OBIS: Edit Time series data - Revision history

Anita: /* Indicator calculation */

2013-03-26T12:42:01Z

Indicator calculation

← Older revision		Revision as of 12:42, 26 March 2013
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	[[File:OBIS_Timeseries_Ind2.png\|1000px\|]]		[[File:OBIS_Timeseries_Ind2.png\|1000px\|]]

−	Note: Do not forget to tick the checkbox of at least one time series of the list! Finally, click on "start indicator calculation". An overview of the indicator calculation appears. For the example "~~precipittaion~~" following parameters will be calculated:	+	Note: Do not forget to tick the checkbox of at least one time series of the list! Finally, click on "start indicator calculation". An overview of the indicator calculation appears. For the example "precipitation" following parameters will be calculated:
	* Mean annual precipitation		* Mean annual precipitation
	* Mean annual areal precipitation		* Mean annual areal precipitation

Anita: /* Find nearby stations */

2013-03-20T14:44:42Z

Find nearby stations

← Older revision		Revision as of 14:44, 20 March 2013
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	The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.		The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.

−	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[Gap_filling_toolbox]]). In comparison to the above list the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.	+	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[#Gap_filling_toolbox\|Gap filling toolbox]]). In comparison to the above list the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.

	[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]		[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]

Anita: /* Find nearby stations */

2013-03-20T14:44:18Z

Find nearby stations

← Older revision		Revision as of 14:44, 20 March 2013
Line 73:		Line 73:
	The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.		The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.

−	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[#Gap_filling_toolbox]]). In comparison to the above list the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.	+	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[Gap_filling_toolbox]]). In comparison to the above list the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.

	[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]		[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]

Anita: /* Find nearby stations */

2013-03-20T14:44:00Z

Find nearby stations

← Older revision		Revision as of 14:44, 20 March 2013
Line 73:		Line 73:
	The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.		The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.

−	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[~~OBIS:_Time_series_data~~#Gap_filling_toolbox~~\|Gap filling Toolbox~~]]). In comparison to the above list the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.	+	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[#Gap_filling_toolbox]]). In comparison to the above list the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.

	[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]		[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]

Anita: /* Find nearby stations */

2013-03-20T14:43:15Z

Find nearby stations

← Older revision		Revision as of 14:43, 20 March 2013
Line 73:		Line 73:
	The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.		The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.

−	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]). In comparison to the above list ~~in addition~~ the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.	+	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]). In comparison to the above list the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.

	[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]		[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]

Anita: /* Find nearby stations */

2013-03-20T14:41:49Z

Find nearby stations

← Older revision		Revision as of 14:41, 20 March 2013
Line 73:		Line 73:
	The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.		The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.

−	~~'''~~Show gap information~~'''~~ will generate a list as it would be generated during the interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]). In comparison to the above list in addition the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.	+	"Show gap information" will generate a list as it would be generated during the interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]). In comparison to the above list in addition the time interval and unit have to be equal and data values have to be available in respect to each single gap interval.

	[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]		[[File:OBIS_Timeseries_ShowNearStation.png\|800px\|]]

Anita: /* Find nearby stations */

2013-03-20T14:41:00Z

Find nearby stations

← Older revision		Revision as of 14:41, 20 March 2013
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	RBIS allows to search for nearby stations with respect to one previously slected parameter (e.g. precipitation). You can search for neighboring stations by a variety of different attributes: distance (in m), elevation (in m), coefficient of determination (rsquared) and the time interval. The number of results can be limited and ordered either by distance or the coefficient of determination. To simulate the same behavior as during an interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]) tick on "Exclude raw data". This will exclude all time series data marked as "raw data".		RBIS allows to search for nearby stations with respect to one previously slected parameter (e.g. precipitation). You can search for neighboring stations by a variety of different attributes: distance (in m), elevation (in m), coefficient of determination (rsquared) and the time interval. The number of results can be limited and ordered either by distance or the coefficient of determination. To simulate the same behavior as during an interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]) tick on "Exclude raw data". This will exclude all time series data marked as "raw data".

−	~~'''Notice'''~~: Before you can use the coefficient of determination you have to calculate it. Click the link on the bottom named "update calculation of r²".	+	Note: Before you can use the coefficient of determination you have to calculate it. Click the link on the bottom named "update calculation of r²".

	The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.		The table lists nearby stations, their distance, dataset title, elevation, coefficient of determination (rsquared) and start and end date of time series. If the number of your listed datasets is less than 8, a plot can be generated, where all data gaps are marked in red. This is very helpful to identify possible neighboring stations to fill data gaps.

Anita: /* Find nearby stations */

2013-03-20T14:40:33Z

Find nearby stations

← Older revision		Revision as of 14:40, 20 March 2013
Line 67:		Line 67:
	=== Find nearby stations ===		=== Find nearby stations ===

−	RBIS allows to search for nearby stations with respect to one previously slected parameter (e.g. precipitation). You can search for neighboring stations by a variety of different attributes: distance (in m), elevation (in m), coefficient of determination (rsquared) and the time interval. The number of results can be limited and ordered either by distance or the coefficient of determination. To simulate the same behavior as during an interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]) tick on ~~'''~~"Exclude raw data"~~'''~~. This will exclude all time series data marked as "raw data".	+	RBIS allows to search for nearby stations with respect to one previously slected parameter (e.g. precipitation). You can search for neighboring stations by a variety of different attributes: distance (in m), elevation (in m), coefficient of determination (rsquared) and the time interval. The number of results can be limited and ordered either by distance or the coefficient of determination. To simulate the same behavior as during an interpolation process (see [[OBIS:_Time_series_data#Gap_filling_toolbox\|Gap filling Toolbox]]) tick on "Exclude raw data". This will exclude all time series data marked as "raw data".

	'''Notice''': Before you can use the coefficient of determination you have to calculate it. Click the link on the bottom named "update calculation of r²".		'''Notice''': Before you can use the coefficient of determination you have to calculate it. Click the link on the bottom named "update calculation of r²".

Anita: /* Internal interpolation methods */

2013-03-20T14:30:42Z

Internal interpolation methods

← Older revision		Revision as of 14:30, 20 March 2013
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	RBIS includes different internal interpolation methods. The methods are explained in the section "Internal Interpolation Method Set". You can chose between following internal interpolation methods:		RBIS includes different internal interpolation methods. The methods are explained in the section "Internal Interpolation Method Set". You can chose between following internal interpolation methods:
		+

	* '''''inverse distance weighting'''''		* '''''inverse distance weighting'''''

Anita: /* Create input files for JAMS */

2013-03-20T13:07:30Z

Create input files for JAMS

← Older revision		Revision as of 13:07, 20 March 2013
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	[[File:OBIS_Timeseries_JAMS1.jpg\|600px\|]]		[[File:OBIS_Timeseries_JAMS1.jpg\|600px\|]]

−	A list of all entries appears. You can reduce the results by setting a time interval for the time series data. After selecting a time interval, click the button "Set" to store the entries. An updated table of available time series data appears. You can select the data you are interested in by ticking the checkbox. You have also the possibility to view metadata and time series data of the listed datasets by clicking "show" in the respective columns. In the section 5. you will be asked to insert an EPSG/SRID code for the target spatial reference system of the JAMS file. In the section 6. you have to define an identification of missing values. By default this value is set to -9999. In section 7a. you have to name the file. Then you can chose whether you want to "create XML File" or "Download JAMS input file". Note: Do not forget to tick the checkbox of at least one time series of the list!	+	A list of all entries appears. You can reduce the results by setting a time interval for the time series data. After selecting a time interval, click the button "Set" to store the entries. An updated table of available time series data appears. You can select the data you are interested in by ticking the checkbox. You have also the possibility to view metadata and time series data of the listed datasets by clicking "show" in the respective columns. In the section 5. you will be asked to insert an EPSG/SRID code for the target spatial reference system of the JAMS file. In the section 6. you have to define an identification of missing values. By default this value is set to -9999. In section 7a. you have to name the file. Then you can chose whether you want to "create XML File" or "Download JAMS input file". Note: Do not forget to tick the checkbox of at least one time series of the list.

	[[File:OBIS_Timeseries_JAMS2.jpg\|600px\|]]		[[File:OBIS_Timeseries_JAMS2.jpg\|600px\|]]