SBK-Spreadsheet - Historique des versions

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2024-07-05T23:07:09Z

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2024-07-05T23:01:50Z

Charts with LibreOffice

2024-07-05T23:00:53Z

Charts with LibreOffice

2024-07-05T23:00:19Z

Charts with LibreOffice

2024-07-05T22:59:52Z

Charts with LibreOffice

2024-07-05T22:58:50Z

Charts with LibreOffice

2024-07-05T22:42:48Z

Charts with LibreOffice

2024-07-05T22:42:16Z

Charts with LibreOffice

2024-07-05T22:39:45Z

Charts with LibreOffice

2024-07-05T22:37:38Z

Charts with LibreOffice

@@ Ligne 4 : / Ligne 4 : @@
 The SBK Datalogger does record data under the CSV format namely, a ''coma-separated value'' content [https://en.wikipedia.org/wiki/Comma-separated_values see more on wikipedia]).
 Once the recorded CSV file available on your computer, the data it contains can be loaded and manipulated into a spreadsheet software.
 == Loading the CSV file ==

@@ Ligne 67 : / Ligne 67 : @@
 {{dbox-gray|The graph here above shows the values of accelerometer X & Y axis while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2).<br />
 As we can expect, the value on X and Y axis should go from -1 to +1 depending on the orientation of the sensor relative to the earth center.<br />
-Any value outside of [-1..+1] range indicate an additional acceleration due my handshaking hand.}}
+Any value outside of [-1..+1] range indicates an additional acceleration due my shaking hand.}}
 Voilà!

@@ Ligne 65 : / Ligne 65 : @@
 [[fichier:SBK-Spreadsheet-53.png|725px]]
-{{dbox-gray|The graph here above shows the values of accelerometer X & Y axis while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2).
+{{dbox-gray|The graph here above shows the values of accelerometer X & Y axis while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2).<br />
+As we can expect, the value on X and Y axis should go from -1 to +1 depending on the orientation of the sensor relative to the earth center.<br />
-As we can expect, the value on X and Y axis should go from -1 to +1 depending on the orientation of the sensor relative to the earth center. Any value outside of [-1..+1] range indicate an additional acceleration due my handshaking hand.}}
+Any value outside of [-1..+1] range indicate an additional acceleration due my handshaking hand.}}
 Voilà!

@@ Ligne 65 : / Ligne 65 : @@
 [[fichier:SBK-Spreadsheet-53.png|725px]]
-{{dbox-gray|The graph here above shows the values of accelerometer X & Y axis while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2). As we can expect, the value on X and Y axis should go from -1 to +1 depending on the orientation of the sensor relative to the earth center. Any value outside of [-1..+1] range indicate an additional acceleration due my handshaking hand.}}
+{{dbox-gray|The graph here above shows the values of accelerometer X & Y axis while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2).
 Voilà!

@@ Ligne 65 : / Ligne 65 : @@
 [[fichier:SBK-Spreadsheet-53.png|725px]]
-{{dbox-gray|The graph here above shows the accelerometer X & Y axis value while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2). As we can expect, the value on X and Y axis should go from -1 to +1 depending on the orientation of the sensor relative to the earth center. Any value outside of [-1..+1] range indicate an additional acceleration due my handshaking hand.}}
+{{dbox-gray|The graph here above shows the values of accelerometer X & Y axis while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2). As we can expect, the value on X and Y axis should go from -1 to +1 depending on the orientation of the sensor relative to the earth center. Any value outside of [-1..+1] range indicate an additional acceleration due my handshaking hand.}}
 Voilà!

← Version précédente		Version du 5 juillet 2024 à 22:58
Ligne 64 :		Ligne 64 :

	[[fichier:SBK-Spreadsheet-53.png\|725px]]		[[fichier:SBK-Spreadsheet-53.png\|725px]]
		+
		+	{{dbox-gray\|The graph here above shows the accelerometer X & Y axis value while turning the sensor. The value is return in multiple of ''g'' (so 9.81 m/s^2). As we can expect, the value on X and Y axis should go from -1 to +1 depending on the orientation of the sensor relative to the earth center. Any value outside of [-1..+1] range indicate an additional acceleration due my handshaking hand.}}

	Voilà!		Voilà!

@@ Ligne 63 : / Ligne 63 : @@
 Just click the "Finish" button and the chart appears into the spreadsheet
-[[fichier:SBK-Spreadsheet-53.png|640px]]
+[[fichier:SBK-Spreadsheet-53.png|725px]]
 Voilà!

@@ Ligne 45 : / Ligne 45 : @@
 Then with the Control key held down, click on the column header to be added to the chart (in the following capture this concerns the column D & E).
-[[fichier:SBK-Spreadsheet-50.png]]
+[[fichier:SBK-Spreadsheet-50.png|640px]]
 Then selects the menu entry "Insert | Chart..."

@@ Ligne 52 : / Ligne 52 : @@
 Which displays the chart option dialog.
 [[fichier:SBK-Spreadsheet-52.png]]
-The chart configuration in made easy because:
+Just click the "Finish" button and the chart appears into the spreadsheet
-# the timing data appears in the first columns.
-# the data also contains column title in the first row.
+[[fichier:SBK-Spreadsheet-53.png]]
 {{SBK-TRAILER}}