameters.

# Define labels and units

# for both axes.

# Define how the default

# axis range should be given.

# Possible values are

# Automatic, Auto,

# MinMax, and Tight.

# Define number of graphs

# in the plot

# Possible values for

# DrawStyle are LinesPoints,

# Bars, Lines, Points,

# FilledStep, VerticalSpan,

#´and HorizontalSpan.

postParameters = {

'Plots' : {

  'NumberOfPlots' : 1,

  'Plot1'         : plotParameters}}

# assign Python dictionary

# containing plot parameters

# to variable postParameters.

gdrf.postMap.update(postParameters)

# add a Post Map tab and

# plots to result file.

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr with

# empty report and

# empty Result map

from gdr import GDR

# import gdr library

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file

# with the name

# CustomResultFile.gdr

ParameterParameters = {

'Project' : 'User Guide',

'Chapter' : 'GeoPy Scripting'}

# assign a Python dictionary

# containing parameters to

# the variable

# ParameterParameters

gdrf.parameterMap = ParameterParameters

# add a Parameter Map

# to result file

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr

# with empty report

# and empty Result map

from gdr import GDR

# import

strucHash      = gd.getStructureHash()

# get structure hash

strucHash64    = gd.getStructureHash64()

# get structure hash 64

strucDesc      = gd.getStructureDescription()

# get structure name

nx,ny,nz       = gd.getVolDimensions()

# get number of voxels in

# x-,y- and z-direction

voxelLength    = gd.getVoxelLength()

# get voxel length in meter

volDimension   = nx*ny*nz

# compute total number of voxels

svp            = gd.getSolidVolumeFraction()

# for a structure with two solid

# materials assigned to material

# ID 1 and ID 2, this computes

# the solid volume percentage

gdrf = GDR.createEmptyResults("CustomResultFile","2025")

# open a result file with the

# name CustomResultFile.gdr

GeometryParameters = {

'Hash'                : strucHash,

'Hash64'              : strucHash64,

'FileName'            : 'Example.gdt',

'NX'                  : nx,

'NY'                  : ny,

'NZ'                  : nz,

'UseBoxels'           : False,

'VoxelLength'         : (voxelLength,'m'),

'SolidVolumeFraction' : svp}

# assign a Python dictionary

# containing geometry data

# to the variable

# GeometryParameters

gdrf.geometryMap.update(GeometryParameters)

# add geometry data to

# result file

gdrf.saveResults({},"", "2025")

# write and save the file

# CustomResultFile.gdr with

# empty report and

# empty Result map