Next:
Introduction
Up:
Gxsm and Xxsm User/Referenz
Previous:
Gxsm and Xxsm User/Referenz
Contents
Introduction
Gxsm at a glance
Supported Instruments
Gxsm Project Installation
System requirements
2.2.x kernel
2.4.x kernel and DevFs
Getting Gxsm via CVS
Making all of Gxsm
Configuration
Compilation
Installation
Kernel Modules
Compiling 2.2.x kernel version modules
Compiling 2.4.x kernel version modules
some helping scripts
Installing
DSP: PC31, PCI32 Card and Tools
BurrBrown Card (SPALEED)
BurrBrown Module
Gxsm Configuration for SPA-LEED
Program Start
Command line parameters
First start of Gxsm
Mainwindow
Gnome-Resources
Folder Hardware
Folder Instrument
Folder Inst-SPM
Folder Inst-SPA
Folder DataAq
Folder Probe
Folder Adj.
Folder Paths
Folder User
Channels
The channel dialog
Input configuration
Control
- Scan and Sample
Proportional Integral Regler
Scan Characteristics
Mover
- Fine-tuning
Modus:
mover
oder
slider
Auto
: automatic approach
Mover control
Slider control
File I/O
Load
and
Save
Autosave
Export
and
Import
Drag and Drop
Make Icons
Print PS
Save Geometry
Save Values
Monitor - Eventlogging
Data representation
Displaymodes
Logarithmic Scale
Display
Helligkeit und Kontrast
SPA-LEED: CPS High - Low
Gamma Korrektur
Color mode, Xxsm only
Falschfarbendarstellung
Own palettes
Programming via Remote-Control
Gxsm Base Command Set
DSP Peak Find Plugin Commandset
More on remote control
Explicit channel selection via index
Menu-path execution
Synchronisation
Hacking info
Sample Script für
Heringplot
Plug-ins
Tools/Plugin Details
Tools/NC Edit
Window/DSP Probecontrol
Probing: Force-Distance-Curves
Probing: Spectroscopy, STS
DSP PeakFindControl
Tools
DSP-Program Loader
DSP-Monitor
lcd
dsp-applet
Software oszillograph
Fit frontent for gir
Bildbearbeitung
Menu Edit
Untergrund entfernen: Math/Background
Linear Regression 1D
Parabolic 1D
E Regression
Z Drift corr.
Math/Filter 1D
Invert
Phase FFT
Powerspectrum (log PowerSpec)
Lowpass
Lin. Stat. Diff
Koehler
Math/Filter 2D
Despike
3x3 Convolution
logarithmisches Powerspektrum
Allgemeiner Fourierfilter (IFT(X*FT()))
Gauß-Stop und Gauß-Pass Fourierfilter
allgemeine 2D Convolution mit speziellen Kernels
Math/Transformationen
Rotate (PlugIn)
Affine (PlugIn)
Shear X bzw Y (PlugIn)
Quench Scan
Scale Scan
Mirror X, Mirror Y und diagonal
Add, Sub, Mul, Div X
Merge H, V
Math/Statistik
Histogramm
HistoHOP: Auswertung von Stufenfolgen
Math/Baseinfo
Math/Step counter
Math/Misc
Hinzufügen von Math Ops
STM-HOWTO (Quantum-Pott)
Scanner abnehmen und Transfer
Ätzaufbau in Betrieb nehmen und Spitze ätzen
Ätzgerät Aufbau, Plan
Glühen der Spitze
Einsetzen der Spitze in den Scanner
STM Programm starten und Spitze annähern
Spitze zurückziehen
AFM-HOWTO (allgemein)
AFM - Justage
Lever-Annäherung
Meß-Modi
Contact-Mode
non-Mode
Internals: Xxsm and Gxsm Hacker Guide
Software Requirements
Compiler
Libraries
Internal structure of Gxsm/Xxsm
XSM_Instrument class
Gxsm Klassenhirarchie
2D data management
General Information
Details of several classes
Description of classes
Objects: rectangles, circles, etc.
Data Input and Output
Files in dat-format
``GNU'' Files
NetCDF Files
PSI HDF Files
Autosave
Defaultvalues for parameters
Defaultvalues at programm statup (Xxsm only)
Storing defaultvalues in .xsmvalues (Xxsm only)
Inserting a new dialog (Xxsm only)
Add X Resources (Xxsm only)
DSP-Card PC31 and PCI32 - TMS320
Kernel Module for PC31 and PCI32
A very quick intro 'how it works' by PZ
xafm.c
OLD: DSP-Kommunikation
Plug-in interface
How it works
HowTo make a new PlugIn
Probe Modes (PlugIn)
Peak fit and find algortithms, ``aka Beam-Find'' (PlugIn)
About this document ...
Percy Zahl 2002-05-08