Sacramento SMA - Revision history

Agrineer: /* Implementation */

2019-01-28T21:57:03Z

Implementation

← Older revision		Revision as of 14:57, 28 January 2019
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	The SMA module is part of the SME project which can be downloaded from [https://gitlab.com/agrineer/sme here]. The SMA module is in the "Sacramento" directory.		The SMA module is part of the SME project which can be downloaded from [https://gitlab.com/agrineer/sme here]. The SMA module is in the "Sacramento" directory.

	The main sma.c program can be run standalone. To create the sma executable, type "make" in the ~~Sacramento~~ directory. By default the executable is moved to its parent directory for use by sme.py. Modify the "makefile" to your preference.		The main sma.c program can be run standalone. To create the sma executable, type "make" in the "sacramento" directory. By default the executable is moved to its parent directory for use by sme.py. Modify the "makefile" to your preference.

	Usage:		Usage:

Agrineer: /* Output File */

2019-01-28T02:03:27Z

Output File

← Older revision		Revision as of 19:03, 27 January 2019
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	A value line consists of:		A value line consists of:


	Date - daily time stamp		Date - daily time stamp
	U - the simulated effective rainfall (“total channel inflow”)		U - the simulated effective rainfall (“total channel inflow”)

Agrineer: /* Local Rain Events */

2019-01-28T01:56:33Z

Local Rain Events

← Older revision		Revision as of 18:56, 27 January 2019
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	=== Local Rain Events ===		=== Local Rain Events ===
	The input file "rain" consists of a title line and value lines with comma separated values (CSV). The values are a date followed by the value in millimeters. For example,		The input file "rain" consists of a title line and value lines with comma separated values (CSV). The values are a date followed by the value in millimeters. Use this file to give local rain events. For example,

	Date,Rain (mm)		Date,Rain (mm)
Line 189:		Line 189:
	.		.
	.		.
			Providing this file will override the WRF rain values given in the "loads" input file.

	=== Irrigation Events ===		=== Irrigation Events ===

Agrineer: /* Irrigation Events */

2019-01-28T01:54:42Z

Irrigation Events

← Older revision		Revision as of 18:54, 27 January 2019
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	=== Irrigation Events ===		=== Irrigation Events ===
	The input file "irr" consists of a title line and value lines with comma separated values (CSV). The values are a date followed by the value in millimeters. For example,		The input file "irr" consists of a title line and value lines with comma separated values (CSV). The values are a date followed by the value in millimeters. Use this file to give irrigation dates. For example,

	Date,Irrigation (mm)		Date,Irrigation (mm)
Line 200:		Line 200:
	.		.
	.		.

	== Output File ==		== Output File ==
	The output file has a title line followed by value lines. All lines are in CSV format.		The output file has a title line followed by value lines. All lines are in CSV format.

Agrineer: /* Local Rain Events */

2019-01-28T01:47:11Z

Local Rain Events

← Older revision		Revision as of 18:47, 27 January 2019
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	=== Local Rain Events ===		=== Local Rain Events ===
	The file "rain" consists of a title line and value lines with comma separated values (CSV). The values are a date followed by the value in millimeters. For example,		The input file "rain" consists of a title line and value lines with comma separated values (CSV). The values are a date followed by the value in millimeters. For example,

	Date,Rain (mm)		Date,Rain (mm)

Agrineer: /* Output File */

2019-01-28T01:46:27Z

Output File

← Older revision		Revision as of 18:46, 27 January 2019
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	.		.
	.		.
	=== Output File ===		== Output File ==
	The output file has a title line followed by value lines. All lines are in CSV format.		The output file has a title line followed by value lines. All lines are in CSV format.

Agrineer: /* Implementation */

2019-01-28T01:45:54Z

Implementation

Agrineer at 01:43, 28 January 2019

2019-01-28T01:43:43Z

@@ Line 200: / Line 200: @@
+     .
+     .
 == Paper References ==

Agrineer: /* Soil Attributes */

2019-01-28T01:31:43Z

Soil Attributes

← Older revision		Revision as of 18:31, 27 January 2019
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	=== Soil Attributes ===		=== Soil Attributes ===

	~~Soil~~ input ~~filename containing~~ comma separated values (CSV) consisting of a title line and a value line.		The "soil" input file contains comma separated values (CSV) consisting of just a title line and a value line.

	~~The input file consists of a title line followed by a value line.~~		The value line has values consisting of:
	The value line has ~~comma separated~~ values consisting of:

Agrineer: /* Irrigation Events */

2019-01-28T01:29:29Z

Irrigation Events

← Older revision		Revision as of 18:29, 27 January 2019
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	=== Irrigation Events ===		=== Irrigation Events ===
			The input file "irr" consists of a title line and value lines with comma separated values (CSV). The values are a date followed by the value in millimeters. For example,

	~~- read_loads~~()		Date,Irrigation (mm)
	- ~~read_soils()~~		2018-01-10,10.0
	- ~~replace_precip()~~		2018-01-20,10.0
	- ~~add_irrigations()~~		2018-01-30,10.0
			.
	~~Output file documention can be found in the main() routine~~.		.
			.

	== Paper References ==		== Paper References ==

← Older revision		Revision as of 18:45, 27 January 2019
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	An example configuration file:		An example configuration file:

	[FILES]~~<br>~~		[FILES]
	loads = /home/agrineer/sma/input/loads.csv ~~<br>~~		loads = /home/agrineer/sma/input/loads.csv
	soil = /home/agrineer/sma/input/soil.csv ~~<br>~~		soil = /home/agrineer/sma/input/soil.csv
	output = /home/agrineer/sma/output/output.csv ~~<br>~~		output = /home/agrineer/sma/output/output.csv
	rain = /home/agrineer/sma/input/rain.csv ~~<br>~~		rain = /home/agrineer/sma/input/rain.csv
	irr = /home/agrineer/sma/input/irr.csv ~~<br>~~		irr = /home/agrineer/sma/input/irr.csv

	Note that when the sme.py invokes the SMA module the SMA configuration file is constructed on the fly, based on SME data and configuration input files. Since the SMA is a backend module the SME, the user must specify the soil model and its parameter input files in the SME configuration file.		Note that when the sme.py invokes the SMA module the SMA configuration file is constructed on the fly, based on SME data and configuration input files. Since the SMA is a backend module the SME, the user must specify the soil model and its parameter input files in the SME configuration file.
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	For example, to reference the SMA with parameters in the sme.py, the SME configuration file might have:		For example, to reference the SMA with parameters in the sme.py, the SME configuration file might have:

	[SoilModel]~~<br>~~		[SoilModel]
	model = SMA~~<br>~~		model = SMA
	~~<br>~~
	[SMA]~~<br>~~		[SMA]
	program = /home/agrineer/sme/sme/sma~~<br>~~		program = /home/agrineer/sme/sme/sma
	soil = /home/agrineer/sme/tmp/soil.csv~~<br>~~		soil = /home/agrineer/sme/tmp/soil.csv
	rain = /home/agrineer/sme/tmp/rain.csv~~<br>~~		rain = /home/agrineer/sme/tmp/rain.csv
	irr = /home/agrineer/sme/tmp/irr.csv~~<br>~~		irr = /home/agrineer/sme/tmp/irr.csv

	The "loads" file (data) would be generated by the WRF model data and ETo calculations and then submitted to the SMA program.		The "loads" file (data) would be generated by the WRF model data and ETo calculations and then submitted to the SMA program.