Probe for Windows can use variables, formulas, operators, functions and constants in various places...
Use:
Global formulas and functions calculate results and variables that can be used anywhere else in Prwin - the values are global and available to all sites. For example...
Global Formula | Comment |
---|---|
SHIRAZFAC = 0.25 |
SHIRAZFAC can now be used in limit formulas |
BUDBURST = #12 December 2001# |
BUDBURST can be used to plot lines on graph reports |
Use:
Keydata tabFormulas must start with a +, -, = or @
.
and can be optionally followed by a colon (:
)
and the number of decimal places or a format code.
v3 Note: Individual entry of Name, Format and Formula
Examples...
Name | Format | Formula | Output | Comment |
---|---|---|---|---|
Cotton | DWU |
+COTTON.DWU |
3.2 | Value from dwu file for each date in the readings screen, displayed in user selected dwu units. Can also be graphed |
WaterUsed | AMT |
@CUM(EDWU) |
134 | Accumulated daily water use over the season, giving total water through the plant, in mm. |
Tension | 2 |
@LKV(CLAY.RTN,RZ1/70) |
56.32 | Calculate the equivalent soil moisture tension from lookup file CLAY.RTN , display to 2 decimal places.
but see functions |
Use:
Current State tabThe upper and lower limit for irrigation scheduling is calculated from a formula.
The default formulas are UPPER: FULL
, and
LOWER: REFILL
Examples...
Formula | Value | Comment | |
---|---|---|---|
LOWER |
REFILL-20 |
190 | Set lower limit to 20 mm below refill |
UPPER |
FULL-(FULL-REFILL)*0.5 |
234 | Set upper limit to 50% to refill |
LOWER |
PWP+(FULL-PWP)*SHIRAZFAC |
175 | Set lower limit to be between permanent wilting and full. Actual position
set with global variable SHIRAZFAC |
LOWER |
REFILL-(FULL-REFILL)*SHIRAZ.FAC |
Similar to above, but position factor read from season
file SHIRAZ.FAC . |
The upper and lower limits can be graphed.
Use:
Historical DWU tabThere is a single global formula to calculate the current daily water use from historical data; and in addition each site can optionally have it's own formula. If the site formula is blank the global formula takes precedence.
The value of the site historical dwu is used...
GPIAMT
and GPIDATE
)Examples...
Formula | Output | Comment |
---|---|---|
4.3 |
4.3 mm/day | Always 4.3 mm/day |
COTTON.DWU |
2.3 mm/day | Current value from this dwu file |
COTTON.DWU * 1.2 |
2.8 mm/day | Increase value by 20% |
Use:
Each line in the report definition file will print some data from a source (or calculated from a formula) at a nominated position on the paper - see page 59 for a full description.
Examples of formulas
Formula | Output | Comment |
---|---|---|
EDWU |
2.3 mm/day | Estimated daily water use |
EPIAMT |
132 | Amount in mm that needs to be applied at the scheduled irrigation |
EPIAMT*AREA*FACTOR2 |
2.3 mm/day | Amount required in Kl, multiplied by site factor as set on ReadingsMenu/Scheduling delivery tab |
DELIVIRRI*AREA*10 |
2,345 Kl | Total amount delivered in kl |
WATERTIME/WATERVOL |
2,345 Kl/day | Delivery rate |
24*DELIVIRRI*WATERTIME*AREA*10/WATERVOL |
145 hrs | Total amount delivered in hours |
The output can be scaled depending on the units selected by the user with
.Report output can be restricted with a where clause - for example...
Where Clause | Comment |
---|---|
EPIDATE < (TODAY+3) |
Only output scheduled irrigation's due in the next 3 days |
CRNTAMT< (REFILL+20) |
Only output sites that are within 20 mm of the refill point |
Use:
report definition tab to edit the GPT fileEach line in the gpt file can print data from a source (or calculated from a formula) at a nominated position on the paper, or plot boxes, lines and arrows - see page 23 for a full description.
Formulas are similar to export.
Some examples of formulas to plot lines and arrows
X1 | X2 | Y1 | Y2 | Type | Comment |
---|---|---|---|---|---|
80 |
20 |
95 |
40 |
BOX |
Plot box from 80,20 to 95,40 |
80 |
20 |
CRNTDATE |
CRNTAMT |
LINE |
Plot line from 80,20 on paper to last probe readings |
PREVDATE |
PREVAMT |
PREVDATE |
PREVAMT+10 |
ARROW |
vertical arrow pointing at last probe reading |
BUDBURST |
BUDBURST |
TYMIN |
TYMAX |
LINE |
Line at BUDBURST date (as set on global formulas), the full height of the time graph |
The scales for a graph can be entered as a fixed number (e.g. 20
or 1/1/2001
), or as a formula.
Scales can be entered...
Reset scales are only used when the user clicks the <reset>
button on the graph screen.
Scales set in a graph report definition overide the value entered by the user on the screen
Some examples
Formula | Result | Comment |
---|---|---|
FULL+20 |
235 | Sets the vertical scale to be full point + 20 |
CRNTDATE+10 |
1/2/2001 | Set the date axis to be last date in the readings screen plus 10 days. If
this is the reset formula the time graph will 'stretch' each time <reset> is used. |
PDATE-10 |
20/9/2000 | Set the date axis to be 10 days before planting date (as set for each site on SitesMenu/Edit). |
The following variables can be used in formulas and function for export, import and graph report definitions.
Variable | Comment | Units |
---|---|---|
TODAY |
Today's date | date |
NOW |
Today, now (includes time) | date |
NULL |
Empty (used in @IF() ) |
|
LXA |
Constant to calculate Volume Volume = Area * Depth *LXA ( = 10) |
|
All below entered on SitesMenu/Edit | ||
SITE |
Site number | |
NAME |
Name of site | |
SELECTED |
Site is 'selected' | |
YEAR |
Season number | |
FARM |
Farm number | |
CROP |
Name of crop | |
CropNum |
ID number of crop (v3) | |
MethodID |
Irrigation method. 0=cyclic,1=spare,2=continuous(drip) (v3) | |
CropType |
0 = Permanent (stress=REFILL)
1 = Annual (stress=LOWER) (v3) |
numeric |
TargetOnTop |
0=Target is more important than Stress, so Target shading on top
1=Stress is more important that Target, so Stress shading on top (v3) |
numeric |
AREA |
Area | Ha |
POSITION |
Position of tube (0-100)
also emmiters-on-meter |
|
WATERTIME |
Total water delivery time (days and fraction) | days |
WATERVOL |
Total delivered volume Note: DeliverRate=WATERVOL/(WATERTIME *24)(Kl/Hr) |
Kl |
LIRRDATE |
Date of last irrigation | date |
LIRRAMT |
RZ1 amount after last irrigation | mm |
REFILL |
Refill point | mm |
FULL |
Full point | mm |
LPRBDATE |
Date of last probe reading | date |
LPRBAMT |
RZ1 at last probe reading | mm |
PROBEDWU |
Latest probe dwu | mm/day |
PPIDATE |
Predicted date based on pdwu | date |
PPIAMT |
Amount to be delivered | mm |
ESTDWU |
Latest estimated dwu | mm/day |
EPIDATE |
Predicted date based on edwu | date |
EPIAMT |
Amount to be delivered | mm |
SITEGDWU |
Formula for site historical dwu | text |
GPIDATE |
Predicted date using SiteGDWU | date |
GPIAMT |
Amount to be delivered | mm |
CRNTAMT |
Latese RZ1 value in last column | mm |
CRNTDATE |
Date in latest column (but see DATE_LASTP) | date |
PDATE |
Planting date | date |
PWP |
Permanent wilting point | mm |
PREVAMT |
RZ1 at previous probe readings | mm |
PREVDATE |
Date of previous probe reading | date |
DELIVIRRI |
Total delivered irrigations | mm |
EFFIRRI |
Total effective irrigations | mm |
DELIVRAIN |
Total delivered rain | mm |
EFFRAIN |
Total effective rains | mm |
NUMIRRI |
Number of irrigations | |
NUMRAIN |
Number of rains | |
UPPER |
Formula for upper limit | text |
LOWER |
Formula for lower limit | text |
UPPERAMT |
Value of UPPER formula at CRNTDATE | mm |
LOWERAMT |
Value of LOWER formula at CRNTDATE | mm |
SUPPERAMT |
Value of UPPER formula at next scheduled irrigation date | mm |
SLOWERRAMT |
Value of LOWER formula at next scheduled irrigation date | mm |
FACTOR2 |
Delivery factor | numeric |
COMMENT |
Comment for grower about site | text |
XCOORD |
GPS coordinate | |
YCOORD |
GPS coordinate | |
RZTEXT1 |
Root zone 1 definition eg 0-70cm | text |
RZTEXT2 |
Root zone 2 definition eg 25-70cm | text |
RZTEXT3 |
Root zone 3 definition eg 90-130cm | text |
RZAMT2 |
Latest root zone 2 amount | mm |
RZAMT3 |
Latest root zone 3 amount | mm |
RZ1START |
Value of RZ1 at first reading of season (v3, v1 1.0.232->) | mm |
RZ1Top |
Value of top of Root Zone (eg: 20 for 0-70cm) (v3) | cm |
RZ1Bottom |
Value of bottom of Root Zone 1 (eg: 70 for 0-70cm) (v3) | cm |
LIRRDAMT |
Last irrigation delivered amount. | mm |
LIRREAMT |
Last irrigation effective amount. | mm |
LIRRDRAIN |
Total delivered rain since last irrigation. | mm |
LIRRERAIN |
Total effective rain since last irrigation. | mm |
ROWSPACE |
Row spacing | cm |
EMITSPACE |
Emitter spacing | cm |
EMITRATE |
Emitter rate | litre/hour |
DRIPDAYS |
Number of days over which continuous(drip) volumes calculated
Amount = DRIPDAYS * DWU |
days |
RDIFACTOR |
Formula that evaluates to a Crop Factor (Kc) value | text |
PLANTSPACE |
Spacing between plants | cm |
WETWIDTH |
Width of wetted zone. If value=0 assume wetted over entire area | cm |
WetArea |
Total wetted area from WetWidth, EmitSpace, RowSpace, Area | Ha |
MaxApplicationRate |
from WaterTime | mm/day |
New for ver 3... | ||
DATE1 |
Critical date 1 (e.g. 'Bud burst') date entered on: SitesMenu/Edit text (eg Bud burst) on: ProbeMenu/Crops | date |
DATE2 |
Critical date 2 | date |
DATE3 |
Critical date 3 | date |
DATE4 |
Critical date 4 | date |
DATE5 |
Critical date 5 | date |
DATE6 |
Critical date 6 | date |
KSOILFILE |
name of file with dwu correction factors that depend on water content relative to refill/full/pwp | text |
SCHEDULEDWU |
Value of CDWU used to calculate 'scheduled' irrigation
Average Crop Daily Water Use (CDWU) in next 7 days (DripDays) |
mm/day |
SCHEDULEAMT |
Amount required using schedule DWU
Continuous: mm required to reach target in 7 days Cyclic: UPPER - STRESS (stress= LOWER or REFILL, depending on CropType) |
mm |
SCHEDULEDATE |
Date of irrigation using schedule DWU
Continuous: date 7 (DripDays) days ahead Cyclic: date hit stress (either LOWER or REFILL, depending on CropType) |
date |
ScheduleVolume |
ScheduleAmount * Area | Kl |
ScheduleTime |
ScheduleAmount * delivery rate | days |
ScheduleEffectiveAmount |
amount required before delivery factor applied | mm |
ScheduleQuantity |
scheduleamt in mm or Vol or time or l/emitter | mm/kL/days/l |
KEY1 etc |
Value of keydata row 1 in last column
also KEY2, KEY3,...KEY16 |
numeric |
SITEREPORT |
Name of site specific report (v3) | |
SEASONEND |
Value of RZ1 at first reading of season (v3) | |
ALLOCATIONVOL |
Total volume allocated for entire season | kL |
SUPPERAMT |
Upper (full) RZ1 amount used for scheduling (v3) | mm |
SLOWERAMT |
Lower (refill) RZ1 amount used for scheduling (v3) | mm |
Any value on the readings screen can used (v3) | ||
The row and column need to specified eg K3_FULL will give the value of K3 in the FULL column |
||
Specify the row with... | ||
DATE | date row | |
TYPE | Type row | |
R1 - R16 | a VSW row | |
RZ1, RZ2, RZ3 | an RZ row | |
PDWU | Probe DWU row | |
EDWU | Estimated DWU row | |
DEFICIT | the deficit row | |
K1 - K16 | a KeyData row | |
Specify the column with... | ||
FULL | FULL (or maximum) column | |
REFILL | REFILL (or minimum) column | |
PWP | PWP column | |
C1, C2... | by number eg C1 = column 1 | |
FIRSTP | the first probe reading | |
LASTP | the last probe reading | |
PREVP | the reading before the last reading | |
PREVIOUSP | the reading before the current column | |
Previous | the previous column (reading, estimate or gain) | |
Examples... | ||
R1_FULL |
Value of FULL VSW % at depth 1 | % |
KEY1_LASTP |
Value of K1 at the latest probe reading |
|
DATE_LASTP |
The date of the last probe reading (but see CRNTDATE) | |
RZ1_PREVP |
Last week's RZ1 value |
mm |
RZ3_FIRSTP |
Value of RZ3 from first probe reading of the season - week 1 |
mm |
RZ1_LASTP - RZ1_FIRSTP |
Change in RZ1 over the whole season | mm |
K3_PREVIOUS |
Value of K3 in previous week |
|
K3 - K3_PREVIOUS |
Change in value of K3 |
|
DATE_FULL |
The date the FULL readings were read | |
Predicted values - see ReadingsMenu/Scheduling (v3) | ||
These values are calculated for each site, but not saved in [SITES] table.
The period will start from the last date on readings screen The number of days (eg 7) set for each site. |
||
PredictedRain |
Total predicted rain eg 3.8724 | |
PredictedRain_T |
as above, but formatted eg 3.8 mm
'-' if forecast location has not been set |
|
PredictedET |
Average ET in this period eg 12.372 | mm/day |
PredictedET_T |
as above, but in text eg 12.4 mm/day | |
PredictedKc |
Average Kcrop (Kc) in the period eg 0.3729 | factor |
PredictedKC_T |
as above, but formatted eg 0.37 | |
PredictedKs |
Average Ksoil (Ks) in the period eg 0.8724 | mm/day |
PredictedKs_T |
as above, but formatted eg 0.87 | |
PredictedDWU |
Average soil depletion rate eg 2.8724 | mm/day |
PredictedDWU_T |
as above, but formatted eg 2.9 mm/day | |
Forecast values - see ProbeMenu/Forecast (v3) | ||
Only available if a Weather location has been set for the site, and the location has Rain and ET active
The period will start today The number of days (eg 7), and Total or Average is set on tab: values |
||
ForecastRain |
Rain in next 7 days eg 12.372 | mm |
ForecastRain_T |
as above, but formatted eg 12.4 mm | |
ForecastET |
Average et/day in next 7 days eg 3.56 | mm |
ForecastET_T |
as above, but formatted eg 12.4 mm | |
All below entered on ProbeMenu/Crops | ||
CropName |
||
PDateText |
||
Date1Text - Date6text 1-6 |
||
CropDWUFormula |
||
CropReport |
||
CropImage |
||
All below entered on FarmsMenu/Edit | ||
FARMNAME |
||
FARMOWNER |
||
ADDRESS1 |
||
ADDRESS2 |
||
TOWN |
||
POSTCODE |
||
COUNTRY |
||
TEL |
||
TEL2 |
||
FAX |
||
MOBILE |
||
EMAIL |
||
All below entered on FileMenu/Register | ||
OWNER1 |
normally Company name | |
OWNER2 |
normally Address | |
... (1-10) |
Notes:
DWU, AMT, VOL, AREA, DEPTH, VSW,
EMITRATE
will be automatically converted to the 'user units' as set on
(T
= time graph; use D
for depth graph)
Variable | Value returned |
---|---|
TXMIN |
Minimum value on horizontal axis |
TXMAX |
Maximum value on horizontal axis |
TYMIN |
Minimum value on vertical axis |
TYMAX |
Maximum value on vertical axis |
TLEFT |
Left edge of graph (% paper) |
TRIGHT |
Right edge of graph (% paper) |
TTOP |
Top edge of graph (% paper) |
TBOTTOM |
Bottom of graph (% paper) |
TXLEG |
Horizontal position of legend (% paper) |
TYLEG |
Vertical position of legend (% paper) |
Variable | Value returned |
---|---|
SORT |
Sort order |
WHERE |
Where criteria |
FILE |
Name of file used for export |
PAGE |
Current page number |
Cn |
Value of column n in report |
JOIN |
Name of lookup file |
Ln |
Value from column n in lookup file |
LName |
Value for named field LName in lookup file |
UDWU |
Text of dwu units e.g. ins/day |
FDWU |
Factor to convert to user units of dwu e.g. UserValue = EDWU/FDWU returns in ins/day |
UVOL |
Text of dwu units e.g. AcreFt |
FVOL |
Factor to convert to user units of volume e.g. UserValue = AREA*EPIAMT/FAREA returns in AcreFt |
UAMT |
Text of amount units e.g. ins |
FAMT |
Factor to convert to user units of amounts of water e.g. UserValue = EPIAMT/FAMT returns in ins |
UAREA |
Text of dwu units e.g. mm/day |
FAREA |
Factor to convert to user units of area e.g. UserValue = AREA/FAREA returns in acres |
UDEPTH |
Text of depth units e.g. ft |
FDEPTH |
Factor to convert to user units of area e.g. UserValue = AREA/FDEPTH returns in ft |
UVSW |
Text of volumetric soil water units e.g. ins/ft |
FVSW |
Factor to convert to user units of VSW e.g. UserValue = R1/FVSW returns in ins/ft |
UEMITRATE |
Text of emitter rate units e.g. gal/hour |
FEMITRATE |
Factor to convert to user units of emitter rate e.g. UserValue = EMITRATE/FEMITRATE returns in gal/hour |
Variable | Value returned |
---|---|
Cn |
Value from column n in import file |
LASTDATE |
Last date in current readings |
LOADSITE |
Used to load and post to a site |
Entered on
Variable | Value returned |
---|---|
DATE |
date of column |
TYPE |
Type of column |
Rn |
VSW row n. Eg R1 = row 1 |
SN |
Serial number |
RZn |
Root zone n Eg RZ1 = root zone 1 |
PDWU |
Probe daily water use |
EDWU |
Estimated daily water use |
Deficit |
Full - current RZ1 value |
Kn |
Keydata row n Eg K1 = keydata row 1 |
The following functions are available.
Function | Comments | Used... | Example |
---|---|---|---|
@DATESERIAL(Y,M,D) |
Y=Year M=Month D=Day |
Export, Import | @DATE(\C2,\C3,\C4) |
@TIMESERIAL(H,M,S) |
H=Hour M=Minute S=Second |
Export, Import | @TIME(\C5,\C6) |
@DOY(Date) |
Day of year since Jan 1 | Export, Readings | @DOY(PPIDATE) |
@LKV(File) |
Looks up corresponding value in a file |
Export, Import, Readings | @LKV(CLAY.RTN, RZ1/70) v1 |
@LKV(Value, Filename, Style, ColIn, ColOut, Headers)
|
Looks up corresponding value in file
Value - name of variable that is being looked for in the file eg DATE
Filename - the file must be in shared\ folder
Style... 0 = Interpolate between two values 1 = use Value just less than passed value 2 = use Value just greater than passed value ColIN (optional, default=1) column in table with value ColOUT(optional, default=2) column in file with the result Number of header lines (optional, default=0) |
Export, Import, Readings | @LKV(Date, blenheim.et, 0, 1, 2, 1) v3
0 = style = interpolate 1 = Value column 2 = Result column 1 = 1 heading (skipped) |
@IF(Test,Value1,Value2) |
If 'test' is true return 'value1', else return 'value2' | Export, Import, Readings | @IF(TYPE=21,RZ1,NULL) |
@MAX(Value1, Value2) |
Maximum of Value1 or Value2 | any | @Max(RZ1, FULL) v3 |
@MIN(Value1, Value2) |
Maximum of Value1 or Value2 | any | v3 |
@RATE(Item) |
Rate of change of item eg fruit size growth rate
rate = (Value - PreviousValue) / (Date - PreviousDate) |
Readings | @RATE(SIZE) |
@DIFF(Item) |
Difference between values e.g. water used between readings from water meter readings diff = Value - PreviousValue |
Readings | @DIFF(WaterMeter) |
@ADD(Item) |
Addition of succesive values e.g. ?? Add = (Value + PreviousValue) also see period |
Readings | @ADD(K3) |
@AVG(Item) |
Average of previous e.g. ?? Average = (Value + PreviousValue)/2 also see period |
Readings | @AVG(FruitCount) |
@ACC(Item) |
Running total e.g. running total of rain during season SeasonTotal = SeasonTotal + Value Acc = SeasonTotal |
Readings | @ACC(DeliveredRain) |
@CUM(item) |
Accumulate dwu - total water used by crop
SeasonTotal = SeasonTotal + Value * (Date - PreviousDate) cum = SeasonTotal |
Readings | @CUM(EDWU) |
@SM(item, factor) |
Smooth item using a Factor
sm = (Factor * Value) + ((1 - Factor) * PreviousValue) fruit size in K1
factor = eg 0.1
|
Readings | @SM(K1, 0.1) |
@AVG(item, days) |
The calculation period (eg 30 days) can be specified for @ADD(),@AVG()
|
@AVG(SIZE, 30) |
|
YvalueByDate(date, extra) |
returns the Y value of an 'extra' line at a date
extra...
0=Upper 1=Lower 2=SiteDWU 3=ScheduleDWU 4=CropFactor 5,6 - from PlotExtra in .gpt |
YvalueByDate(DATE6, 1) |
|
StressAMT(date) |
returns value of stress at a date
stress = REFILL for croptype = permanent stress = LOWER for croptype = annual |
StressAmt(SeasonEnd) |
|
=TargetAMT(date) |
Value of target RZ1 at a date | TargetAMT(DATE2) |
|
@PI() |
3.14159... | any | @PI() * 200 * 200 v3 |
@ABS(Value) |
Result is always positive | any | @ABS(PDWU) v3 |
@INT(Value) |
Whole number, truncated | any | @INT(RZ1) v3 |
@FIX(Value) |
Same as INT(), unless Value is negative (phone..) | any | v3 |
@SGN(Value) |
If Value > zero returns +1
If value = zero returns 0
If Value < zero returns -1
|
any | v3 |
@SQR(Value) |
Square root of Value | any | v3 |
@LOG(Value) |
Log(Value) to base e: Log10 = Log(Value)/Log(10) | any | v3 |
@EXP(Value) |
e ^ Value (e=2.718) | any | v3 |
@SIN(Value) |
Value in radians | any | v3 |
@COS(Value) |
Value in radians | any | v3 |
@TAN(Value) |
Value in radians | any | v3 |
@ATAN(Value) |
Value in radians | any | v3 |
Notes:
LKV()
looks up data in a lookup text
file. For example... @LKV(CLAY.RTN,RZ1/70)
RZ1/70
calculates the average VSW in
root zone 1 (assuming it is set to be from 0-70 cm), so this formula will calculate the
equivalent soil suction using values file CLAY.RTN
.
This could also be used to calculate sap pressure from soil moisture.
Constants such as COTTON.DWU * 1.2
can be used.
Date constants must be enclosed in # #
.
For example, a criteria for a report to only output irrigations scheduled before 1 June...
EPIDATE < #1 June 2000#
+ | Add |
- | Subtract |
* | Multiply |
/ | Divide |
AND | logical AND |
OR | logical OR |
XOR | phone |
UPPERAMT, LOWERAMT are calculated from UPPER and LOWER formulas
'RDICorrection' is calculated from RDIFACTOR
EffectiveAmountRequired(mm) = UPPERAMT - LOWERAMT or DWU * DRIPDAYS * RDICorrection
Calculated amount left in variables EPIAMT, PPIAMT, GPIAMT.
So 'DeliverAmountRequired(mm)' = FACTOR2 * EPIAMT
V2 Note: SCHEDULEAMT uses 'schedule with', and is either... (EPIAMT or PPIAMT or GPIAMT * FACTOR)
So 'ScheduleAmountRequired(mm)' = SCHEDULEAMT (FACTOR2 is already included)
If these intermediate values are calculated...
WetArea = AREA * ( WETWIDTH / PLANTSPACE )
PumpRate = WATERVOL * WATERTIME
The formulas in GPT, RPT or SPT files...
Caption | Formula | Format code |
---|---|---|
DeliveredAmount(Vol) using EDWU | FACTOR2 * EPIAMT * WetArea * 10 | VOL |
DeliveredAmount(Hours) using EDWU | FACTOR2 * EPIAMT * WetArea * 10 / PumpRate | LONGTIME |
DeliveredAmount(Vol) using 'Schedule with' | SCHEDULEAMT * WetArea * 10 | VOL |
DeliveredAmount(Hours) using 'Schedule with' | SCHEDULEAMT * WetArea * 10 / PumpRate | LONGTIME |