GXSM-3 with Gnome 3 on Debian (Testing) on a 3x 4K screen setup

Typical work space view of Gxsm3 operating a Low-Temp STM/AFM

What's here, left to right:

• main control window, channel/data selector below.
• DSP control, SPM scan control.
• Piezo HV amp control (optional).
• Data channels: operating in a special fuzzy current compliance AFM const height mode.
• PAC/PLL control, some vector probe data of last tip manipulation action.
• "clean looking" pictures: simulated AFM reference images.

GXSM-2 running on Darwin/Mac OS-X

The a first test build 20040301 -- by courtesy of Peter, thanks:-)

What's here:

• Mac-OS X Quartz desktop with running GXSM-2
• top-left: main control window
• upper-right: The Channel Selector
• middle: Data view, Si (100) with Ge huts, window on top (CH3): "Surface-3D view", below (CH1) "Grey-2D view"
• bottom-left: "3D Scene Setup" window

GXSM-2, version 1.2.1

Build from "Gxsm-2.0 CVS module" looks like this, also Nautilus can be used for browsing gxsm-data files (NetCDF) with automatic thumbnailing:

What's here (left):

• top-left: main control window
• upper-right: data view with marked profile "Line 1"
• middle: profile of "Line 1"
• bottom-right: detached menu from profile view

What's here (right):

• left: GXSM2 with some data
• right: Nautilus with thumbnails of GXSM NC-data files

STM Data-Analysis and -Aquisitation

Click on preview at left to get full size image (467853 Bytes).

Short window overview:

• top-left: main control window
• middle-left: The Channel Selector
• bottom-left: Feedback Control
• top-middle: View of channel 1 and overlapping channel 2 with some selections, below the profile of the marked line in Channel 2
  The image shows a Silicon (100) surface atomically resolved using a STM.
• top-right: released menu "Math-Background"
• bottom-right: released menu "Math-2D Filters"

STM

Click on preview at left to get full size image (495392 Bytes).

short window overview:

• top-left: main control window
• right-top: view of a Silicon 111 surface, (7x7) reconstruced, Note: The image shows raw data, only background corrected (using "E(Plane) Regression" and "Line Shifts" filters)
• left-bottom: profile of the line marked in the huge scan
• center: a magnified area (rectangle) of the same huge scan shown (marked rectangle)
• right-left: part of nautilus file manager, used for Drag 'n Drop file selecting...

local STS

Click on preview at left to get full size image (149157 Bytes).

Short window overview:

• top-left: main control window
• top-right: Probe Control, "I(U)" Folder (generated from Probe preferences)
• right-middle: I-V Curve (Sample: Si 111, 7x7)

STM

Click on preview at left to get full size image (417927 Bytes).

Short window overview:

• top-left: main control window
• bottom-left: The Channel Selector
• bottom-middle: Feedback/Scancharateristics Control Dialog
• top-middle: SPM Scan Control
• middle-right: STS (I von U) data channel (80 layers), right (part. below) Topographic Image

GOSZI

Click on preview at left to get full size image (221438 Bytes).

Short window overview:

• left side: GXSM with some windows and its configuration folder.
• right side: Goszi Tool with fft-view

SPA-LEED

Click on preview at left to get full size image.

Short window overview:

• GXSM running in SPA-LEED mode
• left: main window
• right: some scans, Si(111), 7x7, K-senkrecht/parallel Plot, Profile out of Scan

LDLRSEM

Click on preview at left to get full size image.

Short window overview:

• GXSM running in SPA-LEED mode, SPA-LEED switched to "real-space mode" (LDLRSEM)
• lower: main window
• on top: LDLRSEM mode scans, profile

SARLS

Click on preview at left to get full size image.

Short window overview:

• GXSM running in SARLS mode,
• lower: main window
• on top: profile