Pixel15 Window Layout


Overview

Use the window fraction command to set the window dimensions to a fraction of the screen. The size of the subwindows depends on the size of the main window, the size of the legenda window (changeable by window legenda) and the value of largelegenda.
The gap between subwindows is set with window padding (default=1). (If padding is nonzero the gap has the colour as set by colour main) The outline of subwindows can be set with window border (default=1). This outline is drawn in black.

full layout

In the right window (the legenda-window) you will find some parameters describing the current simulation.

Next to the legenda-window, two windows are shown: the top window is the detector-window, the second window displays the xtal.

Next to the detector- and xtal-windows, a 3*4 matrix of 12 windows has the following layout:

The upper left of the main-window consists of up to 5 rows, used to display slice information. The contents of these rows are controlled by link.


Xtal-window

xtal window In the very top right, a ruler is plotted. The total length of the ruler is 0.1 mm. The distance between 2 ticks is 0.01 mm.
In the top right, the laboratory system is plotted (in this case, looking along x).
The xtal is displayed in diffracting position (the xtal is rotated over -101 ° (see top center) around the rotation axis to bring it into this position).
On the lower right, you see the direct axes (a,b,c) and on the lower left the reciprocal axes (a*,b* and c*).
Commands related to the xtal-window
command value description
view z set view direction
viewrot 0.0 view along view direction, then rotate around vertical axis
xtalplot axes on plot unit cell axes (lower left and lower right)
xtalplot corner off plot xtal corner numbers
xtalplot cvector off plot cvector in lab system
xtalplot face off plot face numbers
xtalplot gonio on plot goniostat system (upper left)
xtalplot lab on plot laboratory system (upper right)
xtalplot ruler on plot ruler (top upper right)
colour facesbg brown obscured faces
colour facesfg orange visible faces, ruler
colour axesbg yellow4 axes pointing down
colour axesfg yellow axes pointing forward
colour fg white corners, origin


Detector-window

detector window Commands related to the detector-window
command value description
dethor 68 detector horizontal size
detver 62 detector vertical size
colour grid grey45 colour of box
colour fg white colour of primary beam impact
colour contour green contour colour
colour incomplete red imcomplete contour colour


Legenda-window

In the legenda-window the values of some relevant parameters will be displayed. The values are drawn in colour fg. The colours of the variable names mean:
colour name default value description
legenda1 yellow set by operator
legenda2 yellowgreen calculated value
legenda3 orange refined parameter
legenda4 red warning or error
Possible entries in the legenda-window are:
legenda window
label description legenda displayed if
'boxfilename' reflection number, reflection indices    
OmKaPh
OmChPh
goniostat angles goniostat  
re,th,du resolution, theta, duration    
zeta resulting zeta cvector  
impbox hor ver rot   calculated position differs from box data
impact hor ver rot    
fdist focus dist focus  
flength focus length focus  
fwidth focus width focus  
mosaic isotropic mosaicity [weight] mosaic  
mosax mosaic rot axis mosaic mosaicrotangle≠0
mosang mosaic rot angle mosaic mosaicrotangle≠0
animo anisotropic mosaicity mosaic animo>0.0
anivec anisotropic vector mosaic animo>0.0
mica mica contribution mosaic mica>0.0
micavec mica vector mosaic mica>0.0
outray diffracted beam outray  
cntr contour dimensions contour  
c0 cvector at zero rot cvector  
cdiffr cvector at diffractiong position cvector  
xtalAx crystal rotation axis xrot xrot>0.0
xrot crystal rotation xrot xrot>0.0
volume crystal volume, volume fraction    
viewv view vector view  
viewr view rotation view viewrot≠0.0
shinit initial shift   ≠0.0
shextra extra shift   ≠0.0
shfinal shinit + shextra   ≠0.0
finalimp impact + shfinal   shfinal ≠0.0
finalhkl reflection indices of finalimp   shfinal ≠0.0
restfrac fraction of impacts central/other frame(s)    
refined variables
variable current previous initial   refine
Simulation
simulate nr of simulations simulate  
msa1 msa1 simulate >0.0
msa2 msa2 simulate >0.0
reject reject simulate >0.0
globalbg global background simulate lsqtype=svdnobg or svdnoc
'varname'   simulate, changed non-default process variables, markdefault
'string varname' fomtype simulate,changed=off,full  
Intensities
Main Intensity Sigma Intensity/Sigma   main reflection
SUM1 Intensity Sigma Intensity/Sigma   sum of Main and Neighbour1
Nb1 Intensity Sigma Intensity/Sigma   Neighbour1
Figure of merit
init box peak bg    
fom box peak bg    
counts of simulations, pixels, pixels within main
Main main reflection   simulate>0
Single not-overlapping within main   simulate>0 and pixMain≠pixSingle
Overlap overlapping   simulate>0 and sim≠0 or pix≠0
Edge beside shoebox   simulate>0 and sim≠0
Reject rejected   simulate>0 and sim≠0 or pix≠0
overflow overdflow   simulate>0 and sim≠0 or pix≠0
respons bad respons   simulate>0 and sim≠0 or pix≠0
incomplete not all impacts contribute to contour   ≠0


Hor-Ver column

FLX-window

The FLX-window contains information on focus, lambda and crystal. The green line is the contour around extreme Focus-Lambda-Xtal combinations.
All windows
colour contour green
draw contourpoint off
contour flx on
colour contourpoint magenta
simulate 0
impactdotsize 3
flx default flx default flx xstal flx focus flx impact
default impact l on
contour l on
impact x on
contour x on
impact f on
contour f on
impact flx on

MN-window

The MN-window contains information on mosaicity and mica. The green line is the contour for all extreme Mosaic-Mica combinations.
mn default mn mica
default micavec 0 0 1
mica 0.1
contour m on
contour n on

FLXMN-window

The FLXMN-window contains the combination of FLX- and MN-contours. The green line is the sum of the contours in the FLX- and MN-windows.
flxmn default flxmn contourpoint flxmn impact flxmn simulate
default draw contourpoints on impact flxmn on simulate 10000

Projection-window

These windows display summed projections of one of the slice-windows. The content of this row is controlled by projection. In this example, the slices of row 2 (the simulated impacts) are summed into the 3 projections.
sim default sim profile
simulate 10000 simulate 10000
draw profilehor on
draw profilever on


Slice-Windows (Column 3)

The slice-windows display observed, simulated, pointspread, model and observed/model differences. The contents of these windows is controlled by the link command.
slice row 1 Row 1: observed
The red line is drawn at the cutoff boundary.
The green pixels indicate a bad respons.
link observed    1 1 pixel
link respons     1 1 fill
link overflow    1 1 fill
link reject1     1 1 box
link reject2     1 1 box
link pointspread 2 1 outline
slice row 2 Row 2: simulated.
The contents of row 2 are also summed into the projection-window
link simulated 1 2 pixel
slice row 3 Row 3: Pointspread added to row 2
pointspreadtype lor
pointspreadgamma 0.8
link pointspread 1 3 pixel
slice row 4 Row 4: the model
link model 1 4 pixel
slice row 5 Row 5: The difference between observed (row 1) and model (row 4) divided by sigma.
Red: model > observed. Blue: model < observed.
difftype model. (use σmodel)
diffscale 1.0 (colourchanges at Δ/σ, 2Δ/σ, 3Δ/σ)
link diff1 5 pixel


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