Examples showing the "graphs classes" usage.
Files | |
file | annotation3d.C |
This example show how to put some annotation on a 3D plot using 3D polylines. | |
file | approx.C |
Macro to test interpolation function Approx | |
file | bent.C |
Bent error bars | |
file | bent.py |
Bent error bars. | |
file | exclusiongraph.C |
Draw three graphs with an exclusion zone. | |
file | exclusiongraph2.C |
Draw several graphs with an exclusion zones. | |
file | gerrors.C |
Draw a graph with error bars | |
file | gerrors.py |
A Simple Graph with error bars | |
file | gerrors2.C |
Draw two graphs with error bars | |
file | gmultierrors.C |
Draw a graph with multiple y errors | |
file | graph.C |
Draw a simple graph. | |
file | graph.py |
A Simple Graph Example | |
file | graph2derrorsfit.C |
Draw and fit a TGraph2DErrors | |
file | graphApply.C |
A macro to demonstrate the functionality of TGraph::Apply() method. | |
file | graphpalettecolor.C |
Palette coloring for graphs is activated thanks to the options PFC (Palette Fill Color), PLC (Palette Line Color) and AMC (Palette Marker Color). | |
file | graphpolar.C |
Create and draw a polar graph. | |
file | graphpolar2.C |
Create and draw a polar graph with PI axis | |
file | graphpolar3.C |
Create and draw a polar graph with PI axis using a TF1. | |
file | graphreverse.C |
This example test all the various case of reverse graphs combined with logarithmic scale. | |
file | graphShade.C |
Show how to shade an area between two graphs | |
file | graphstruct.C |
Draw a simple graph structure. | |
file | graphtext.C |
Draw a graph with text attached to each point. | |
file | gtime.C |
Example of TGraphTime. | |
file | gtime2.C |
Example of TGraphTime showing how the class could be used to visualize a set of particles with their time stamp in a MonteCarlo program. | |
file | hlGraph1.C |
This tutorial demonstrates how to use the highlight mode on graph. | |
file | hlGraph2.C |
This tutorial demonstrates how to use the highlight mode on graph. | |
file | labels1.C |
Setting alphanumeric labels in a 1-d histogram. | |
file | labels2.C |
Setting alphanumeric labels. | |
file | motorcycle.C |
Macro to test scatterplot smoothers: ksmooth, lowess, supsmu as described in: | |
file | multigraph.C |
Create and Draw a TMultiGraph. | |
file | multigraphpalettecolor.C |
Palette coloring for multi-graphs is activated thanks to the options PFC (Palette Fill Color), PLC (Palette Line Color) and AMC (Palette Marker Color). | |
file | multipalette.C |
Draw color plots using different color palettes. | |
file | scatter.C |
Draw a scatter plot. | |
file | seism.C |
Strip chart example. | |
file | splines_test.C |
Examples of use of the spline classes. | |
file | surfaces.C |
Draw 2-Dim functions. | |
file | surfaces.py |
Surfaces example | |
file | timeonaxis.C |
This macro illustrates the use of the time mode on the axis with different time intervals and time formats. | |
file | timeonaxis2.C |
Define the time offset as 2003, January 1st. | |
file | timeonaxis3.C |
This example compares what the system time function gmtime and localtime give with what gives TGaxis. | |
file | timeSeriesFromCSV.C |
This macro illustrates the use of the time axis on a TGraph with data read from a text file containing the SWAN usage statistics during July 2017. | |
file | timeSeriesFromCSV.py |
This macro illustrates the use of the time axis on a TGraph with data read from a text file containing the SWAN usage statistics during July 2017. | |
file | timeSeriesFromCSV_TDF.C |
This macro illustrates the use of the time axis on a TGraph with data read from a text file containing the SWAN usage statistics during July 2017. | |
file | waves.C |
Hint: Spherical waves | |
file | zdemo.C |
This macro is an example of graphs in log scales with annotations. | |
file | zdemo.py |
This macro is an example of graphs in log scales with annotations. | |
file | zones.C |
Example of script showing how to divide a canvas into adjacent subpads + axis labels on the top and right side of the pads. | |
file | zones.py |
Example of script showing how to divide a canvas into adjacent subpads + axis labels on the top and right side of the pads. | |