In order to create a plot, we need to define a plot variable, which is of the aplot_t type: type(aplot_t)::plot
Plots in simply fortran code#
This code generates two datasets that we need to plot. The x array is manually populated inside the loop along with the calculation of a running mean in the mean_y array. The random data is created with a single call to RANDOM_NUMBER, which populates the entire rand_y array in one call.
Our X-axis data will just be the sample count, though we have to use a REAL variable with Aplot. The code below should be sufficient: real, dimension(1000)::x, rand_y, mean_y To generate our data set, we’ll need to populate some arrays accordingly. There are no other steps to take Simply Fortran will automatically detect this module’s inclusion and configure the compiler to link to the aplot library. On GNU/Linux, Simply Fortran might show the module as unavailable until you click Build Project for the first time.
Plots in simply fortran windows#
On Windows and macOS, this module will be seamlessly included. In order to use Aplot, the aplot module must be employed in a given procedure: use aplot The plot will therefore include scatter elements and a line, both with a significant amount of data. This short article will walk through creating a non-trivial plot quickly with Aplot.įor this example, we’ll attempt to plot 1000 random, uniformly distributed numbers along with a running mean as the sample size grows.
The programming interface provided is designed to be straightforward, and the library is available on Windows, macOS, and GNU/Linux. With the release of version 2.36, Simply Fortran now includes Aplot, a library for creating simple, two-dimensional plots and charts directly from Fortran. Introducing Aplot Posted: Ap| Author: approximatrix | Filed under: Aplot, Tips and Tricks | Leave a comment
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