

- #Example of using makefile for windows intel fortran how to#
- #Example of using makefile for windows intel fortran code#
- #Example of using makefile for windows intel fortran series#
- #Example of using makefile for windows intel fortran simulator#
GITINFO=-fpp $( GITINFO_BASE) -DBUILDDATE_PP=\"" $( BUILD_DATE)\"" # Commas needs to be escaped if they are to be used as part of a value in a preprocessing variable.īUILD_DATE_XLF := $( shell date "+ %b %d\, %Y %T") # The preprocessor used by xlf uses comma as separation between preprocessing commands. GIT_BRANCH := $( shell git rev-parse -abbrev-ref HEAD)īUILD_DATE := $( shell date "+ %b %d, %Y %T") GIT_DATE := $( shell git log -1 -format= %cd) \Scripts\gitbranch)īUILD_DATE := $( shell date /t) $( shell time /t) Ifeq ( $( shell echo "check_quotes"),"check_quotes")
#Example of using makefile for windows intel fortran code#
# The variable VPATH defines where the source code is relative to the current directory # A make utility for windows may be downloaded from # compile the parallel version (MPI) of FDS under Linux using the Intel compilers type: # To use this makefile, select the appropriate compiler and OS from the list below.
#Example of using makefile for windows intel fortran simulator#
There are two targets here - hello, and fun.# Makefile for Fire Dynamics Simulator (FDS) Create a basic Makefile:īelow is an example of a basic Makefile that runs a “hello …” shell script. Make is like a mini programming language whose purpose is to compile a sequence of files to make a single executable file and to help us in the process. In this case, compiling only one file will fail. Some programs has circular dependencies, where there are multiple modules that call each other. Note that this issue can be avoided if we properly partition the modules. If your project is large, then recompiling all the scripts can be a tedious process. Even after we recompile this particular module, all other files that uses this module needs to be recompiled (this is not always the case though if the changes only reflects the internals of the subroutine). Now, consider what will happen if we make a small change in the module. After compilation of the module, the compiled subroutine will be available to all subprograms that uses that module. Imagine that we have a module that contains a subroutine. By simply running the makefile, one can compile the whole source code with multiple scripts. If you have multiple source files in C, Fortran, C++ or any other compilable languages, we have to do them separately.
#Example of using makefile for windows intel fortran how to#
We learn how to write a Makefile to automate the compilation of our source code. Interactive data visualization with bokeh.Build a flask web application: sea level rise monitoring.Visualizing power spectral density using obspy.Write ascii data to mseed file using obspy.Getting started with obspy - downloading waveform data.Automatically plotting record section for an earthquake in the given time range.Plotting seismograms with increasing epicentral distance.Plotting track and trajectory of hurricanes on a topographic map.Plotting 1 arc-minute global relief map.Plotting the geospatial data clipped by coastlines.Pygmt: high-resolution topographic map in python.Three-dimensional perspective map of taiwan using gmt and pygmt.High-quality maps using the modern interface to the generic mapping tools.Non-linear curve fitting to a model with multiple observational variables.Monte carlo simulations to test for the correlation between two dataset.Locating earthquakes using geiger’s method.Numerical tests on travel time tomography.Simple wave modeling and hilbert transform in matlab.
#Example of using makefile for windows intel fortran series#

