TS1 File Format - Revision history

Ellis Symons at 08:47, 4 February 2025

2025-02-04T08:47:55Z

← Older revision		Revision as of 18:47, 4 February 2025
Line 22:		Line 22:
	<li> Boundary names should not contain commas e.g. putting a name inside quotes won’t stop any commas inside the quotes from being treated as a delimiter		<li> Boundary names should not contain commas e.g. putting a name inside quotes won’t stop any commas inside the quotes from being treated as a delimiter
	<li> Quotation marks are not stripped from boundary names		<li> Quotation marks are not stripped from boundary names
	<li> Tab characters are stripped from anywhere in the boundary name e.g. <tt>~~“hello~~\~~tworld”~~</tt> would become <tt>~~“helloworld”~~</tt>		<li> Tab characters are stripped from anywhere in the boundary name e.g. <tt>“example\tinflow”</tt> would become <tt>“exampleinflow”</tt>
	</ul>		</ul>

Ellis Symons at 07:49, 4 February 2025

2025-02-04T07:49:28Z

@@ Line 11: / Line 11: @@
 Each data line is of the following format:<br>
 Time (in minutes). n time-series x data
 An example is below, it contains three time-series, with a maximum of 10 output times.  The last time-series only contains five data points, all start at the first timestep, although this is not necessary.<br>
 '''Note: The time in the 1st column should be in minutes'''.  Please check the _bc_tables_check.csv files to ensure that the file has been read in correctly.<br>

Chris Huxley: /* Introduction */

2022-05-29T00:55:55Z

Introduction

← Older revision		Revision as of 10:55, 29 May 2022
Line 1:		Line 1:
	=Introduction=		=Introduction=
	This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 \| Convert to TS1 Utility]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.		This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The <u>[[Convert_to_TS1 \| Convert to TS1 Utility]]</u> can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.

	=File Format=		=File Format=

Chris Huxley: /* Introduction */

2022-05-29T00:55:28Z

Introduction

← Older revision		Revision as of 10:55, 29 May 2022
Line 1:		Line 1:
	=Introduction=		=Introduction=
	This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 \| Convert to TS1]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.		This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 \| Convert to TS1 Utility]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.

	=File Format=		=File Format=
	Line 1 !comment line<br>		Line 1 !comment line<br>

Pavlina Monhartova: /* File Format */

2018-07-11T03:21:11Z

File Format

← Older revision		Revision as of 13:21, 11 July 2018
Line 10:		Line 10:
	Each data line is of the following format:<br>		Each data line is of the following format:<br>
	Time (in minutes). n time-series x data		Time (in minutes). n time-series x data
	An example is below, it contains three time-series, with a maximum of 10 output times. The last time-~~seriesonly~~ contains five data points, all start at the first timestep, although this is not necessary.<br>		An example is below, it contains three time-series, with a maximum of 10 output times. The last time-series only contains five data points, all start at the first timestep, although this is not necessary.<br>
	'''Note: The time in the 1st column should be in minutes'''. Please check the _bc_tables_check.csv files to ensure that the file has been read in correctly.<br>		'''Note: The time in the 1st column should be in minutes'''. Please check the _bc_tables_check.csv files to ensure that the file has been read in correctly.<br>
	In the example above the data has been written with a fixed column width for readability, however, this is not necessary in the .ts1 file.<br>		In the example above the data has been written with a fixed column width for readability, however, this is not necessary in the .ts1 file.<br>

Mitch3007 at 05:33, 23 November 2016

2016-11-23T05:33:25Z

← Older revision		Revision as of 15:33, 23 November 2016
Line 1:		Line 1:
	=Introduction=		=Introduction=
	This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 \| ~~Convert_to_TS1~~]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.		This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 \| Convert to TS1]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.
	=File Format=		=File Format=
	Line 1 !comment line<br>		Line 1 !comment line<br>

Mitch3007 at 05:32, 23 November 2016

2016-11-23T05:32:53Z

← Older revision		Revision as of 15:32, 23 November 2016
Line 1:		Line 1:
	=Introduction=		=Introduction=
	This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 \| ~~Convert_to_st1~~]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.		This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 \| Convert_to_TS1]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.
	=File Format=		=File Format=
	Line 1 !comment line<br>		Line 1 !comment line<br>

Par: Created page with "=Introduction= This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The Convert_to_st1 can be used to co..."

2015-05-27T22:59:29Z

Created page with "=Introduction= This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The Convert_to_st1 can be used to co..."

New page

=Introduction=
This page contains information about the .ts1 file format used by TUFLOW for inputting boundary data. The [[Convert_to_TS1 | Convert_to_st1]] can be used to convert a number of hydrologic model outputs to the .ts1 format. However, the format is relatively simple variant of a .csv file. It contains more information on the size and number of time-series and this makes it much faster to read into a TUFLOW model, particularly if there are a large number of input time-series. It could be readily scripted using a variety of tools such as Excel, Python or Matlab.
=File Format=
Line 1 !comment line 
Line 2 <n time series>, <maximum number of output times> 
Line 3 Start_Index , n time-series containing the start index of each output location (these are typically 1) 
Line 4 End_Index , n time-series containing the end index of each output location (some time-seriesmay finish earlier and not contain the maximum number of output times) 
Line 5 Time (min), n time-series x output label 
Line 6 to end, data 
Each data line is of the following format: 
Time (in minutes). n time-series x data
An example is below, it contains three time-series, with a maximum of 10 output times. The last time-seriesonly contains five data points, all start at the first timestep, although this is not necessary. 
'''Note: The time in the 1st column should be in minutes'''. Please check the _bc_tables_check.csv files to ensure that the file has been read in correctly. 
In the example above the data has been written with a fixed column width for readability, however, this is not necessary in the .ts1 file. 
 
'''Example Data'''
<pre>
! Dummy example ts1
3, 10
Start_Index , 1, 1, 1
End_Index , 10, 10, 5
Time (min) , SA_05, SA_04, SA_11
0.00, 0.000, 0.000, 0.000
5.00, 0.100, 1.000, 1.100
10.00, 0.200, 1.500, 2.200
15.00, 0.500, 2.000, 0.800
20.00, 0.800, 3.000, 0.000
25.00, 1.000, 4.000,
30.00, 0.500, 2.000,
35.00, 0.400, 1.000,
40.00, 0.300, 0.500,
45.00, 0.000, 0.000,
</pre>