Paket: feenox (1.2-1)

Länkar för feenox

Debianresurser:

Hämta källkodspaketet feenox:

Ansvarig:

Jeremy Theler (QA-sida)

Externa resurser:

Hemsida [www.seamplex.com]

Liknande paket:

cloud-first free no-X uniX-like finite-element(ish) tool

FeenoX is a computational engineering tool designed to solve engineering-related problems using cloud servers in parallel in such a way that the problem is defined in a plain-text near-English self descriptive input file read at run time, without requiring further user intervention after the invocation.

So far it can solve

 * Basic mathematics
 * Systems of ODEs/DAEs
 * Laplace’s equation
 * Heat conduction
 * Elasticity
 * Modal analysis
 * Neutron diffusion
 * Neutron SN

The usage depends on Gmsh to create the meshes. Optionally, FeenoX's output can be post-processed with Paraview.

Andra paket besläktade med feenox

beror

rekommenderar

föreslår

enhances

dep: libc6 (>= 2.38) [ej loong64, sh4]

GNU C-bibliotek: Delade bibliotek
också ett virtuellt paket som tillhandahålls av libc6-udeb

dep: libc6 (>= 2.41) [loong64, sh4]
dep: libgcc-s1 (>= 3.3.4) [sh4]

GCC stödbibliotek
dep: libgcc-s2 (>= 4.2.1) [m68k]

GCC stödbibliotek
dep: libgsl28 (>= 2.8+dfsg)

GNU Scientific Library (GSL) -- library package
dep: libmpich12 [m68k, sh4]

Shared libraries for MPICH
dep: libopenmpi40 (>= 5.0.8) [ej m68k, sh4]

high performance message passing library -- shared library
dep: libpetsc-real3.22 (>= 3.22.5+dfsg1)

Shared libraries for version 3.22 of PETSc
dep: libslepc-real3.22 (>= 3.22.2+dfsg1)

Scalable Library for Eigenvalue Problem Computations
dep: libsundials-core7 (>= 7.1.1+dfsg1)

differential equation solver (SUNDIALS library)
dep: libsundials-ida7 (>= 7.1.1+dfsg1)

differential-algebraic system solver (SUNDIALS library)
dep: libsundials-nvecserial7 (>= 7.1.1+dfsg1)

Non-parallel vector operations library (SUNDIALS library)

rec: gmsh

Three-dimensional finite element mesh generator
rec: paraview

Parallel Visualization Application

Hämta feenox

Hämtningar för alla tillgängliga arkitekturer
Arkitektur	Paketstorlek	Installerad storlek	Filer
amd64	476,9 kbyte	887,0 kbyte	[filförteckning]
arm64	454,7 kbyte	919,0 kbyte	[filförteckning]
loong64 (inofficiell anpassning)	469,4 kbyte	919,0 kbyte	[filförteckning]
m68k (inofficiell anpassning)	442,3 kbyte	829,0 kbyte	[filförteckning]
mips64el	458,4 kbyte	1.015,0 kbyte	[filförteckning]
ppc64 (inofficiell anpassning)	482,6 kbyte	1.111,0 kbyte	[filförteckning]
ppc64el	485,7 kbyte	1.047,0 kbyte	[filförteckning]
riscv64	481,7 kbyte	791,0 kbyte	[filförteckning]
s390x	476,5 kbyte	907,0 kbyte	[filförteckning]
sh4 (inofficiell anpassning)	498,0 kbyte	855,0 kbyte	[filförteckning]