Hitachi F7000 Instruction Manual

							6.8 
6 - 21 
6.8    Linking Trace Cursors from Peak Table   
 
On the data processing window where a contour and peak table are 
displayed, you may move the mouse cursor onto the peak table and 
click the mouse.    As a result, each trace cursor on the contour window, 
excitation spectrum window and emission spectrum window moves to 
the peak wavelength position.   
 
 
 
Fig. 6-17   
 
  
						

							6.9  Data Printout 
6 - 22 
6.9  Data Printout  
 
 
Printout can be provided even when the function for automatic printout 
after measurement is not used.    The following two procedures are 
available.  
 
(1)  Click on the spectrum window, and the circumference turns blue.   
In this status, select the Print command from the File menu.     
Or click the 
  (print) button on the toolbar.    The field active 
on the data processing window (e.g., ①  in Fig. 6-10) will be 
printed.    What is displayed by clicking the Print Preview 
command in the File menu will be printed.   
 
 
 
Fig. 6-18   
 
 
(2)  Select the Report command in the Data menu.    Or click the 
 
button on the toolbar.    The Print Preview window will appear as 
shown below, so click Print.    Printout items should be selected 
at the Report tab in Spectrum Properties beforehand.    
						

							6.9 
6 - 23 
 
 
 
Fig. 6-19   
 
 
NOTE:  If characters overflow from the print frame in repeat 
measurement or in overlaying, then change the printing 
orientation from vertical (Portrait) to horizontal (Landscape) at 
the Report tab in Fig. 6-20.   
  
						

							6.9  Data Printout 
6 - 24 
Select the items to be printed in the following procedure.   
 
Click the 
  button, and the Spectrum Properties window will appear.   
↓ 
Select the Report tab, and the window in Fig. 6-20 will open.   
↓ 
In this window, select desired print items.   
 
 
 
Fig. 6-20   
 
  
						

							7.1 
7 - 1 
7.  DATA PROCESSING 
 
This section explains the operation procedures for data processing after 
measurement. 
 
7.1  Loading of Data 
 
Load saved data in the following procedure. 
 
(1) Click the 
  (open) button on the Standard toolbar.    A window 
as in Fig. 7-1 will appear.   
(Or select the Open command from the File menu.) 
 
 
 
Fig. 7-1 
 
 
(2)  The window (Fig. 7-1) has four tool buttons.    Table 7-1 lists the 
tool buttons and their functions. 
 
Table 7-1    Tool Buttons in Open Window 
 
Tool 
Button Function Tool 
Button Function 
 Moves to the 
previously 
displayed folder.  Creates a new 
folder. 
 Displays a 
hierarchical folder 
at the next higher 
level.  Lists the following 
display menu items: 
Thumbnails, Tiles, 
Icons, List and 
Details. 
4
3 
2 
1
Tool button 
						

							7.1  Loading of Data 
7 - 2 
NOTE:  A file cannot be opened newly when the remaining memory 
capacity of PC in operation is very small (the system resource 
is less than 20%).    Either close the presently opened data 
processing window or restart the FL Solutions program. 
 
(3)  Specify a folder containing a file to be loaded in “Look in.”   
For example, specify Program Files ⇒ FL Solutions ⇒ Data in 
the local disk.    (Refer to ①  in Fig. 7-1.) 
 
(4)  Select a file type in “Files of type.”   
The following file types are selectable. 
•  Wavelength scan file (*.fds) 
•  Time scan file (*.fdt) 
•  Photometry file (*.fdq) 
•  3-D scan file (*.fd3) 
•  3-D time scan file (*.ft3) 
•  Analysis method file (*.flm) 
•  Sample table file (*.fls) 
•  Report file (*.flr) 
•  All files (*.*) 
 
The files of the selected type will be listed.    (Refer to ② in Fig. 
7-1.) 
 
(5)  Select a file.    The selected file is highlighted in blue.    (Refer to 
③  in Fig. 7-1.) 
The following two methods are available for selecting multiple 
files. 
Method 1 :  Click the first file and select the subsequent ones 
with the [↓] button while holding down the Shift key. 
Method 2 :  Click each file while holding down the Ctrl key. 
  
						

							7.1 
7 - 3 
(6)  After completion of selection, click Open.  (Refer to ④ in Fig.  
7-1.)    The selected file will open as shown in Fig. 7-2. 
 
 
 
 
Fig. 7-2 
 
  
						

							7.2  Spectrum Tracing 
7 - 4 
7.2  Spectrum Tracing 
 
This function is used to read the photometric value at a certain 
wavelength on the measured spectrum. 
For spectrum tracing, it is required to bring the trace cursor onto the 
displayed spectrum in the following two ways. 
 
(1) Click the 
  (trace cursor) button on the Spectrum toolbar.     
A trace cursor appears on the spectrum.    The wavelength and 
photometric value at the cursor position are indicated at the upper 
left in Fig. 7-3. 
 
 
 
 
 
 
Fig. 7-3 
 
 
Trace cursor  
						

							7.2 
7 - 5 
(2)  Bring the mouse pointer onto the displayed spectrum and right-
click the mouse.    A menu box as in Fig. 7-4 will appear.     
Select “Trace” from the menu box. 
 
 
 
Fig. 7-4 
 
 
(3)  The trace cursor can be moved in the following two ways. 
 
① Moving by mouse 
Bring the mouse pointer to the trace cursor position and 
move the cursor to a position for readout with the mouse 
while holding down its left button. 
 
② Moving by arrow keys on keyboard 
By clicking the [←] or [→] key, the trace cursor moves in the 
corresponding direction. 
 
 Trace
Menu 
box  
						

							7.3  Scale Change 
7 - 6 
7.3  Scale Change 
 
You can change the X and Y-axis scales of data. 
For scale change, the following three methods are available. 
 
Click the 
  (properties) button on the Processing toolbar.     
The Spectrum Properties window will open. 
Click the Axes tab.    A tab page as in Fig. 7-5 will appear. 
 
 
 
Fig. 7-5  Axes Tab 
 
 
Enter numerical values in the Maximum and Minimum input boxes for 
the X and Y axes.    The default values are those saved most recently. 
The above page contains the following setting items. 
 
1 X Axis 
Enter minimum and maximum values for the X axis. 
2 Y Axis 
Enter minimum and maximum values for the Y axis. 
3 Default Range 
This button returns the X and Y axes to the default values. 
4 Axis Labels 
Make your selection for the X and Y axis labels from the following 
three: Automatic, Label high, low, and medium values and Use 
fixed increment.   
7.3.1 Change by 
Using Axes 
Tab 
 
1 2
4 
3