The EStCoMPP Homepage

(Electronic STructure COde for Materials Properties and Processes)

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The EStCoMPP is a first-principles, self-consistent, density functional theory based, pseudopotential program to investigate the electronic properties, the electronic structure and atomic structure of mainly semiconductor bulk materials, heterostructures, surfaces and defects on surfaces.

The main emphasis is on molecular statics and molecular dynamics applications and problems with many (> 100) atoms per unit cell.
The development of EStCoMPP is a joint effort of Stefan Blügel (Institut for Electronic Properties) and Kurt Schroeder (Institut Theory-III).

There is now a parallelized version of the code available (developed for Cray T3E using MPI). Performance is excellent.

Introduction

History
Features
Method
Loop structure
Outline of the structure of the program
Installation
DEC Cluster, AIX SP, Cray T90, CRAY T3E
Compiling and Maintaining
SOON! The EStCoMPP Primer and EStCoMPP for runaways
Tutorial
Input/Output
Input files used
runmod, runpar, kpoints, mdyn, control
Examples: runmod, runpar, kpoints, sym, mdyn, control
Keyvars, Parameter
inichg, inoev1, inipot, insym, iobroy, iobrog, ingahe
inpsp
Inputeditoren
Environment Editor
Run Par Editor
Run Mode Editor

Tools
newinput
Input-Dateien (lokal)
Environments (maretz)
Pseudopotentiale
Symmetrien
Output
Parallelized Version
Vortragsfolien R.Berger zur Parallelisierung von CARPAR (gzipped)
Sources (only local users)
Call tree
File connections
Name conventions
eigene Sourcen (lokal)
alte Sourcen
Compilierung
How to use RCS
Theoretical Background
Algorithms used to calculate the electronic groundstate
Forces
Examples
Auswertung Diffusion Si
gewünschte Animationen
Bandstrukturberechnung
STM-Bilder

by ArMa