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 FIRI-02: Calculate Farm Irrigation Rating Index (calcfiri)#27599/HEAD / v27
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FIRI-02: Calculate Farm Irrigation Rating Index (calcfiri)[SERVICE-27599]

Tracker: Services Priority: NormalNormal Status: Deployed
Submitted by: odavidOct 31 2016 10:21 Modified by: rumpalJun 18 2018 09:06 Type:
Model
Path: /m/calcfiri/1.0 Context: csip-firi Version: 1.0
Endpoints: http://csip.engr.colostate.edu:8083/csip-firi/m/calcfiri/1.0
Maintainers:
casesp
Website: -- Apps:
--
Test Status:
--
Last Tested: -- Test Count: --
Test Success Rate: -- Failed Tests: --
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Description

Calculate Farm Irrigation Rating Index

FIRI is a uniform and objective evaluation method for planning irrigation water conservation and identifying ground water and surface water pollution potential. FIRI calculates an index for local conditions by comparing seasonal irrigation evaluations. FIRI provides a relative rating which is the product of water management and system factors, and will consistently relate the effectiveness of irrigation practices from one farm to another. Please see the attached document, "Computations Section", for further details on how this is calculated.

Note: All parameters passed must contain the key, "factor_id", with the factor_id value, (or row_id value in the case of lf_factor), identifying which row in the FIRI database the calculation should use for this input.


Mandatory Management Parameters for all Irrigation Types

Variable Name parameter name
Md Water Measurement water_meas_factor
S Irrigation Scheduling/ Soil Moisture soil_moist_irr_sched_factor
I Irrigation Skill and Action irr_skill_action_factor
M Maintenance Factor maint_factor
D Water Delivery Factor water_deliv_factor
Sc Soil Condition Factor soil_cond_factor


Selective Parameter Requirements by Irrigation Type

Variable
Name
parameter name
Irrigation Type – Delivery System

Surface
Sprinkler
Micro/Drip[WC-NFCC1]|#_msocom_1]
Wc Water Distribution Control water_dist_factor X X X
Ce Conveyance conveyance X X X
L Land Leveling land_leveling X
R Tail Water Recovery tailwater_reuse_factor X
Sd Sprinkler Design sprinkler_design_factor X
T Trickle Design drip_design_factor X
E Emitter Clogging Factor emitter_clog_factor X
C Climatic climate_factor X1 X2
W Wind wind_factor X1 X2
Note 1: Climatic and Wind is only required for spray type systems. The Irrigation Type “Center Pivot – Low Pressure Precision Application (LEPA)” does not have sprays so Climatic and Wind does not need to be populated.

Note 2: The Irrigation Type “Micro, Sprays” is the only Micro/Drip selection that needs to populate Climatic and Wind



Example Input and Output

{
  "metainfo": {},
  "parameter": [
    {
      "name": "irr_skill_action_factor",
      "factor_id": 15,
      "description": "Irrigation Skill and Action Factor (I) row identifier"
    },
    {
      "name": "irr_type",
      "factor_id": 66,
      "description": "Irrigation Type"
    },
    {
      "name": "maint_factor",
      "factor_id": 93,
      "description": "Maintenance Factor. (M) row identifier"
    },
    {
      "name": "soil_cond_factor",
      "factor_id": 22,
      "description": "Soil Condition Factor. (Sc) row identifier"
    },
    {
      "name": "soil_moist_irr_sched_factor",
      "factor_id": 7,
      "description": "Soil Moisture Monitoring and Irrigation Scheduling Factor. (S) row identifier"
    },
    {
      "name": "tailwater_reuse_factor",
      "factor_id": 49,
      "description": "Tail water reuse Factor. (R) row identifier"
    },
    {
      "name": "water_deliv_factor",
      "factor_id": 106,
      "description": "Water Delivery Factor (D) row identifier"
    },
    {
      "name": "water_dist_factor",
      "factor_id": 28,
      "description": "Water Distribution Control Factor (Wc) row identifier"
    },
    {
      "name": "water_meas_factor",
      "factor_id": 1,
      "description": "Water Measurement Factor (Md) row identifier"
    },
    {
      "name": "land_leveling",
      "factor_id": 42,
      "description": "Lf Factor rating value, row identifier"
    },
    {
      "name": "conveyance",
      "factor_id": 33,
      "description": "Conveyance row indentifier"
    }
  ]
}

{
  "metainfo": {
    "status": "Finished",
    "suid": "44876121-2098-11e7-a3e6-518a482152c8",
    "cloud_node": "10.84.176.249",
    "tstamp": "2017-04-13 16:26:41",
    "service_url": "http://localhost:8084/csip-firi/m/calcfiri/1.0",
    "request_ip": "0:0:0:0:0:0:0:1",
    "csip-firi.version": "$version: 0.0.0 xxxxxxx date, built at 2017-04-13 16:26 by scase$",
    "csip.version": "$version: 0.0.0 xxxxxxx date, built at 2017-04-13 16:26 by scase$",
    "cpu_time": 594,
    "expiration_date": "2017-04-13 16:28:22"
  },
  "parameter": [
    {
      "name": "irr_skill_action_factor",
      "factor_id": 15,
      "description": "Irrigation Skill and Action Factor (I) row identifier"
    },
    {
      "name": "irr_type",
      "factor_id": 66,
      "description": "Irrigation Type"
    },
    {
      "name": "maint_factor",
      "factor_id": 93,
      "description": "Maintenance Factor. (M) row identifier"
    },
    {
      "name": "soil_cond_factor",
      "factor_id": 22,
      "description": "Soil Condition Factor. (Sc) row identifier"
    },
    {
      "name": "soil_moist_irr_sched_factor",
      "factor_id": 7,
      "description": "Soil Moisture Monitoring and Irrigation Scheduling Factor. (S) row identifier"
    },
    {
      "name": "tailwater_reuse_factor",
      "factor_id": 49,
      "description": "Tail water reuse Factor. (R) row identifier"
    },
    {
      "name": "water_deliv_factor",
      "factor_id": 106,
      "description": "Water Delivery Factor (D) row identifier"
    },
    {
      "name": "water_dist_factor",
      "factor_id": 28,
      "description": "Water Distribution Control Factor (Wc) row identifier"
    },
    {
      "name": "water_meas_factor",
      "factor_id": 1,
      "description": "Water Measurement Factor (Md) row identifier"
    },
    {
      "name": "land_leveling",
      "factor_id": 42,
      "description": "Lf Factor rating value, row identifier"
    },
    {
      "name": "conveyance",
      "factor_id": 33,
      "description": "Conveyance row indentifier"
    }
  ],
  "result": [
    {
      "name": "firi_rating",
      "value": 83.5,
      "description": "FIRI rating"
    },
    {
      "name": "firi_threshold",
      "value": 75,
      "description": "Maximum rating for this irrigation type"
    },
    {
      "name": "firi_threshhold_met",
      "value": "true",
      "unit": "Boolean",
      "description": "Was the FIRI threshold met (Rvalue)"
    }
  ]
}
Details
Comments & Attachments (1)
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Children
SCM Commits
History (27)
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All (27)

New Oct 31 2016 10:21
Submit by odavid
In Development Oct 31 2016 10:23
by odavid
Completed Apr 13 2017 09:37
Complete by casesp
Deployed Jun 18 2018 09:06
by rumpal
Compare tracker item versions
Submitted Action Version
rumpal
Jun 18 2018 09:06
Edit 27
Status Deployed Completed
jdri
May 22 2018 21:10
Edit 26
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...Wind,,\\
\\
|<
|<
|<
|<
|<
|^
}]
\\
\\
!5 Example Input and Output
%%tabbedSection¶
%%tab-Request¶
{{{
{
"metainfo": {},
"parameter": [
{
"name": &qu...: 33,
"description": "Conveyance row indentifier"
}
]
}
}}}
\\¶
|(text-align:left;vertical-align:top;)%%¶
%%tab-Response¶
{{{
{
"metainfo": {
"status": "Finished",
"suid&qu... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...Wind,,\\
\\
|<
|<
|<
|<
|<
|^
}]
\\
\\
!5 Example Input and Output
[{Table¶
|__Request__ ~[Surface-NonSpray~]¶
|__Response__¶
|(text-align:left;vertical-align:top;){{{
{
"metainfo": {},
"parameter": [
{
"name": &qu...: 33,
"description": "Conveyance row indentifier"
}
]
}
}}}
{{{
{
"metainfo": {
"status": "Finished",
"suid&qu... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
casesp
Apr 13 2017 16:27
Edit 25
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...uot;metainfo": {
"status": "Finished",
"suid": "44876121-2098-11e7-a3e6-518a482152c8",
"cloud_node": "10.84.176.249",
"tstamp": "2017-04-13 16:26:41",
"service_url": "http://localhost:8084/csip-firi/m/calcfiri/1.0",
...ot;,
"csip-firi.version": "$version: 0.0.0 xxxxxxx date, built at 2017-04-13 1

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...uot;metainfo": {
"status": "Finished",
"suid": "3de9c8bc-2085-11e7-ac18-dffb18de5648",
"cloud_node": "10.84.176.249",
"tstamp": "2017-04-13 14:10:29",
"service_url": "http://localhost:8084/csip-firi/m/calcfiri/1.0",
...ot;,
"csip-firi.version": "$version: 0.0.0 xxxxxxx date, built at 2017-04-13 1
casesp
Apr 13 2017 14:11
Edit 24
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...r_dist_factor | X | X | X
| C,,e,, | Conveyance | conveyance | X | X | X
| L | Land Leveling | land_leveling | X | |
| R | Tail Water Recovery | tailwater_reuse_factor | X | |
| S,,d,, | Sprinkler Design |...e
|__Request__ ~[Surface-NonSpray~]
|__Response__
|(text-align:left;vertical-align:top;){{{
{
"metainfo": {},
"parameter": [
{
"name": "ir...Water Measurement Factor (Md) row identifier"
},
{
"name": "l

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...r_dist_factor | X | X | X
| C,,e,, | Conveyance | conveyance | X | X | X
| L | Land Leveling | lf_factor | X | |
| R | Tail Water Recovery | tailwater_reuse_factor | X | |
| S,,d,, | Sprinkler Design |...e
|__Request__ ~[Surface-NonSpray~]
|__Response__
|(text-align:left;vertical-align:top;){{{{
"metainfo": {},
"parameter": [
{
"name": "ir...Water Measurement Factor (Md) row identifier"
},
{
"name": "l
casesp
Apr 13 2017 13:51
Edit 23
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...background-color:#dddddd;text-align:center;)\\
Micro/Drip~[WC-NFCC1~]~|#_msocom_1~]\\
\\
| W,,c,, | Water Distribution Control | water_dist_factor | X | X | X¶
| C,,e,, | Conveyance | conveyance | X | X | X¶
| L | Land Leveling | lf_factor | X | |¶
| R | Tail Water Recovery\\¶
\\¶
|\\¶
| tailwater_reuse_factor\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
S,,d,,\\¶
\\¶
|\\¶

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...background-color:#dddddd;text-align:center;)\\
Micro/Drip~[WC-NFCC1~]~|#_msocom_1~]\\
\\
|\\¶
W,,c,,\\¶
\\¶
|\\¶
Water Distribution Control\\¶
\\¶
|\\¶
water_dist_factor\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
C,,e,,\\¶
\\¶
|\\¶
Conveyance\\¶
\\¶
|\\¶
conveyance\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
L\\¶
\\¶
|\\¶
Land Leveling\\¶
\\¶
|\\¶
lf_factor\\¶
\\¶
|\\¶
X\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
R\\¶
\\¶
|\\¶
Tail Water Recovery tailwater_reuse_factor
casesp
Apr 13 2017 13:39
Edit 22
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...or:#ddeedd;text-align:center;)\\
__Irrigation Type – Delivery System__\\
\\
|<
|<
|<
|^
|^
|^
|(background-color:#dddddd;text-align:center;)\\
Surface\\
\\
|(background-color...\\
\\
|\\
\\
\\
\\
|\\
X (see note ^^1^^)\\
\\
|\\
X(see note ^^2^^)\\
\\
|\\
,,Note ^^1^^: Climatic and Wind is only required for %%(background-color:yellow;)spray type%% systems. The Irrigation Type “Center Pivot – Low

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...or:#ddeedd;text-align:center;)\\
__Irrigation Type – Delivery System__\\
\\
|<
|<
|^
|^
|^
|(background-color:#dddddd;text-align:center;)\\
Surface\\
\\
|(background-color...\\
\\
|\\
\\
\\
\\
|\\
X (see note ^^1^^)\\
\\
|\\
X(see note ^^2^^)\\
\\
|\\
Note ^^1^^: Climatic and Wind is only required for %%(background-color:yellow;)spray type%!~[WC-NFCC2~]~|#_msocom_2~] systems. The Irrigation Type “Center Pivot – Low
casesp
Apr 13 2017 13:27
Edit 21
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ..., and will consistently relate the effectiveness of irrigation practices from one farm to another. Please see the attached document, "Computations Section", for further details on how this is calculated.\\
\\
__Note:__ All parameters passed must contain the key, "factor_id", with the factor_id value, (or r... lf_factor), identifying which row in the FIRI database the calculation should use for this input.
\\
\\
__Mandatory Management Parameters for all Irrigation Types__
||

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ..., and will consistently relate the effectiveness of irrigation practices from one farm to another.
\\
\\
__Note:__  All parameters passed must contain the key, "factor_id", with the factor_id value, (or r... lf_factor), identifying which row in the FIRI database the calculation should use for this input.
\\
\\
__Mandatory Management Parameters for all Irrigation Types__
|| 
casesp
Apr 13 2017 13:25
Edit 20
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...ng which row in the FIRI database the calculation should use for this input.
\\
\\
__Mandatory Management Parameters for all Irrigation Types__
|| Variable || Name || parameter name
| Md | Water Measurem...t;description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
\\
}]

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...ng which row in the FIRI database the calculation should use for this input.
\\
\\
__Mandatory Parameters for all Irrigation Types__
|| Variable || Name || parameter name
| Md | Water Measurem...t;description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
\\
}]
casesp
Apr 13 2017 13:23
Edit 19
Comments/Attachments Developed from this document.
RSET_Irrigation_Explained_12-13-2016.docx		 --
casesp
Apr 13 2017 12:44
Edit 18
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...and will consistently relate the effectiveness of irrigation practices from one farm to another.
\\¶
\\¶
__Note:__ All parameters passed must contain the key, "factor_id", with the factor_id value, (or row_id value in the case of lf_factor), identifying which row in the FIRI database the calculation should use for this input.¶
\\¶
\\¶
__Mandatory Parameters for all Irrigation Types__¶
|| Variable || Name || parameter name¶
| Md | Water Measurement | water_meas_factor¶
| S | Irrigation Scheduling/ Soil Moisture | soil_moist_irr_sched_factor¶
| I | Irrigation Skill and Action | irr_skill_action_factor¶
| M | Maintenance Factor | maint_factor¶
| D | Water Delivery Factor | water_deliv_factor¶
| Sc| Soil Condition Factor | soil_cond_factor¶
\\¶
\\¶
__Selective Parameter Requirements by Irrigation Type__
[{Table
|(background-color:#ddeedd; text-align:cent...ddeedd; text-align:center)\\
__Name__
\\
\\
|(background-color:#ddeedd; text-align:center)\\
__Irrigation Type – Delivery System__
\\
\\
|<
|<
|^
|^
|(background-color:#dddddd; text-align:center)\\
Surface
\\
\\
|(background-color:#dd...FCC1]|#_msocom_1]
\\
\\
|\\
W,,c,,
\\
\\
|\\
Water Distribution Control
\\
\\
|\\

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...and will consistently relate the effectiveness of irrigation practices from one farm to another.
__Parameter Requirements by Irrigation Type__
[{Table
|(background-color:#ddeedd; text-align:cent...ddeedd; text-align:center)\\
__Name__
\\
\\
|(background-color:#ddeedd; text-align:center)\\
__Irrigation Type – Delivery System__
\\
\\
|<
|<
|^
|^
|(background-color:#dddddd; text-align:center)\\
Surface
\\
\\
|(background-color:#dd...FCC1]|#_msocom_1]
\\
\\
|\\
W,,c,,
\\
\\
|\\
Water Distribution Control
\\
\\
|\\
casesp
Apr 13 2017 12:27
Edit 17
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...stem with specific Irrigation System Factors, because there are onesy twosey exceptions already.
\\¶
\\¶
!5 Example Input and Output
[{Table
|__Request__ ~[Sprinkler-urface-NonSpray~]
|__Response__
|(text-align:left;vertical-align:top;){{{{
"metainfo": {},
...t;description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
\\
}]

Show diff
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...stem with specific Irrigation System Factors, because there are onesy twosey exceptions already.
[{Table¶
|__Request__ ~[Sprinkler-NonSpray~]¶
|__Response__¶
|(text-align:left;vertical-align:top;){{{{¶
"metainfo": {},¶
"parameter": [¶
{¶
"name": "irr_skill_action_factor",¶
"factor_id": 15,¶
"description": "Irrigation Skill and Action Factor (I) row identifier"¶
},¶
{¶
"name": "irr_type",¶
"factor_id": 66,¶
"description": "Irrigation Type"¶
},¶
{¶
"name": "maint_factor",¶
"factor_id": 93,¶
"description": "Maintenance Factor. (M) row identifier"¶
},¶
{¶
"name": "soil_cond_factor",¶
"factor_id": 22,¶
"description": "Soil Condition Factor. (Sc) row identifier"¶
},¶
{¶
"name": "soil_moist_irr_sched_factor",¶
"factor_id": 7,¶
"description": "Soil Moisture Monitoring and Irrigation Scheduling Factor. (S) row identifier"¶
},¶
{¶
"name": "tailwater_reuse_factor",¶
"factor_id": 49,¶
"description": "Tail water reuse Factor. (R) row identifier"¶
},¶
{¶
"name": "water_deliv_factor",¶
"factor_id": 106,¶
"description": "Water Delivery Factor (D) row identifier"¶
},¶
{¶
"name": "water_dist_factor",¶
"factor_id": 28,¶
"description": "Water Distribution Control Factor (Wc) row identifier"¶
},¶
{¶
"name": "water_meas_factor",¶
"factor_id": 1,¶
"description": "Water Measurement Factor (Md) row identifier"¶
},¶
{¶
"name": "lf_factor",¶
"factor_id": 11,¶
"description": "Lf Factor rating value, row identifier"¶
},¶
{¶
"name": "conveyance",¶
"factor_id": 33,¶
"description": "Conveyance row indentifier"¶
}¶
]¶
}¶
}}}¶
\\¶
|(text-align:left;vertical-align:top;){{{{¶
"metainfo": {¶
"status": "Finished",¶
"suid": "82cd8238-2053-11e7-ba0b-43436984e203",¶
"cloud_node": "10.1.93.13",¶
"tstamp": "2017-04-13 08:14:30",¶
"service_url": "http://csip.engr.colostate.edu:8092/csip-firi/m/calcfiri/1.0",¶
"request_ip": "10.84.176.249",¶
"csip-firi.version": "$version: 0.1.17 8a3b72c5b3c9 2017-04-13 Shaun Case, built at 2017-04-13 08:12 by jenkins$",¶
"csip.version": "$version: 2.1.177 af2572bb0c10 2017-04-10 od, built at 2017-04-13 08:12 by jenkins$",¶
"cpu_time": 555,¶
"expiration_date": "2017-04-13 08:16:11"¶
},¶
"parameter": [¶
{¶
"name": "irr_skill_action_factor",¶
"factor_id": 15,¶
"description": "Irrigation Skill and Action Factor (I) row identifier"¶
},¶
{¶
"name": "irr_type",¶
"factor_id": 66,¶
"description": "Irrigation Type"¶
},¶
{¶
"name": "maint_factor",¶
"factor_id": 93,¶
"description": "Maintenance Factor. (M) row identifier"¶
},¶
{¶
"name": "soil_cond_factor",¶
"factor_id": 22,¶
"description": "Soil Condition Factor. (Sc) row identifier"¶
},¶
{¶
"name": "soil_moist_irr_sched_factor",¶
"factor_id": 7,¶
"description": "Soil Moisture Monitoring and Irrigation Scheduling Factor. (S) row identifier"¶
},¶
{¶
"name": "tailwater_reuse_factor",¶
"factor_id": 49,¶
"description": "Tail water reuse Factor. (R) row identifier"¶
},¶
{¶
"name": "water_deliv_factor",¶
"factor_id": 106,¶
"description": "Water Delivery Factor (D) row identifier"¶
},¶
{¶
"name": "water_dist_factor",¶
"factor_id": 28,¶
"description": "Water Distribution Control Factor (Wc) row identifier"¶
},¶
{¶
"name": "water_meas_factor",¶
"factor_id": 1,¶
"description": "Water Measurement Factor (Md) row identifier"¶
},¶
{¶
"name": "lf_factor",¶
"factor_id": 11,¶
"description": "Lf Factor rating value, row identifier"¶
},¶
{¶
"name": "conveyance",¶
"factor_id": 33,¶
"description": "Conveyance row indentifier"¶
}¶
],¶
"result": [¶
{¶
"name": "firi_rating",¶
"value": 92.5,¶
"description": "FIRI rating"¶
},¶
{¶
"name": "firi_threshold",¶
"value": 90,¶
"description": "Maximum rating for this irrigation type"¶
},¶
{¶
"name": "firi_threshhold_met",¶
"value": "true",¶
"unit": "Boolean",¶
"description": "Was the FIRI threshold met (Rvalue)"¶
}¶
]¶
}¶
}}}¶
\\¶
}]¶
\\¶
[{Table
|__Request__ ~[SSpray~]
|__Response__
|(text-align:left;vertical-align:top;){{{{
"metainfo": {},
...t;description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
\\
}]
casesp
Apr 13 2017 09:52
Edit 16
Description
!3 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for pl...d will consistently relate the effectiveness of irrigation practices from one farm to another.
__Parameter Requirements by Irrigation Type__¶
[{Table
|(background-color:#ddeedd; text-align:center)\\
__Variable__
\\
\\
|(background-color:#ddeedd; text-align:center)\\
__Name__
\\
\\
|(background-color:#ddeedd; text-align:center)\\
__Irrigation Type – Delivery System__
\\
\\
|<
|<
|^
|^
|(background-color:#d)\\
Surface
\\
\\
|(background-color:#d)\\
Sprinkler
\\
\\
|(background-color:#d

Show diff
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for pl...d will consistently relate the effectiveness of irrigation practices from one farm to another.
[{Table
|(background-color:#deeaf6;)\\
Variable
\\
\\
|(background-color:#deeaf6;)\\
Name
\\
\\
|(background-color:#deeaf6;)\\
Irrigation Type – Delivery System
\\
\\
|<
|<
|^
|^
|(background-color:#deeaf6;)\\
Surface
\\
\\
|(background-color:#deeaf6;)\\
Sprinkler
\\
\\
|(background-color:#d
casesp
Apr 13 2017 09:45
Edit 15
Description
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...stently relate the effectiveness of irrigation practices from one farm to another.
[{Table
|(background-color:#deeaf6;)\\¶
Variable¶
\\¶
\\¶
|(background-color:#deeaf6;)\\¶
Name¶
\\¶
\\¶
|(background-color:#deeaf6;)\\¶
Irrigation Type – Delivery System¶
\\¶
\\¶
|<¶
|<¶
|^¶
|^¶
|(background-color:#deeaf6;)\\¶
Surface¶
\\¶
\\¶
|(background-color:#deeaf6;)\\¶
Sprinkler¶
\\¶
\\¶
|(background-color:#deeaf6;)\\¶
Micro/Drip[[WC-NFCC1]|#_msocom_1]¶
\\¶
\\¶
|\\¶
W,,c,,¶
\\¶
\\¶
|\\¶
Water Distribution Control¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
C,,e,,¶
\\¶
\\¶
|\\¶
Conveyance¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
L¶
\\¶
\\¶
|\\¶
Land Leveling¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
R¶
\\¶
\\¶
|\\¶
Tail Water Recovery¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
S,,d,,¶
\\¶
\\¶
|\\¶
Sprinkler Design¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
T¶
\\¶
\\¶
|\\¶
Trickle Design¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
E¶
\\¶
\\¶
|\\¶
Emitter Clogging Factor¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
X¶
\\¶
\\¶
|\\¶
C¶
\\¶
\\¶
|\\¶
Climatic¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
X (see note ^^1^^)¶
\\¶
\\¶
|\\¶
X (see note ^^2^^)¶
\\¶
\\¶
|\\¶
W¶
\\¶
\\¶
|\\¶
Wind¶
\\¶
\\¶
|\\¶
\\¶
\\¶
\\¶
|\\¶
X (see note ^^1^^)¶
\\¶
\\¶
|\\¶
X(see note ^^2^^)¶
\\¶
\\¶
|\\¶
Note ^^1^^: Climatic and Wind is only required for %%(background-color:yellow;)spray type%![[WC-NFCC2]|#_msocom_2] systems. The Irrigation Type “Center Pivot – Low¶
\\¶
Pressure Precision Application (LEPA)” does not have sprays so Climatic and Wind does not need to be¶
\\¶
populated.¶
\\¶
Note ^^2^^: The Irrigation Type “Micro, Sprays” is the only Micro/Drip selection that needs to populate Climatic and¶
\\¶
Wind[[WC-NFCC3]|#_msocom_3]¶
\\¶
\\¶
|<¶
|<¶
|<¶
|<¶
}]¶
----¶
[[WC-NFCC1]|#_msoanchor_1]Need to add a d_irrigation_type table with entries surface, sprinkler, micro/drip. Add these type ids to table IR_T01 (Irrigation Delivery System)¶
[[WC-NFCC2]|#_msoanchor_2]Is the “spray type” a further classification to be added to the d_irrigaiton_type table I recommend above?¶
[[WC-NFCC3]|#_msoanchor_3]Probably better alternative is to associate every single Irrigation Delivery system with specific Irrigation System Factors, because there are onesy twosey exceptions already.¶
[{Table¶
|__Request__ ~[Sprinkler-NonSpray]
|__Response__
|(text-align:left;vertical-align:top;){{{{
"metainfo": {},
"parameter": [
{
"name": "ir...: 33,
"description": "Conveyance row indentifier"
}
]
}
}}}
|(text-align:left;vertical-align:top;){{{

Show diff
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...stently relate the effectiveness of irrigation practices from one farm to another.
[{Table
|__Request__ [[Sprinkler-NonSpray]
|__Response__
|(text-align:left;vertical-align:top;){{{
{
"metainfo": {},
"parameter": [
{
"name": "ir...: 33,
"description": "Conveyance row indentifier"
}
]
}
}}}
|(text-align:left;vertical-align:top;){{{
casesp
Apr 13 2017 09:40
Edit 14
Description
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
}]
\\¶
\\¶
[{Table¶
|__Request__ [[Sprinkler-Spray]¶
|__Response__¶
|(text-align:left;vertical-align:top;){{{¶
{¶
"metainfo": {},¶
"parameter": [¶
{¶
"name": "irr_skill_action_factor",¶
"factor_id": 15,¶
"description": "Irrigation Skill and Action Factor (I) row identifier"¶
},¶
{¶
"name": "irr_type",¶
"factor_id": 66,¶
"description": "Irrigation Type"¶
},¶
{¶
"name": "maint_factor",¶
"factor_id": 93,¶
"description": "Maintenance Factor. (M) row identifier"¶
},¶
{¶
"name": "soil_cond_factor",¶
"factor_id": 22,¶
"description": "Soil Condition Factor. (Sc) row identifier"¶
},¶
{¶
"name": "soil_moist_irr_sched_factor",¶
"factor_id": 7,¶
"description": "Soil Moisture Monitoring and Irrigation Scheduling Factor. (S) row identifier"¶
},¶
{¶
"name": "tailwater_reuse_factor",¶
"factor_id": 49,¶
"description": "Tail water reuse Factor. (R) row identifier"¶
},¶
{¶
"name": "water_deliv_factor",¶
"factor_id": 106,¶
"description": "Water Delivery Factor (D) row identifier"¶
},¶
{¶
"name": "water_dist_factor",¶
"factor_id": 28,¶
"description": "Water Distribution Control Factor (Wc) row identifier"¶
},¶
{¶
"name": "water_meas_factor",¶
"factor_id": 1,¶
"description": "Water Measurement Factor (Md) row identifier"¶
},¶
{¶
"name": "lf_factor",¶
"factor_id": 11,¶
"description": "Lf Factor rating value, row identifier"¶
},¶
{¶
"name": "conveyance",¶
"factor_id": 33,¶
"description": "Conveyance row indentifier"¶
}¶
]¶
}¶
}}}¶
|(text-align:left;vertical-align:top;){{{¶
{¶
"metainfo": {¶
"status": "Finished",¶
"suid": "82cd8238-2053-11e7-ba0b-43436984e203",¶
"cloud_node": "10.1.93.13",¶
"tstamp": "2017-04-13 08:14:30",¶
"service_url": "http://csip.engr.colostate.edu:8092/csip-firi/m/calcfiri/1.0",¶
"request_ip": "10.84.176.249",¶
"csip-firi.version": "$version: 0.1.17 8a3b72c5b3c9 2017-04-13 Shaun Case, built at 2017-04-13 08:12 by jenkins$",¶
"csip.version": "$version: 2.1.177 af2572bb0c10 2017-04-10 od, built at 2017-04-13 08:12 by jenkins$",¶
"cpu_time": 555,¶
"expiration_date": "2017-04-13 08:16:11"¶
},¶
"parameter": [¶
{¶
"name": "irr_skill_action_factor",¶
"factor_id": 15,¶
"description": "Irrigation Skill and Action Factor (I) row identifier"¶
},¶
{¶
"name": "irr_type",¶
"factor_id": 66,¶
"description": "Irrigation Type"¶
},¶
{¶
"name": "maint_factor",¶
"factor_id": 93,¶
"description": "Maintenance Factor. (M) row identifier"¶
},¶
{¶
"name": "soil_cond_factor",¶
"factor_id": 22,¶
"description": "Soil Condition Factor. (Sc) row identifier"¶
},¶
{¶
"name": "soil_moist_irr_sched_factor",¶
"factor_id": 7,¶
"description": "Soil Moisture Monitoring and Irrigation Scheduling Factor. (S) row identifier"¶
},¶
{¶
"name": "tailwater_reuse_factor",¶
"factor_id": 49,¶
"description": "Tail water reuse Factor. (R) row identifier"¶
},¶
{¶
"name": "water_deliv_factor",¶
"factor_id": 106,¶
"description": "Water Delivery Factor (D) row identifier"¶
},¶
{¶
"name": "water_dist_factor",¶
"factor_id": 28,¶
"description": "Water Distribution Control Factor (Wc) row identifier"¶
},¶
{¶
"name": "water_meas_factor",¶
"factor_id": 1,¶
"description": "Water Measurement Factor (Md) row identifier"¶
},¶
{¶
"name": "lf_factor",¶
"factor_id": 11,¶
"description": "Lf Factor rating value, row identifier"¶
},¶
{¶
"name": "conveyance",¶
"factor_id": 33,¶
"description": "Conveyance row indentifier"¶
}¶
],¶
"result": [¶
{¶
"name": "firi_rating",¶
"value": 92.5,¶
"description": "FIRI rating"¶
},¶
{¶
"name": "firi_threshold",¶
"value": 90,¶
"description": "Maximum rating for this irrigation type"¶
},¶
{¶
"name": "firi_threshhold_met",¶
"value": "true",¶
"unit": "Boolean",¶
"description": "Was the FIRI threshold met (Rvalue)"¶
}¶
]¶
}¶
}}}¶
}]

Show diff
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
}]
casesp
Apr 13 2017 09:39
Edit 13
Description
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...ate the effectiveness of irrigation practices from one farm to another.
[{Table
|__Request__ [[Sprinkler-NonSpray]
|__Response__
|(text-align:left;vertical-align:top;){{{
{
"metainfo": {},
&... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
}]

Show diff
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...ate the effectiveness of irrigation practices from one farm to another.
[{Table
|__Request__
|__Response__
|(text-align:left;vertical-align:top;){{{
{
"metainfo": {},
&... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
}]
casesp
Apr 13 2017 09:38
Edit 12
Description
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
}]

Show diff
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ... "description": "Was the FIRI threshold met (Rvalue)"
}
]
}
}}}
\\¶
|Files to attach:\\¶
(none)¶
|Files to fetch:\\¶
(none)¶
}]
casesp
Apr 13 2017 09:37
Complete 11
Status Completed In Development
Description
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...ameter": [
{
"name": "irr_skill_action_factor",
"factor_id": 15,
"description": "Irrigation Skill and Action Factor (I) row identifier"
},
{
"name": "irr_type",
"factor_id": 66,
"description": "Irrigation Type"
},
{
"name": "

Show diff
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...ameter": [
{
"name": "irr_skill_action_factor",
"value": "0.92",
"description": "Irrigation Skill and Action Factor (I)"
},
{
"name": "irr_type",
"value": "75.0",
"description": "Irrigation Type"
},
{
"name": "
Maintainers casesp odavid
JRCarlson
Mar 03 2017 09:12
Edit 10
Endpoints [http://csip.engr.colostate.edu:8083/csip-firi/m/calcfiri/1.0] [http://csip.engr.colostate.edu:8083/csip-firi/m/getfactors/1.0]
rob.streetman
Feb 23 2017 13:08
Edit 9
Endpoints [http://csip.engr.colostate.edu:8083/csip-firi/m/getfactors/1.0] --
odavid
Nov 01 2016 20:08
Edit 8
Description
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...to another.
[{Table
|__Request__
|__Response__
|(text-align:left;vertical-align:top;){{{
{
"metainfo": {},
"parameter": [
{
"name": "irr_skill_action_factor",
"value": "0.92",
"description": "Irrigation Skill and Action Factor (I)"
},
{
"name": "",
"value": ".0",
"description": "

Show diff
!4 Calculate Farm Irrigation Rating Index
FIRI is a uniform and objective evaluation method for ...to another.
[{Table
|__Request__
|__Response__
|(text-align:left;vertical-align:top;){{{{
"metainfo": {},
"parameter": [
{
"name": "C",
"value": "1.0",
"description": "Climate Factor"
},
{
"name": "D",
"value": "1.0",
"description": "
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