creamake provides you with an intuitive, command line tool designed to help you generate a Makefile for your Fortran projects.
creamake distributes the generated modules over multiple folders and automatically determines all the connections and dependencies between them.







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creamake Product Key is a simple and fast solution for converting from a Makefile to a more structured Makefile for Fortran projects.creamake provides an interesting alternative to the traditional *.DEF files that many Fortran developers rely on.
What’s New in creamake 2.0.0 (2014-12-09)
As the version number implies, the new version is introducing some major changes. As usual, in addition to new features, a change to the way in which creamake works.
New features
* New “Version control” Feature
Since 1.5.0, creamake automatically creates a particular directory when saving the *.cmake file and this directory can be used to create a new project with the same configuration.
This new version introduces the possibility to take advantage of this feature to generate a git repository, using git-lfs, including a clone of the fortran project in the repository folder. This feature is available in the contributed repository.
Also, as a new feature, creamake provides the means to create a tag “nodist”. This tag can be passed to the make command in order to ensure that the built executables will never be cloned.
The execution of the make command with the nodist tag creates a directory that includes the *.cmake file and all the generated files. The fact that creamake generates all the source code in a single directory avoids the need for the developer to manage projects separately.
With creamake, you can use Makefiles to perform all the work you would normally perform to build a project and save a lot of work.
This version introduces the possibility to easily add another license to a project by just creating another directory that includes a *.cmake file that becomes the “Owner” file and any other files that you can include in the project.
An example of the license file is shown in the following picture:
$ mkdir /path/project_2
$ cd project_2
$ wget –progress=bar:force
$ wget –progress=bar:force
$ wget –progress=bar:force

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== Generate makefiles for Fortran projects
creamake For Windows 10 Crack provides a CMakeLists.txt generator for CMake projects and a
creamake Product Key script to generate Makefiles for Fortran projects. Together, these
creamake source provides a generic and flexible, high-level makefile generator for
Fortran projects.
== Installation
1) Install the latest available version of creamake from git:

git clone
cd creamake
sudo /opt/local/bin/cmake -P cmake-build.cmake
sudo /opt/local/bin/cmake –build. –target make
sudo /opt/local/bin/make

2) You should now have the makefile in ${PREFIX}/bin/.

== Usage
creamake generates a simple CMakeLists.txt file which you can edit, or you can
use the creamake script to generate the makefile automatically. You can invoke
it like this:

creamake –help


creamake my_project

== Use Cases
=== Automatic build script generation
The creamake script, creamake-cmake, has a set of defaults which are used if
a CMakeLists.txt file doesn’t exist yet, or which can be edited by the
developer. The defaults are suitable for building C projects or, with some
fiddling, for building CMake projects. The following are the options:

=== Generate a simple makefile if no CMakeLists.txt file exists
creamake –generate-c make

=== Generate a Makefile suitable for building a C project
creamake –generate-c -S

=== Set source files visibility for distributed builds (keep only the files that are distributed)
creamake –create-dist –keep-only my_project –directory dist

=== Create a Makefile suitable for building Fortran projects.
creamake –create-f make

=== When you use –generate-f a git repository is used
For example:

creamake –generate-f PROJECT

=== When you use –generate-f create the Makefile as user “forge”, set environment variables as PROJECT and run make.
For example:

Creamake Crack

– Written in C
– Supports multiple Fortran versions
– Generates GNU Makefiles
– Must have Fortran compiler in PATH
– Easy to use
creamake-0.7.1 (0.7.1 (1.0) currently stable)
creamake 0.7.1
– Release date: 20.12.2012
– Release notes:
– Some errors in the previous version are fixed (e.g. warnings about
assignments to uninitialized variables)
The main changes in creamake 0.7.1 are:
– Undefined assignment warning
– New option -use-linker to resolve linker’s libraries
– New warning –resolve-all to avoid undefined assignment warnings
– Fix: Minor typo in the package comment
Download on Sourceforge:
creamake 0.7.0

The most awaited feature of the new release is the support of Xcode 4.5 with Xcode 4.4. The creamake command now includes Xcode 4.4 by default (as well as all the dependencies), and the Xcode support is designed to help you quickly create your Fortran project without the need of installing Xcode or creating your project in Xcode.

creamake 0.7.0 also features
– a new mode of use that’s similar to Xcode. Please give the new documentation in the creamake manual a try.
– automatic installation of libraries at build time.
– New option –rebuild to clean the target directory and reinstall the generated modules (beware, this may be very CPU heavy).
– New option –perform-test to run the tests.
– New option –describe to get the a one-line description of a module.
– New option –test to generate tests for the target project.
– New option –log (uses the full path of the target’s log file)
– New option –verbose to generate verbose output
– New option –silent to generate silent output
– New option –whole to generate a full Makefile
– New option –resolve-all to resolve all

What’s New in the?

creamake is a small, completely free Fortran compiler that compiles with a Makefile and requires an auxiliary application. The utility was designed with novice users in mind and provides a set of tools that help generate a Makefile, configure, compile, and run a Fortran program. In addition, creamake distributes the generated modules over multiple folders and automatically determines all the connections and dependencies between them.

vipry is a pure-Python package for numerical integration and numerical analysis.

vipry is a pure-Python package for numerical integration and numerical analysis.

It provides a bunch of high-precision integrators and solvers along with a dynamic and interchangeable integration and analysis library.

vipry’s code is stable and has been tested for reliability with respect to multi- and single-precision floats on all the popular platforms: x86, x86_64, and ARM.

There are diverse implementations of numerical integration and numerical analysis algorithms. Currently, the following integration methods are supported: adaptive Simpson, adaptive Manteuffel-Zech, Simpson-1, Simpson-2, Simpson-3, Simpson-4, Lobatto-3, Lobatto-4, Lobatto-5, Lobatto-6, and Lobatto-7.

Furthermore, vipry can evaluate arbitrary mathematical expressions with external modules through the process of automatic evaluation. vipry supports the most common external symbolic math libraries such as SymPy, MathFlow, and Maple.

Some of the most common analysis methods are supported: numerical differentiation, numerical differentiation with zero-crossing rejection, Taylor series expansion with random coefficients, root-finding (in various flavors), and optimization of your functions.

The vipry package is released under the permissive BSD 2-Clause license. vipry can be used completely without any restriction. (There is a third-party license that restricts vipry’s usage with certain third-party packages, but it is not strictly necessary to use vipry. It is recommended to use vipry because of its stability, flexibility, and accuracy.)

vipry computes integrals with arbitrary precision using the dynamic and interchangeable vipry integration and analysis library. vipry supports integration of the following functions:

The available integration and analysis functions have the same performance characteristics as the functions provided by the popular symbolic math libraries mentioned earlier.

The vipry integration library has

System Requirements For Creamake:

Windows 7 (64 bit)
Windows 8 (64 bit)
Windows 10 (64 bit)
OS Version:
Video Card:
GeForce GTX 970, 1080
DirectX Version:
Operating System: