Plot2D - Revision history

Sztucki: /* WAXS CALIBRATION */

2020-05-05T13:24:08Z

WAXS CALIBRATION

Sztucki: /* WAXS CALIBRATION */

2020-05-05T13:23:03Z

WAXS CALIBRATION

Sztucki at 12:51, 5 May 2020

2020-05-05T12:51:05Z

Sztucki: /* SECTION */

2020-05-05T12:49:06Z

SECTION

Sztucki: /* CREATE MASK */

2020-05-05T12:46:42Z

CREATE MASK

Sztucki: /* FIND CENTER */

2020-05-05T12:42:52Z

FIND CENTER

Sztucki: /* PEAK ANALYSIS */

2020-05-05T12:38:21Z

PEAK ANALYSIS

Sztucki: /* MULTI-PLOT -- COMPOSITE */

2020-05-05T12:35:51Z

MULTI-PLOT -- COMPOSITE

Sztucki: /* MULTI-PLOT -- COMPOSITE */

2020-05-05T12:33:57Z

MULTI-PLOT -- COMPOSITE

Sztucki: /* MULTI-PLOT -- COMPOSITE */

2020-05-05T12:33:16Z

MULTI-PLOT -- COMPOSITE

@@ Line 68: / Line 68: @@
 # Click in image on diffraction ring. The sofware tries to identify more points on the diffraction ring by calculating rings with a predefined radius around each calculated point. Note: this automatic procedure can be deactivated by un-checking 'auto-search'.
 # A second click on the same diffraction ring will be additive.
-# If unwanted points have been marked on the image, these can be now removed: click when checkbox 'remove' selected.
+# If unwanted points have been marked on the image, these can be now removed: click on image with checkbox 'remove' selected.
 # Choose material and reflection.
 # Click 'add reflection'.

← Older revision		Revision as of 13:23, 5 May 2020
Line 62:		Line 62:
	==== WAXS CALIBRATION ====		==== WAXS CALIBRATION ====
	<hr>		<hr>
		+	[[File:WAXScalib.png\|400px]]
		+
		+	This routine helps to calibrate the sample to detector distance at close distance (WAXS) by identifying known diffraction rings.
		+	Procedure:
		+	# Click in image on diffraction ring. The sofware tries to identify more points on the diffraction ring by calculating rings with a predefined radius around each calculated point. Note: this automatic procedure can be deactivated by un-checking 'auto-search'.
		+	# A second click on the same diffraction ring will be additive.
		+	# If unwanted points have been marked on the image, these can be now removed: click when checkbox 'remove' selected.
		+	# Choose material and reflection.
		+	# Click 'add reflection'.
		+	# Continue with point one for at least two reflections.
		+	# Verify that the start parametrs of the fit are reasonable.
		+	# Click 'fit' to start fitting.
		+	# Click 'test' to verify result (the rings should be now represented as vertical lines).

@@ Line 19: / Line 19: @@
 ==== MULTI-PLOT -- COMPOSITE ====
 ''Multi-plot option:''
 * By default, plot2D will plot one picture at a time. In case of selecting several files, a multi-plot of up to 20 images is created.
@@ Line 33: / Line 34: @@
 ==== PEAK ANALYSIS ====
 * Peak analysis is available from the menu and allows determining the FWHM and center coordinates of one peak per image.
 * It can be applied to image series, the results are written to a file in the current directory.
 ==== SECTION ====
 * Horizontal and vertical sections are calculated.
 * Their crossing point is either chosen by clicking in the graph or manually by defining the center coordinates. The chosen coordinate system is taken into account.
 ==== FIND CENTER ====
 [[File:Center2D.png|400px]]
@@ Line 49: / Line 53: @@
 ==== CREATE MASK ====
 [[File:Mask2D.png|400px]]
@@ Line 56: / Line 61: @@
 ==== WAXS CALIBRATION ====

← Older revision		Revision as of 12:49, 5 May 2020
Line 37:		Line 37:

	==== SECTION ====		==== SECTION ====
		+	* Horizontal and vertical sections are calculated.
		+	* Their crossing point is either chosen by clicking in the graph or manually by defining the center coordinates. The chosen coordinate system is taken into account.

	==== FIND CENTER ====		==== FIND CENTER ====

@@ Line 48: / Line 48: @@
 ==== CREATE MASK ====
 [[File:Mask2D.png|400px]]
 ==== WAXS CALIBRATION ====

← Older revision		Revision as of 12:38, 5 May 2020
Line 33:		Line 33:

	==== PEAK ANALYSIS ====		==== PEAK ANALYSIS ====
		+	* Peak analysis is available from the menu and allows determining the FWHM and center coordinates of one peak per image.
		+	* It can be applied to image series, the results are written to a file in the current directory.

	==== SECTION ====		==== SECTION ====

@@ Line 22: / Line 22: @@
 * By default, plot2D will plot one picture at a time. In case of selecting several files, a multi-plot of up to 20 images is created.
 * '''NOTE: in this case only the first image of an image series will be considered !'''
-* '''NOTE: the ordering of the imgages is not in alphanumerical order, but in the order images have been selected !'''Please, refer to the header of each individual image to identify which image has been plotted.
+* '''NOTE: the ordering of the imgages is not in alphanumerical order, but in the order images have been selected !''' Please, refer to the header of each individual image to identify which image has been plotted.
 ''Composite option:''
-* This option can be chosen an configured from the menu.
+* This option can be chosen and configured from the menu.
 [[File:Composite.png|400px]]
 * It is possible to either create a composite image of (re-scaled) 2D images, or plot the average intensity of each image in one pixel. In the first case, '''the images are automatically binned in order to keep the array size of the composite image reasonable. The binning factor is plotted in the header'''.
 * It is also possible to define ROIs.
 * The number of images per row can be specified manually.
-* '''The composite image is the (only) way to plot image series saved in one file simultaneaously.'''
+* '''The composite image is the (only) way to plot image series (saved in one file) simultaneaously.'''
-* An range of images can be chosen in this case.
+* A range of images can be defined in this case.
 ==== PEAK ANALYSIS ====