Customized WEB page State: 2011/12/30
The Custom.txt is the first customized file for user-defined WEB pages.
If the variable %customfile=eigenesweb.html% is found in the 1st line,
- must stand also in the 1st line - so the here indicated file is made from this control file/Html file.
If no variable 'customfile=' is indicated, a custom.html is made always !
This line is not delivered into the destination file !!!!
If the control file is identical (same name) with the destination file (openfile - see below),
the intention "ws_" is hanged before the destination file ! But who did do something like that?
I made an effort to support all changing data in the "current.html" here.
Therefore one can, with this function, replace the "weather survey" = "current.html".
Since in the "current.html" our Copyright's are linked automatically, I ask for that,
to install also in the file replace current.html the
variable
%ws_copyright%
with.
With the support of the variables "customfile=" and "openfile=" / "openfileappend="
your creativity are no more boundaries set.
The same variable can seem maximum 2x in a line V2.83.0
Following variable are supported:
Consider - at variables with [x] data of -1 - 46 are here possible
-> see also indices in the program help-file
Main Humidity = -1 V2.84.8
Main Temperature = 0 (is the same, as for dewpoint chosen) V2.84.4
Temperature = 1..16
Humidtiy = 17..32
Barometer = 33
Rain = 34
Wind force = 35
Wind direct. = 36
Barometer = 37..42
Windchill = 43
Dewpoint = 44
Wind gust = 45
VantagePro:
Temperature in = 1
Temperature out = 2
Temperature extra = 3..8
Temperature Leaf = 9..12
Temperature Soil = 13..16
Humidity in = 17
Humidity out = 18
Humidity extra = 19..24
Leaf Wetness = 25..28
Moisture = 29..32
Barometer = 33
Rain = 34
Wind = 35
Wind direct. = 36
ET = 40
UV = 41
Solar = 42
Wind gust = 45
ISS Receiving = 46
WS2500:
Solar (lux) = 38
Solar(W/m²) = 42
Indexe 10..16,26..32,(39)40..41 there are not available
Time sensors (the values are always in minutes)
Sun time = 37
add. time sensor = 39
For every worth [x] with (x=-1..45[46]) following variable for the disposal stand:
Shortname
Description
Current value sensor
Average value sensor
MinValue sensor
MinTime sensor
MaxValue sensor
MaxTime sensor
Unit names
Unit names long (... for speech)
Sensor available+Html
Sensor available
Sensor install date
In case of atmospheric pressure, rain and wind direction
stand additional variable for the disposal (see below) !
------------------------------------------------------------------------
List of all supported variables
------------------------------------------------------------------------
%unit_on% (this entry is for testing ...)
With the variables, that with a leading one "*" is marked, for example %curval[x]%, one can show the values also with a
alternative unit:
This variable is "line-referential" and can occur in a line for a sensor typ only once.
It must be placed again per line every time!
Cange Unit %ws_newunit[x]=u% x = -1 .. 46 V2.91.4
Values for u:
Temperature: 0:°C 1:°F
Barometer: 0:hPa 1:mmHg 2:mbar 3:inHg
Rain: 0:l/m³ 1:mm 2:ZS 3:inch
ET: 0:mm 1:inch
Wind 0:km/h 1:m/s 2:mph 3:Knots 4:Beaufort
%ws_newunit[0]=1%%ws_newunit[35]=1%%curval[0]% %curval[35]%
%curval[0]% %curval[35]%
With the variables, that with a leading one '#' is marked, for example forecast_txt[1]%, one can let show the text in different
languages:
for example forecast_txt[x]% x=0 German V2.91.4
x=1 English
x=2 French
x=3 Italian
x=4 Czech
x=5 Dutch
x=6 Spain
for x > 6 or no number: defaulted program-language.
Location %ws_location%
Site altitude %ws_altitude%
Copyright %ws_copyright%
Info to data %ws_data_info%
Info to data #%ws_data_info[1]% V2.92.6
Info to STDVS data %ws_stdvdata_info% V2.93.9
Long date %longdate%
Short Date %ws_date%
Month name %monthtxt%
Day name %daytxt%
Current year %ws_year%
Current month %ws_month%
Current Week %ws_week% V2.85.0
Current day %ws_day%
Current hour %ws_hour%
Current minute %ws_minute%
Day of year %ws_dayyear% V2.83.5
Day of week %ws_dayweek% (1..7) 1=Monday V2.84.10
Week period %ws_weektxt% V2.85.0
Current week 2char %ws_compare[5]=%ws_week%~10~0%ws_week%~%ws_week%%
Current month 2char %ws_month2%
Current day 2char %ws_day2%
Current hour 2char %ws_hour2%
Current minute 2char %ws_minute2%
Current UTC year %ws_utc_year% V2.85.7
Current UTC month 2c %ws_utc_month% V2.85.7
Current UTC day 2c %ws_utc_day% V2.85.7
Current UTC hour 2c %ws_utc_hour% V2.85.7
Current UTC minute 2c %ws_utc_minute%
UTC-Date/Time %ws_utc_datetime% V2.96.4
RFC822 Date/Time %ws_rfc822datetime% V2.92.3
Unix32Date/Time %ws_unix32datetime% V2.96.0
Time Near Real Time %ws_nrttime% V2.84.8
Second Near Realtime %ws_nrt_sec% V2.85.10
Date Near Real Time %ws_nrtdate% V2.84.8
Current Time %ws_time%
UTC Time difference %ws_utc%
Daylight minutes %ws_daylightminutes%
Current reference Time %daylightname%
days of month %ws_daysmonth[mm~yyyy]% V2.94.0 %ws_ignore%
days of month %ws_daysmonth[-7~0000]%
WsWinVersion %ws_vers%
WsWinVersion %ws_vers0% V2.93.7
Weather station type %ws_typ%
Remark 1 %ws_remark1%
Remark 2 %ws_remark2%
Shortname %shortslabel[id]% x = -1 .. 46
Description %longslabel[id]%
Current value *%curval[id]%
Average value *%avgval[id]%
NearRealTime Value *%nrtval[id]% V2.84.8
Min value *%minval[id]%
Min time %mintime[id]%
Min value current day %curminmaxhour[1,0,x]% look below
Min time current day %mintimecurday[id]% V2.82.4
Min-day/month %mindaymonth[id]%
Max value *%maxval[id]%
Max time %maxtime[id]%
Max value current day %curminmaxhour[2,0,x]% look below
Max time current day %maxtimecurday[id]% V2.82.4
Max-day/month %maxdaymonth[id]%
Sensor available+Html %ws_available[id]=Yes,No%
Sensor available %ws_availableX[id]=Yes,No%
Sensor install date %sensorinstalled[id]%
Dewpoint sensor pairs *%dewpoint[x]% x = 0 .. 16 V2.85.0
Heat Index *%heatindex[x]% x = 0 .. 16
Abs Humidity %abshum[x]% x = 0 .. 16
Trend %ws_trend[x]% x = -1..46 0=constand, 1=rising, -1=falling V2.93.8 %ws_ignore%
Temperature changing *%tempchange[x]=mm% x = 0 .. 16, 43, 44 V2.83.0 mod
in the last (mm) mm = 1..60 -> if 'mm' is smaller then the recording interval, then
minutes for mm the recording interval is used.
With invalid values (for example >60 or sign)
becomes '?' given back as a result !
Value change *%valuechange[x]=mm% x = -1 .. 46 V2.91.4
in the last mm = 1..60 -> if 'mm' is smaller then the recording interval, then
minutes (mm) for mm the recording interval is used.
With invalid values (for example >60 or sign)
becomes '?' given back as a result !
State-WS2xxx-Sensor %ws_state_sens[x]% x = 0 .. 16, 34,35 and/or 0 .. 5, 33,34,35 at WMR-918..968
State_WMR918..968Sens %ws_state_sens[33]% Answer:
--- -> invalid Test or State not active
ok -> Sensor without receiving error
0 -> Sensor not available
1(..254) -> Number receiving errors
at WMR-918..968:
8x -> only ID=33 -> weak display battery (x=Minuten)
00 .. D0 -> Direct edition of the state byte of these sensors
at what "0x" = battery 100 % - "8x" = emptily of battery
look also at program help for this purpose !
at Mebus TE923/Irox Pro-X: shows reception quality
State in color %ws_colorstate_sens[x]% -> black=not available, red=>5, yellow=>1, green=ok
(for traffic-lights)
Total numb. CurrentVal %ws_stateakt_sens[00]% only at WS2000,WS2500,TE923 V2.84.4
Numb. values w.Cur-Flag %ws_stateakt_sens[x]% only at WS2000,WS2500,TE923 and x = 0 .. 16, 34,35, 38 V2.83.4
Value current? %ws_akt_sens[x]% only at WS2000,WS2500,TE923 and x = 0 .. 16, 34,35, 38 V2.83.4
- = not available; 0 = not current; 1 = current
Indoor sensor state %ws_colorstate_sens[1]%
Indoor sensor state %ws_state_sens[1]%
Sensor 1 State %ws_colorstate_sens[3]%
Sensor 1 State %ws_state_sens[3]%
Sensor 2 State %ws_colorstate_sens[4]%
Sensor 2 State %ws_state_sens[4]%
Sensor 3 State %ws_colorstate_sens[5]%
Sensor 3 State %ws_state_sens[5]%
Unit names *%unitname[id]%
Unit names long %unitnamelong[id]%
Hour values *%curminmaxhour[a,h,id]% a: 0=current,1=min,2=max,3=average,4=difference
a: 5=exact hour current value V2.85.8
a: 6=difference at the prior time (exact hour) V2.94.3
sum at time, rain
a: 3=average and windir = dominating direction V2.94.0
h: 0, 1..24
- 0 = only current day V2.82.4
id: (-1..46)
normally require the 24 hours view!
Calc hour values %curminmaxhour_on%
Min-Value month *%ws_m_minval[%ws_month%,x]% ws_month=0..12, 0=year, 1..12=month x=-1..46 V2.83.0
Min-Time month %ws_m_mintime[%ws_month%,x]% ws_month=0..12, 0=year, 1..12=month x=-1..46 V2.83.0
Min-Day month %ws_m_minday[%ws_month%,x]% ws_month=0..12, 0=year, 1..12=month x=-1..46 V2.83.0
Max-Value month *%ws_m_maxval[%ws_month%,x]% ws_month=0..12, 0=year, 1..12=month x=-1..46 V2.83.0
Max-Time month %ws_m_maxtime[%ws_month%,x]% ws_month=0..12, 0=year, 1..12=month x=-1..46 V2.83.0
Max-Day month %ws_m_maxday[%ws_month%,x]% ws_month=0..12, 0=year, 1..12=month x=-1..46 V2.83.0
Mean month *%ws_m_avg[%ws_month%,x]% ws_month=0..12, 0=year, 1..12=month x=-1..46 V2.83.0
Val Minim day temp *%ws_m_dayvalmintemp[%ws_month%]% ws_month=0..12, 0=year, 1..12=month V2.83.2
Day Minim.day temp %ws_m_daydaymintemp[%ws_month%]% ws_month=0..12, 0=year, 1..12=month V2.83.2
Val Maxim day temp *%ws_m_dayvalmaxtemp[%ws_month%]% ws_month=0..12, 0=year, 1..12=month V2.83.2
Day Maxim.day temp %ws_m_daydaymaxtemp[%ws_month%]% ws_month=0..12, 0=year, 1..12=month V2.83.2
Val Minim day temp *%ws_m_dayvalmintemp[0]% 0=year V2.83.2
Day Minim.day temp %ws_m_daydaymintemp[0]% 0=year V2.83.2
Val Maxim day temp *%ws_m_dayvalmaxtemp[0]% 0=year V2.83.2
Day Maxim.day temp %ws_m_daydaymaxtemp[0]% 0=year V2.83.2
Variables only valid for week,month,year:
Min-value day *%minvalday[id]% at month_only too - use only in template
Min-time day %mintimeday[id]% at month_only too - use only in template
Min-day day %mindayday[id]% at month_only too
Min-day day short %mindaydays[id]% at month_only too
Max-value day *%maxvalday[id]% at month_only too - use only in template
Max-time day %maxtimeday[id]% at month_only too - use only in template
Max-day day %maxdayday[id]% at month_only too
Max-day day short %mindaydays[id]% at month_only too
Average month *%avgmonth[id]% only with month_only
----------------------- Variables for dates in the past -----------------------------------------------------------
Average x-day *%avgvalpast[id~dd~mm~yyyy]% V2.85.1
Average x-day Sol %aavgvalpast[42~dd~mm~yyyy]% V2.94.0 %ws_ignore%
Min-value x-day *%minvalpast[id~dd~mm~yyyy]% V2.85.1
Min-time x-day %mintimepast[id~dd~mm~yyyy]% V2.85.1
Min-date x-day %mindatepast[id~dd~mm~yyyy]% V2.85.1
Max-value x-day *%maxvalpast[id~dd~mm~yyyy]% V2.85.1
Max-time x-day %maxtimepast[id~dd~mm~yyyy]% V2.85.1
Max-date x-day %maxdatepast[id~dd~mm~yyyy]% V2.85.1
dd: day -31..00..31
mm: month -12..00..12
yyyy: year must to be always four-digit, -001 is last year
for 0 and/or 00 and/or 0000 current day/month/year is used
if negative value occurs: prioritaet day, month, year
that is, if a negative value is used, for the other date automatic
set onto the current day/month/year.
Caution! date length must dd~mm~yyyy be always 10 digits!!
is for dd -31 used (3 digits), then must for mm 0 used
is for mm -12 used (3 digits), then must for dd 0 used
Example: maxdatepast[0~-31~0~0000]
or maxdatepast[0~0~-12~0000]
also allows: maxdatepast[0~-1461~0~00]
maxvalpast[0~01~01~-001] it will pass out the maximum value of the current day one year before!
Peculiarity: It for yyyy: 9999 as year used, the program uses the previously assigned V2.85.7
day,month,year - values.
Example: %avgvalpast[0~%ws_day2%~00~-001]% %avgvalpast[0~00~00~9999]%
In order to step up the processing of these variables, for chronological execution you should summarizing the same time dates.
Allocation date %setdatepast[dd~mm~yyyy]% V2.85.10 %ws_ignore%
Allocation month/year %setmonthyear[mm~yyyy]% V2.85.10 %ws_ignore%
Average x-month/year *%avgval_mpast[id~mm~yyyy]% V2.85.2 %ws_ignore%
Average x-month/year %aavgval_mpast[42~mm~yyyy]% V2.94.0 %ws_ignore%
Min-Average M/Y *%avgmin_mpast[id~mm~yyyy]% V2.95.4 %ws_ignore%
Min-Average Date M/Y %avgmindate_mpast[id~mm~yyyy]% V2.95.4 %ws_ignore%
Max-Average M/Y *%avgmax_mpast[id~mm~yyyy]% V2.95.4 %ws_ignore%
Max-Average Date M/Y %avgmaxdate_mpast[id~mm~yyyy]% V2.95.4 %ws_ignore%
Min-val x-month/year *%minval_mpast[id~mm~yyyy]% V2.85.2 %ws_ignore%
Min-time x-month/year %mintime_mpast[id~mm~yyyy]% V2.85.2 %ws_ignore%
Min-date x-month/year %mindate_mpast[id~mm~yyyy]% V2.85.2 %ws_ignore%
Max-val x-month/year *%maxval_mpast[id~mm~yyyy]% V2.85.2 %ws_ignore%
Max-time x-month/year %maxtime_mpast[id~mm~yyyy]% V2.85.2 %ws_ignore%
Max-date x-month/year %maxdate_mpast[id~mm~yyyy]% V2.85.2 %ws_ignore%
mm: month -12..00..12 have to be at least two-digit, 00=year dates
yyy: Year must be treble, if month -10, -11, -12!!! V2.92.0
yyyy: year must to be always four-digit, there is: 2005 direct year
0000(000)=current year, -001 is last year and so on ...
Peculiarity: Is for yyyy: 9999 as year used, the program uses the previously assigned V2.85.7
month,year - values.
Avg.MinTemp. x-month/y.*%avgmintemp_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Avg.MaxTemp. x-month/y.*%avgmaxtemp_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Ice days x-month/year %icedays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Cold days x-month/year %colddays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Cool days x-month/year %cooldays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Summerdays x-month/year %warmdays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Hot days x-month/year %hotdays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Days <= x-month/year %uldays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Days >= x-month/year %uhdays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Days User3 x-month/year %u3days_mpast[mm~yyyy]% V2.95.1 %ws_ignore%
Days User4 x-month/year %u4days_mpast[mm~yyyy]% V2.95.1 %ws_ignore%
Days User5 x-month/year %u5days_mpast[mm~yyyy]% V2.96.8 %ws_ignore%
Tropics nights year %tropnightdays_mpast[mm~yyyy]% V2.94.0 %ws_ignore%
Soil frost days x-m/y %frostgrowdays_mpast[mm~yyyy]% V2.93.8 %ws_ignore%
Heatdegree days x-m/y %heatdegreedays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Cooldegree days x-m/y %cooldegreedays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Growdegree days x-m/y %growdegreedays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
XHeatdegree days x-m/y %xheatdegreedays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Growing temperature %growingtemp_mpast[00~yyyy]% V2.93.10 %ws_ignore%
Growing temperat date %growingtempdate_mpast[00~yyyy]% V2.93.10 %ws_ignore%
First cold day year %firstcoldday_mpast[00~yyyy]% Northern hemisphere = 2.semester V2.85.7 %ws_ignore%
First cold day/time y. %firstcolddaytime_mpast[00~yyyy]% V2.85.7 %ws_ignore%
Value 1. cold day year %firstcolddayval_mpast[00~yyyy]% V2.85.7 %ws_ignore%
Last cold day year %lastcoldday_mpast[00~yyyy]% Northern hemisphere = 1.semester V2.85.7 %ws_ignore%
Last cold day/time y. %lastcolddaytime_mpast[00~yyyy]% V2.85.7 %ws_ignore%
Value last cold day-y %lastcolddayval_mpast[00~yyyy]% V2.85.7 %ws_ignore%
1. grow frost day year %firstgrowfrostday_mpast[00~yyyy]% Northern hemisphere = 2.semester V2.93.11 %ws_ignore%
1. grow frost daytime %firstgrowfrostdaytime_mpast[00~yyyy]% V2.93.11 %ws_ignore%
1. grow frost value %firstgrowfrostdayval_mpast[00~yyyy]% V2.93.11 %ws_ignore%
Last growfrostday year %lastgrowfrostday_mpast[00~yyyy]% Northern hemisphere = 1.semester V2.93.11 %ws_ignore%
L. growforstdaytime y %lastgrowfrostdaytime_mpast[00~yyyy]% V2.93.11 %ws_ignore%
value last growfrost %lastgrowfrostdayval_mpast[00~yyyy]% V2.93.11 %ws_ignore%
Wind number values %wind_values_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 0Bft in % %windbftproz_0_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 1Bft in % %windbftproz_1_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 2Bft in % %windbftproz_2_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 3Bft in % %windbftproz_3_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 4Bft in % %windbftproz_4_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 5Bft in % %windbftproz_5_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 6Bft in % %windbftproz_6_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 7Bft in % %windbftproz_7_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 8Bft in % %windbftproz_8_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 9Bft in % %windbftproz_9_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 10Bft in % %windbftproz_10_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 11Bft in % %windbftproz_11_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force>=12Bft in% %windbftproz_12_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force Gust (only valid for WM-918, WMR-9x8, VantagePro)
Gust number values %windg_values_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 0Bft in % %windgbftproz_0_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 1Bft in % %windgbftproz_1_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 2Bft in % %windgbftproz_2_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 3Bft in % %windgbftproz_3_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 4Bft in % %windgbftproz_4_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 5Bft in % %windgbftproz_5_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 6Bft in % %windgbftproz_6_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 7Bft in % %windgbftproz_7_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 8Bft in % %windgbftproz_8_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 9Bft in % %windgbftproz_9_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 10Bft in % %windgbftproz_10_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force 11Bft in % %windgbftproz_11_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Wind force>=12Bft in% %windgbftproz_12_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Dom. wind direction %domwind_txt_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
Dom. wind direc. gust %domwindg_txt_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
Wind calm in % %wind_calmproz_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% N-NE %winddirproz_NNE_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% NE %winddirproz_NE_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% NE-E %winddirproz_NEE_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% E %winddirproz_E_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% E-SE %winddirproz_ESE_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% SE %winddirproz_SE_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% SE-S %winddirproz_SES_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% S %winddirproz_S_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% S-SW %winddirproz_SSW_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% SW %winddirproz_SW_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% SW-W %winddirproz_SWW_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% W %winddirproz_W_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% W-NW %winddirproz_WNW_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% NW %winddirproz_NW_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% NW-N %winddirproz_NWN_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
DistributionWD% N %winddirproz_N_mpast[mm~yyyy]% V2.85.3 %ws_ignore%
Rain x-month/year %rain_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Rain days month/year %raindays_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Rain days >0mm m/y %rain0days_mpast[mm~yyyy]% V2.91.4 %ws_ignore%
Rain days 2 mm m/y %rain2days_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Rain days 5 mm m/y %rain5days_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Rain days 10mm m/y %rain10days_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Rain days 20mm h/y %rain20days_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Windrun x-month/year %windrun_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Evapotransp. x-m./y. %ws_evapotrans_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
ET VantagePro x-m./y. %ws_evapotransvt_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Timesensor x-month/year %t_sens_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Sun time x-month/year %sun_mpast[mm~yyyy]% V2.85.2 %ws_ignore%
Timesensor decimal %t_sens_d_mpast[mm~yyyy]% V2.91.5 %ws_ignore%
Sun time decimal %sun_d_mpast[mm~yyyy]% V2.91.5 %ws_ignore%
----------------------- variables for data for any period ------------------------------------------------------
id = -1 .. 46 (-1= main outdoor hum, 0= main outdoor temperature)
yyyy: year must to be always 4-digit, mm month must be always 2-digit, dd day must be always 2-digit
Is for yyyy a negative value (f.e -001) set, uses the program the
current year minus this value for example 2009 -> 2008
is for yyyy "0000" used, uses the program the current viewing year.
Peculiarity:
If the start date is in the future, so the program declines one year
If the end date lies in the future, the data are determined until the current day!
Examples:
[2~01090000~30100000] and the current computer date is 2009-01-10 so the program shows the data
from 2008-09-01 to 2008-10-30.
[2~01090000~30100000] if the current computer date is 2009-11-01 so the program shows the data
from 2009-09-01 to 2009-10-30.
[2~0101-003~31120000] if the current computer date is 2009-11-01 so the program shows the data
from 2006-01-01 to 2009-11-01.
With invalid data (for example year only 3digits) the program give back "- -"
Spring season %ws_seasontxt_spring[yyyy]% V2.96.2 %ws_ignore%
Summer season %ws_seasontxt_summer[yyyy]% V2.96.2 %ws_ignore%
Autumn season %ws_seasontxt_autumn[yyyy]% V2.96.2 %ws_ignore%
Winter season %ws_seasontxt_winter[yyyy]% V2.96.2 %ws_ignore%
Period month/year %ws_seasontxt_monthyear[mm~yyyy]% V2.96.2 %ws_ignore%
Period month/year %ws_seasontxt_monthyear[00~-002]% V2.96.2 %ws_ignore%
Period month/year %ws_seasontxt_monthyear[00~0000]% V2.96.2 %ws_ignore%
Period month/year %ws_seasontxt_monthyear[-1~-001]% V2.96.2 %ws_ignore%
Period month/year %ws_seasontxt_monthyear[-12~-01]% V2.96.2 %ws_ignore%
Period month/year %ws_seasontxt_monthyear[-12~000]% V2.96.2 %ws_ignore%
Period month/year %ws_season_monthyear[00~-002]% V2.96.2 %ws_ignore%
Period month/year %ws_season_monthyear[00~0000]% V2.96.2 %ws_ignore%
Period month/year %ws_season_monthyear[-1~-001]% V2.96.2 %ws_ignore%
Season Cool days %season_cooldays[%ws_season_monthyear[-1~-001]%]% V2.96.2 %ws_ignore%
Period month/year %ws_season_monthyear[mm~yyyy]% V2.96.2 %ws_ignore%
mm: month -12..00..12 have to be at least two-digit, 00=year dates
yyy: Year must be treble, if month -10, -11, -12!!!
yyyy: year must to be always four-digit, there is: 2005(example) direct year
0000(000)=current year, -001 is last year and so on ...
is mm~yyyy -> 99~0000 so the period from recording begin to the
current day is used!
Spring season %ws_season_spring[yyyy]% V2.95.11 %ws_ignore%
Summer season %ws_season_summer[yyyy]% V2.95.11 %ws_ignore%
Autumn season %ws_season_autumn[yyyy]% V2.95.11 %ws_ignore%
Winter season %ws_season_winter[yyyy]% V2.95.11 %ws_ignore%
Example current day is 27.03.2011 %ws_ignore%
Spring season [0000]=21032011~20062011 from V2.96.4 also -901, -902 and so on %ws_ignore%
Summer season [0000]=21062010~22092010 as relative reference possibly: here the program goes %ws_ignore%
Autumn season [0000]=23092010~21122010 another year back, if the period didn't just start %ws_ignore%
Winter season [0000]=22122010~20032011
Spring season [-001]=20032010~20062010 %ws_ignore%
Summer season [-001]=21062010~22092010 %ws_ignore%
Autumn season [-001]=23092010~21122010 %ws_ignore%
Winter season [-001]=22122010~20032011 %ws_ignore%
Spring season [-901]=20032010~20062010 %ws_ignore%
Summer season [-901]=21062009~21092009 %ws_ignore%
Autumn season [-901]=22092009~20122009 %ws_ignore%
Winter season [-901]=21122009~19032010 %ws_ignore%
Spring season [-902]=20032009~20062009 %ws_ignore%
Summer season [-902]=21062008~21092008 %ws_ignore%
Autumn season [-902]=22092008~20122008 %ws_ignore%
Winter season [-902]=21122008~19032009 %ws_ignore%
Season Average *%season_avg[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Sum *%season_sum[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season MinValue *%season_min[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season MinTime %season_mintime[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season MinDate %season_mindate[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season MinTime+Date %season_mindt[id~ddmmyyyy~ddmmyyyy]% V2.95.6 %ws_ignore%
Season MaxValue *%season_max[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season MaxTime %season_maxtime[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season MaxDate %season_maxdate[id~ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season MaxTime+Date %season_maxdt[id~ddmmyyyy~ddmmyyyy]% V2.95.6 %ws_ignore%
Season Average *%season_avg[0~21122007~20032008]% V2.94.0 %ws_ignore%
Season MinValue *%season_min[0~%ws_season_winter[-001]%]% V2.94.0 %ws_ignore%
Season MinTime %season_mintime[0~%ws_season_winter[-001]%]% V2.94.0 %ws_ignore%
Season MinDate %season_mindate[0~%ws_season_winter[-001]%]% V2.94.0 %ws_ignore%
Season MaxValue *%season_max[0~%ws_season_winter[-000]%]% V2.94.0 %ws_ignore%
Season MaxTime %season_maxtime[0~21122007~20032008]% V2.94.0 %ws_ignore%
Season MaxDate %season_maxdate[0~21122007~20032008]% V2.94.0 %ws_ignore%
Season Average *%season_avg[2~21122007~20032008]% V2.94.0 %ws_ignore%
Season Average %ws_newunit[0]=1%*%season_avg[0~21122007~20032008]% - %season_days% V2.94.0 %ws_ignore%
whole year %season_avg[0~0101-001~3112-001]% - and here are %season_days% with data found. V2.94.0 %ws_ignore%
Season days %season_days% V2.94.0 %ws_ignore%
this variable reports days where are data available
Only meaningful, if only one Season-Variable occurs in the line
or only same time limits are used in a line!!
Season frost duration %season_frostduration[%ws_season_monthyear[00~0000]%]% V2.96.2 %ws_ignore%
Season frost duration %season_frostduration[%ws_season_monthyear[00~-001]%]% V2.96.2 %ws_ignore%
Season frost duration %season_frostduration[01092007~31082010]% V2.96.2 %ws_ignore%
Season frost duration %ws_setmem[20]=%season_frostduration[%ws_season_monthyear[00~0000]%]%% V2.96.2 %ws_ignore%
Frost begin %ws_instr=1~17~%ws_getmem[20]%% V2.96.2 %ws_ignore%
Frost end %ws_instr=23~17~%ws_getmem[20]%% V2.96.2 %ws_ignore%
Frost duration %ws_instr=41~20~%ws_getmem[20]%% V2.96.2 %ws_ignore%
Season dryness duration %season_drynessduration[%ws_season_monthyear[00~0000]%]% V2.96.2 %ws_ignore%
Season dryness duration %season_drynessduration[%ws_season_monthyear[00~-001]%]% V2.96.2 %ws_ignore%
Season dryness duration %season_drynessduration[01092007~31082010]% V2.96.2 %ws_ignore%
Season frost duration %season_frostduration[ddmmyyyy~ddmmyyyy]% V2.96.2 %ws_ignore%
Season dryness duration %season_drynessduration[ddmmyyyy~ddmmyyyy]% V2.96.2 %ws_ignore%
Season Ice days %season_icedays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Frost days %season_colddays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Cool days %season_cooldays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Summer days %season_warmdays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Hot days %season_hotdays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season days <= %season_uldays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season days >= %season_uhdays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season days User3 %season_u3days[ddmmyyyy~ddmmyyyy]% V2.95.1 %ws_ignore%
Season days User4 %season_u4days[ddmmyyyy~ddmmyyyy]% V2.95.1 %ws_ignore%
Season days User5 %season_u5days[ddmmyyyy~ddmmyyyy]% V2.96.8 %ws_ignore%
Season trop nights %season_tropndays[ddmmyyyy~ddmmyyyy]% V2.95.5 %ws_ignore%
Season frost grow days %season_frostgrowdays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season rain days %season_raindays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Heatdegree days %season_heatddays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Cooldegree days %season_coolddays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season Growdegree days %season_growddays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season XHeatdegree days %season_xheatddays[ddmmyyyy~ddmmyyyy]% V2.94.0 %ws_ignore%
Season rain days %season_raindaysx[ddmmyyyy~ddmmyyyy~vvvvv]% V2.96.0 %ws_ignore%
Season Growdegree days %season_growddaysx[ddmmyyyy~ddmmyyyy~vvvvv]% V2.96.0 %ws_ignore%
Season days <= %season_uldaysx[ddmmyyyy~ddmmyyyy~vvvvvN]% V2.96.0 %ws_ignore%
Season days >= %season_uhdaysx[ddmmyyyy~ddmmyyyy~vvvvvN]% V2.96.0 %ws_ignore%
Season days <= %season_idldaysx[id~ddmmyyyy~ddmmyyyy~vvvvvvN]% V2.96.8 %ws_ignore%
Season days >= %season_idhdaysx[id~ddmmyyyy~ddmmyyyy~vvvvvvN]% V2.96.8 %ws_ignore%
N=CompareTyp: A=Day-Averages-Value, L=Day-Min-Value, H=Day-Max-Value
the compare value vvvvv must be always 5 signs (example 00002; 003.5; -01.5 ) !!!
vvvvv is °C or mm !!! - other Units are not supported
With season_idhdaysx or season_idldaysx the set units are used! and
the compare value vvvvvv must always have 6 signs (for example 000002; 0003,5; -001,5 ) !!!
Season rain days %season_raindaysx[01012009~31122010~002.5]% V2.96.0 %ws_ignore%
Season Growdegree days %season_growddaysx[01012009~31122010~012.5]% V2.96.0 %ws_ignore%
Season days <= %season_uldaysx[01012009~31122010~-05.5A]% V2.96.0 %ws_ignore%
Season days >= %season_uhdaysx[01012009~31122010~015.5A]% V2.96.0 %ws_ignore%
Season days >= %season_idhdaysx[43~01012009~31122010~0016.5H]% V2.96.8 %ws_ignore%
Season days >= %season_idhdaysx[33~01012009~31122010~1035.0H]% V2.96.8 %ws_ignore%
The season variable can be also worked off direct in the program
-> Weather, Weather forecast, statistic dates
and here you can store it in the ws_store.cfg (variables store files).
You freeing your system with it with the work off of the customised user files.
Furthermore, template_season.txt is anticipated specifically for this!
----------------------- Store Variable in file and get it again ---------------------------------------
xxx = 1 ... 999
Remarks to var xxx %varstore_writer[xxx~remark]% V2.94.0 %ws_ignore%
Store in file %varstore_write[xxx~text]% V2.94.0 %ws_ignore%
Read from file %varstore_read[xxx]% V2.94.0 %ws_ignore%
Read from file %varstore_readc[xxx]% V2.94.0 %ws_ignore%
Read remarks from file %varstore_readr[xxx]% V2.95.4 %ws_ignore%
Remarks to var 9 %varstore_writer[9~^season_min[0~21122007~20032008]^]% V2.94.0 %ws_ignore%
Store season data %varstore_write[9~%season_min[0~21122007~20032008]%]% V2.94.0 %ws_ignore%
Read stored variable %varstore_read[9]% V2.94.0 %ws_ignore%
If you would like at ..._writer[... to store a variable, replace the percent %ws_ignore%
with "^" as well as the program makes this automatic for you. %ws_ignore%
If you would like to read this variable ..._readr[... again, Wswin replaces the "^" %ws_ignore%
with a percent and at work off of this reread variable it set the data with it. %ws_ignore%
You can use this for a dynamic updating. %ws_ignore%
Examples: #########################################################################################################
Average x-day %avgvalpast[0~-7~00~0000]% V2.85.1
Average x-day %avgvalpast[2~00~-1~0000]% V2.85.1
Average x-day %avgvalpast[2~00~00~-001]% V2.85.1
Average x-day %avgvalpast[0~21~12~2004]% V2.85.1
Min-value x-day %minvalpast[0~00~00~-001]% V2.85.1
Min-time x-day %mintimepast[0~00~00~-001]% V2.85.1
Min-date x-day %mindatepast[0~00~00~-001]% V2.85.1
Min-value x-day %minvalpast[0~21~12~2004]% V2.85.1
Min-time x-day %mintimepast[0~21~12~2004]% V2.85.1
Max-value x-day %maxvalpast[0~21~12~2004]% V2.85.1
Max-time x-day %maxtimepast[0~21~12~2004]% V2.85.1
Average x-month/year %avgval_mpast[0~00~2004]% V2.85.2
Min-val x-month/year %minval_mpast[2~00~-001]% V2.85.2
Min-time x-month/year %mintime_mpast[33~00~-001]% V2.85.2
Min-date x-month/year %mindate_mpast[id~00~-001]% V2.85.2
Max-val x-month/year %maxval_mpast[0~00~-001]% V2.85.2
Max-time x-month/year %maxtime_mpast[0~00~-001]% V2.85.2
Max-date x-month/year %maxdate_mpast[0~00~-001]% V2.85.2
AverageMinTemp. x-year %avgmintemp_mpast[00~2004]% V2.85.2
AverageMaxTemp. x-year %avgmaxtemp_mpast[00~-001]% V2.85.2
AberageMinTemp. x-month %avgmintemp_mpast[%ws_month2%~-001]% V2.85.2
AberageMaxTemp. x-month %avgmaxtemp_mpast[01~-001]% V2.85.2
Max-Val x-month %maxval_mpast[37~%ws_month2%~-001]% V2.85.2
Avg.MinTemp. x-month/y. %avgmintemp_mpast[00~-001]% V2.85.2
Avg.MaxTemp. x-month/y. %avgmaxtemp_mpast[00~-001]% V2.85.2
Iced ays x-month/year %icedays_mpast[00~-001]% V2.85.2
Cold days x-month/year %colddays_mpast[00~-001]% V2.85.2
Cool days x-month/year %cooldays_mpast[00~-001]% V2.85.2
Summerdays x-month/year %warmdays_mpast[00~-001]% V2.85.2
Hot days x-month/year %hotdays_mpast[00~-001]% V2.85.2
Days <= x-month/year %uldays_mpast[00~-001]% V2.85.2
Days >= x-month/year %uhdays_mpast[00~-001]% V2.85.2
Days U3 x-Monat/Jahr %u3days_mpast[00~-001]% V2.95.1
Days U4 x-Monat/Jahr %u4days_mpast[00~-001]% V2.95.1
Soil frost days year %frostgrowdays_mpast[00~-001]% V2.93.8
Heatdegree days x-m/y %heatdegreedays_mpast[00~-001]% V2.85.2
Cooldegree days x-m/y %cooldegreedays_mpast[00~-001]% V2.85.2
Growdegree days x-m/y %growdegreedays_mpast[00~-001]% V2.85.2
XHeatdegree days x-m/y %xheatdegreedays_mpast[00~-001]% V2.85.2
Growing temperature %growingtemp_mpast[00~-001]% V2.93.10
Growing temperat date %growingtempdate_mpast[00~-001]% V2.93.10
Frost Sum %icesum_mpast[00~-001]% V2.93.19
Frost Sum current %icesum_mpast[00~0000]% %ws_ignore%
Frost Sum current+1 %icesum_mpast[00~2012]% %ws_ignore%
Frost Sum current %icesum% %ws_ignore%
Frost Sum current Jan %icesum_mpast[01~0000]% V2.96.9 %ws_ignore%
Frost Sum current Feb %icesum_mpast[02~0000]% V2.96.9 %ws_ignore%
Frost Sum current Mar %icesum_mpast[03~0000]% V2.96.9 %ws_ignore%
Frost Sum Nov cur %icesum_mpast[11~0000]% V2.96.9 %ws_ignore%
Frost Sum Dec cur %icesum_mpast[12~0000]% V2.96.9 %ws_ignore%
Frost Sum Nov LY %icesum_mpast[11~-001]% V2.96.9 %ws_ignore%
Frost Sum Dez LY %icesum_mpast[12~-001]% V2.96.9 %ws_ignore%
Thermal Sum %warmsum_mpast[00~-001]% V2.95.1
First cold day year %firstcoldday_mpast[00~-001]% Northern hemisphere = 2.semester V2.85.7
First cold day/time y. %firstcolddaytime_mpast[00~-001]% V2.85.7
Value 1. cold day year %firstcolddayval_mpast[00~-001]% V2.85.7
Last cold day year %lastcoldday_mpast[00~-001]% Northern hemisphere = 1.semester V2.85.7
Last cold day/time y. %lastcolddaytime_mpast[00~-001]% V2.85.7
Value last cold day-y %lastcolddayval_mpast[00~-001]% V2.85.7
1. grow frost day year %firstgrowfrostday_mpast[00~-001]% Northern hemisphere = 2.semester V2.93.11
1. grow frost daytime %firstgrowfrostdaytime_mpast[00~-001]% V2.93.11
1. grow frost value %firstgrowfrostdayval_mpast[00~-001]% V2.93.11
Last growfrostday year %lastgrowfrostday_mpast[00~-001]% Northern hemisphere = 1.semester V2.93.11
L. growforstdaytime y %lastgrowfrostdaytime_mpast[00~-001]% V2.93.11
value last growfrost %lastgrowfrostdayval_mpast[00~-001]% V2.93.11
Wind number values %wind_values_mpast[00~0000]% V2.85.2
Wind force 0Bft in % %windbftproz_0_mpast[00~0000]% V2.85.2
Wind force 1Bft in % %windbftproz_1_mpast[00~0000]% V2.85.2
Wind force 2Bft in % %windbftproz_2_mpast[00~0000]% V2.85.2
Wind force 3Bft in % %windbftproz_3_mpast[00~0000]% V2.85.2
Wind force 4Bft in % %windbftproz_4_mpast[00~0000]% V2.85.2
Wind force 5Bft in % %windbftproz_5_mpast[00~0000]% V2.85.2
Wind force 6Bft in % %windbftproz_6_mpast[00~0000]% V2.85.2
Wind force 7Bft in % %windbftproz_7_mpast[00~0000]% V2.85.2
Wind force 8Bft in % %windbftproz_8_mpast[00~0000]% V2.85.2
Wind force 9Bft in % %windbftproz_9_mpast[00~0000]% V2.85.2
Wind force 10Bft in % %windbftproz_10_mpast[00~0000]% V2.85.2
Wind force 11Bft in % %windbftproz_11_mpast[00~0000]% V2.85.2
Wind force>=12Bft in% %windbftproz_12_mpast[00~0000]% V2.85.2
Wind force Gust (only valid for WM-918, WMR-9x8, VantagePro)
Gust number values %windg_values_mpast[00~0000]% V2.85.2
Wind force 0Bft in % %windgbftproz_0_mpast[00~0000]% V2.85.2
Wind force 1Bft in % %windgbftproz_1_mpast[00~0000]% V2.85.2
Wind force 2Bft in % %windgbftproz_2_mpast[00~0000]% V2.85.2
Wind force 3Bft in % %windgbftproz_3_mpast[00~0000]% V2.85.2
Wind force 4Bft in % %windgbftproz_4_mpast[00~0000]% V2.85.2
Wind force 5Bft in % %windgbftproz_5_mpast[00~0000]% V2.85.2
Wind force 6Bft in % %windgbftproz_6_mpast[00~0000]% V2.85.2
Wind force 7Bft in % %windgbftproz_7_mpast[00~0000]% V2.85.2
Wind force 8Bft in % %windgbftproz_8_mpast[00~0000]% V2.85.2
Wind force 9Bft in % %windgbftproz_9_mpast[00~0000]% V2.85.2
Wind force 10Bft in % %windgbftproz_10_mpast[00~0000]% V2.85.2
Wind force 11Bft in % %windgbftproz_11_mpast[00~0000]% V2.85.2
Wind force>=12Bft in% %windgbftproz_12_mpast[00~0000]% V2.85.2
Wind calm in % %wind_calmproz_mpast[00~-001]% V2.85.3
DistributionWD% N-NE %winddirproz_NNE_mpast[00~-001]% V2.85.3
DistributionWD% NE %winddirproz_NE_mpast[00~-001]% V2.85.3
DistributionWD% NE-E %winddirproz_NEE_mpast[00~-001]% V2.85.3
DistributionWD% E %winddirproz_E_mpast[00~-001]% V2.85.3
DistributionWD% E-SE %winddirproz_ESE_mpast[00~-001]% V2.85.3
DistributionWD% SE %winddirproz_SE_mpast[00~-001]% V2.85.3
DistributionWD% SE-S %winddirproz_SES_mpast[00~-001]% V2.85.3
DistributionWD% S %winddirproz_S_mpast[00~-001]% V2.85.3
DistributionWD% S-SW %winddirproz_SSW_mpast[00~-001]% V2.85.3
DistributionWD% SW %winddirproz_SW_mpast[00~-001]% V2.85.3
DistributionWD% SW-W %winddirproz_SWW_mpast[00~-001]% V2.85.3
DistributionWD% W %winddirproz_W_mpast[00~-001]% V2.85.3
DistributionWD% W-NW %winddirproz_WNW_mpast[00~-001]% V2.85.3
DistributionWD% NW %winddirproz_NW_mpast[00~-001]% V2.85.3
DistributionWD% NW-N %winddirproz_NWN_mpast[00~-001]% V2.85.3
DistributionWD% N %winddirproz_N_mpast[00~-001]% V2.85.3
Dom. wind direction %domwind_txt_mpast[00~-001]% V2.85.3
Dom. wind direc. gust %domwindg_txt_mpast[00~-001]% V2.85.3
Rain x-month/year %rain_mpast[00~0000]% V2.85.2
Rain days month/year %raindays_mpast[00~0000]% V2.85.2
RegenTage 2 mm m/y %rain2days_mpast[00~0000]% V2.85.2
RegenTage 5 mm m/y %rain5days_mpast[00~0000]% V2.85.2
RegenTage 10mm m/y %rain10days_mpast[00~0000]% V2.85.2
RegenTage 20mm h/y %rain20days_mpast[00~0000]% V2.85.2
Windrun x-month/year %windrun_mpast[00~0000]% V2.85.2
Evapotransp. x-m./y. %ws_evapotrans_mpast[00~0000]% V2.85.2
ET VantagePro x-m./y. %ws_evapotransvt_mpast[00~0000]% V2.85.2
Timesensor x-month/year %t_sens_mpast[00~0000]% V2.85.2
Sun time x-month/year %sun_mpast[00~0000]% V2.85.2
Sun time x-month/year %sun_d_mpast[00~0000]% V2.91.5
-----------------------Temperature / Humidity ---------------------------------------------------------------------
Special feature of these variable: Purchase-sensor is here always the sensor
which was chosen also for dew point
Outdoor sensor state %ws_colorstate_sens[0]%
Outdoor sensor state %ws_state_sens[0]%
Number with Cur-flag %ws_stateakt_sens[0]% V2.84.4
Value current %ws_akt_sens[0]% V2.84.4
Receiving quality %ws_calc1[*]=%ws_calc[/]=%ws_stateakt_sens[0]%~%ws_stateakt_sens[00]%~4%~100~2% % V2.84.4
Sensor install date %sensorinstalled[0]%
Outside temp. *%curval[0]% V2.84.4
Average value os-temp *%avgval[0]% at month_only too V2.84.4
Min-value outside temp *%minval[0]% V2.84.4
Min-value outside temp %mintime[0]% V2.84.4
Min-day/month outs-t. %mindaymonth[0]% V2.84.4
Max-value outside temp *%maxval[0]% V2.84.4
Max-value outside temp %maxtime[0]% V2.84.4
Max-day/month outs-t. %maxdaymonth[0]% V2.84.4
with reference to day (not 24 hours)
Max-Outside temp day *%maxtempday%
Time Max-Outsidetemp d %maxtempdaytime%
Min-Outside temp day *%mintempday%
Time Min-Outsidetemp d %mintempdaytime%
or
Max-Outside temp day %curminmaxhour[2,0,0]%
Time Max-Outsidetemp d %maxtimecurday[0]%
Min-Outside temp day %curminmaxhour[1,0,0]%
Time Min-Outsidetemp d %mintimecurday[0]%
Dew point extra %ws_dewpoint[temp~hum]% V2.94.0
Dew point extra %ws_dewpoint[16,0~60]% V2.94.0
Windchill extra %ws_windchill[temp~wind]% V2.94.0
Windchill extra %ws_windchill[5,0~36,8]% V2.94.0
ApparentTemp *%apparenttemp% V2.96.1
Heat Index Outdoor *%heatindextemp%
Virtual Temperature *%virtualtemp%
Wet bulb *%wetbulbtemp%
SummerSimmerIndex *%ws_ssi%
Outside - humidity %curval[-1]% V2.84.5
Average value os-hum %avgval[-1]% at month_only too V2.84.5
Min-value outside hum. %minval[-1]% V2.84.5
Min-value outside hum. %mintime[-1]% V2.84.5
Max-value outside hum. %maxval[-1]% V2.84.5
Max-value outside hum. %maxtime[-1]% V2.84.5
Absolute outside hum. %abshumout%
Grow sensorID -5cm %ws_growsensor-5cm_id% V2.84.10
Grow sensorID %ws_growsensor_id% V2.84.10
Grow temp 14 o'clock %growtemp14% V2.85.7
Humidity 14 o'clock %relhum14% V2.85.7
Hours humidity >=90% %hum90hour% V2.85.7
Grow temp 14 o'clock %growtemp14[dd~mm~yyyy]% V2.85.7 %ws_ignore%
Humidity 14 o'clock %relhum14[dd~mm~yyyy]% V2.85.7 %ws_ignore%
Hours humidity >=90% %hum90hour[dd~mm~yyyy]% V2.85.7 %ws_ignore%
Example:
Grow temp 14 o'clock %growtemp14[-1~00~0000]% V2.85.7
Humidity 14 o'clock %relhum14[-1~00~0000]% V2.85.7
Hours humidity >=90% %hum90hour[-1~00~0000]% V2.85.7
Temperature change
of the last 60 minutes %tempchange[0]=60% V2.84.4
of the last 30 minutes %tempchange[0]=30% V2.84.4
of the last 5 minutes %tempchange[0]=5% V2.84.4
Temp change last hour %curminmaxhour[4,1,0]% V2.84.4
Temp change last 3 hours %curminmaxhour[4,3,0]% V2.84.4
Temp change last 24hours %curminmaxhour[4,24,0]% V2.84.4
needs 24 hour view:
Temp at 0:00 %curminmaxhour[0,0,0]%
Temp before 1 hour %curminmaxhour[0,1,0]%
Temp before 2 hours %curminmaxhour[0,2,0]%
Temp before 3 hours %curminmaxhour[0,3,0]%
Temp before 4 hours %curminmaxhour[0,4,0]%
Temp before 5 hours %curminmaxhour[0,5,0]%
Temp before 6 hours %curminmaxhour[0,6,0]%
Temp before 7 hours %curminmaxhour[0,7,0]%
Temp before 8 hours %curminmaxhour[0,8,0]%
Temp before 9 hours %curminmaxhour[0,9,0]%
Temp before 10 hours %curminmaxhour[0,10,0]%
Temp before 11 hours %curminmaxhour[0,11,0]%
Temp before 12 hours %curminmaxhour[0,12,0]%
Temp before 13 hours %curminmaxhour[0,13,0]%
Temp before 14 hours %curminmaxhour[0,14,0]%
Temp before 15 hours %curminmaxhour[0,15,0]%
Temp before 16 hours %curminmaxhour[0,16,0]%
Temp before 17 hours %curminmaxhour[0,17,0]%
Temp before 18 hours %curminmaxhour[0,18,0]%
Temp before 19 hours %curminmaxhour[0,19,0]%
Temp before 20 hours %curminmaxhour[0,20,0]%
Temp before 21 hours %curminmaxhour[0,21,0]%
Temp before 22 hours %curminmaxhour[0,22,0]%
Temp before 23 hours %curminmaxhour[0,23,0]%
Temp before 24 hours %curminmaxhour[0,24,0]%
needs 24 hour view:
Temp at 00:00 %curminmaxhour[5,0,0]% V2.85.8
Temp at 01:00 %curminmaxhour[5,1,0]%
Temp at 02:00 %curminmaxhour[5,2,0]%
Temp at 03:00 %curminmaxhour[5,3,0]%
Temp at 04:00 %curminmaxhour[5,4,0]%
Temp at 05:00 %curminmaxhour[5,5,0]%
Temp at 06:00 %curminmaxhour[5,6,0]%
Temp at 07:00 %curminmaxhour[5,7,0]%
Temp at 08:00 %curminmaxhour[5,8,0]%
Temp at 09:00 %curminmaxhour[5,9,0]%
Temp at 10:00 %curminmaxhour[5,10,0]%
Temp at 11:00 %curminmaxhour[5,11,0]%
Temp at 12:00 %curminmaxhour[5,12,0]%
Temp at 13:00 %curminmaxhour[5,13,0]%
Temp at 14:00 %curminmaxhour[5,14,0]%
Temp at 15:00 %curminmaxhour[5,15,0]%
Temp at 16:00 %curminmaxhour[5,16,0]%
Temp at 17:00 %curminmaxhour[5,17,0]%
Temp at 18:00 %curminmaxhour[5,18,0]%
Temp at 19:00 %curminmaxhour[5,19,0]%
Temp at 20:00 %curminmaxhour[5,20,0]%
Temp at 21:00 %curminmaxhour[5,21,0]%
Temp at 22:00 %curminmaxhour[5,22,0]%
Temp at 23:00 %curminmaxhour[5,23,0]%
Temp at 24:00 %curminmaxhour[5,24,0]%
StandardTempDerivation %ws_STDV% with reference to month/month
StandardTempDeriv month %ws_STDVmonth% with reference to month/month
NormalTemperature %ws_normaltemp% at month_only too
Average Temp Month %ws_avgtempmonth%
Average Temp Month x %ws_avgtempmonth[%ws_month%]% %ws_month%=x=0..12, 0=year, 1..12=month
Average Temp Month 01 %ws_avgtempmonth[1]%
Average Temp Month 06 %ws_avgtempmonth[6]%
Std.TempDerivation year %ws_STDV_year% with reference to current view/year
Std.TempDerivation year %ws_STDVyear% with reference to year/year
Normal temp year %ws_normaltempyear%
Average temp year %ws_avgtempyear%
Average temp year %ws_avgtempmonth[0]%
Mean MinTemper. %ws_avgmintemp% only at Week,Month,Year
Mean MaxTemper. %ws_avgmaxtemp% only at Week,Month,Year
Average MinTemp year %ws_avgmintempyear%
Average MaxTemp yaear %ws_avgmaxtempyear%
Average MinTemp month %ws_avgmintempmonth% at month_only too
Average MaxTemp mont %ws_avgmaxtempmonth% at month_only too
Variables only valid for week,month,year:
Min-value day os temp *%minvalday[0]% at month_only too - use only in template V2.84.4
Min-time day os temp %mintimeday[0]% at month_only too - use only in template V2.84.4
Min-day day os temp %mindayday[0]% at month_only too V2.84.4
Min-day day os tempsh. %mindaydays[0]% at month_only too V2.84.4
Max-value day os temp *%maxvalday[0]% at month_only too - use only in template V2.84.4
Max-time day os demp %maxtimeday[0]% at month_only too - use only in template V2.84.4
Max-day day os temp %maxdayday[0]% at month_only too V2.84.4
Max-day day os-tempsh. %maxdaydays[0]% at month_only too V2.84.4
Min-value day os hum %minvalday[-1]% at month_only too - use only in template V2.84.5
Min-time day os hum %maxtimeday[-1]% at month_only too - use only in template V2.84.5
Min-day day os hum %maxdayday[-1]% at month_only too V2.84.5
Max-value day os hum %maxvalday[-1]% at month_only too - use only in template V2.84.5
Max-time day os hum %maxtimeday[-1]% at month_only too - use only in template V2.84.5
Min-day day os hum %maxdayday[-1]% at month_only too V2.84.5
Icedays month %ws_icedays_m% at month_only too
Icedays monsth l.year %ws_ly_icedays_m%
Colddays month %ws_colddays_m% at month_only too
Colddays month last y. %ws_ly_colddays_m%
Cooldays month %ws_cooldays_m% at month_only too
Cooldays month last y. %ws_ly_cooldays_m%
Warmdays month %ws_warmdays_m% at month_only too
Warmdays month last y. %ws_ly_warmdays_m%
Hotdays month %ws_hotdays_m% at month_only too
Hotdays month last y. %ws_ly_hotdays_m%
Icedays year %ws_icedays_y%
Icedays last year %ws_ly_icedays_y%
Colddays year %ws_colddays_y%
Colddays last year %ws_ly_colddays_y%
Cooldays year %ws_cooldays_y%
Cooldays last year %ws_ly_cooldays_y%
Warmdays year %ws_warmdays_y%
Warmdays last year %ws_ly_warmdays_y%
Hot days year %ws_hotdays_y%
Hot days last year %ws_ly_hotdays_y%
Tropic night days cur %ws_tropndays_y% V2.94.0
Tropic night days l y %ws_ly_tropndays_y% V2.94.0
First cold day year %firstcoldday% Northern hemisphere = 2.semester V2.85.0.3
First cold day/time y. %firstcolddaytime% V2.85.0.3
Value 1. cold day year %firstcolddayval% V2.85.0.3
Last cold day year %lastcoldday% Northern hemisphere = 1.semester V2.85.2
Last cold day/time y. %lastcolddaytime% V2.85.2
Value last cold day-y %lastcolddayval% V2.85.2
1.grow frost day year %firstgrowfrostday% Northern hemisphere = 2.semester V2.93.11
1.grow frost daytime y %firstgrowfrostdaytime% V2.93.11
Value grow frostday y %firstgrowfrostdayval% V2.93.11
L. grow frost day year %lastgrowfrostday% Northern hemisphere = 1.semester V2.93.11
L. grow frost daytime y %lastgrowfrostdaytime% V2.93.11
Value l. growfrostday y %lastgrowfrostdayval% V2.93.11
Begin last frost day %ws_lasticedaystart% V2.85.3
Begin l. frost day:time %ws_lasticedaystartt% V2.85.3a
Begin l. frost day:date %ws_lasticedaystartd% V2.85.3a
End last frost day %ws_lasticeday% V2.85.2
End last frost day:time %ws_lasticedayt% V2.85.2
End l. frost day:date %ws_lasticedayd% V2.85.2
Duration frost time %ws_iceday_duration% V2.85.2
Dur frost time (short) %ws_iceday_durations% V2.85.2
Duration frost time #%ws_iceday_duration[1]% V2.92.6 %ws_ignore%
Dur frost time (short) #%ws_iceday_durations[1]% V2.92.6 %ws_ignore%
User defined limit value <= xxx
Limit Value<= %ws_uldaysvalue%
Text <= %ws_uldaystext%
Days month <= %ws_uldays_m% at month_only too
Days year <= %ws_uldays_y%
UserLow month last year %ws_ly_uldays_m% at month_only too
UserLow last year %ws_ly_uldays_y%
User defined limit value >= xxx
Grenz-Wert >= %ws_uhdaysvalue%
Text >= %ws_uhdaystext%
Days month >= %ws_uhdays_m% at month_only too
Days year >= %ws_uhdays_y%
Userhigh month lastyear %ws_ly_uhdays_m% at month_only too
Userhigh last year %ws_ly_uhdays_y%
User defined limit value 3 V2.95.1
Limit Value U3 %ws_u3daysvalue%
Text U3 %ws_u3daystext%
Days month U3 %ws_u3days_m% at month_only too
Days year U3 %ws_u3days_y%
User defined limit value 4 V2.95.1
Limit Value U4 %ws_u4daysvalue%
Text U4 %ws_u4daystext%
Days month U4 %ws_u4days_m% at month_only too
Days year U4 %ws_u4days_y%
User defined limit value 5 V2.96.8
Limit Value U5 %ws_u5daysvalue%
Text U5 %ws_u5daystext%
Days month U5 %ws_u5days_m% at month_only too
Days year U5 %ws_u5days_y%
Mod SolarSensor %ws_msolars%
Mod SolarSensor Prozent %ws_msolarsproz%
Heatdegreedays Basic %heatdegreedaysbase%
Heatdegreedays Month %heatdegreedaysmonth% at month_only too
Heatdegreedays Year %heatdegreedaysyear%
Heatdegreedays Day %heatdegreedaysday%
Cooldegreedays Basic %cooldegreedaysbase%
Cooldegreedays Monat %cooldegreedaysmonth% at month_only too
Cooldegreedays Jahr %cooldegreedaysyear%
Cooldegreedays Day %cooldegreedaysday%
Growingdegreedays Basic %growdegreedaysbase%
Growingdegreedays Month %growdegreedaysmonth% at month_only too
Growingdegreedays Year %growdegreedaysyear%
Growingdegreedays Day %growdegreedaysday%
X-Heatdegreedays Basic %xheatdegreedaysbase%
X-Heatdegreedays Month %xheatdegreedaysmonth% at month_only too
X-Heatdegreedays Year %xheatdegreedaysyear%
X-Heatdegreedays Day %xheatdegreedaysday%
Growing temperature %growingtemp% V2.93.10
Growing temperat date %growingtempdate% V2.93.10
Ice Sum %icesum% V2.93.19
Thermal Sum %warmsum% V2.95.1
Value Thermal Sum %warmsumvalue% V2.95.1
Thermal stress (no val) %thermicstress_nv%
Thermal stress (no val)#%thermicstress_nv[0]% V2.91.4 %ws_ignore%
Thermal stress only val %thermicstress_value%
Thermal stress index %thermicstress%
Grafik Thermal stress %thermicstressgif%
----------------------- Barometer ---------------------------------------------
Baro Sensor %ws_colorstate_sens[33]%
Baro Sensor %ws_state_sens[33]%
Current Barometer *%curval[33]%
Barometric tendency 1h %ws_baro1h%
Barometric tendency 2h %ws_baro2h%
Barometric tendency 3h %ws_baro3h%
Barometric tendency 6h %ws_baro6h%
Barometric tendency 12h %ws_baro12h%
Barometric tendency 24h %ws_baro24h%
Site air pressure *%baro_station%
Min baro last 12h %curminmaxhour[1,12,33]%
Max baro last 12h %curminmaxhour[2,12,33]%
Baro before 12h %curminmaxhour[0,12,33]%
Baro avg last 12h %curminmaxhour[3,12,33]%
Baro diff last 12h %curminmaxhour[4,12,33]%
Baro diff last 24h %curminmaxhour[4,24,33]%
with reference to day (not 24 hours)
Max air pressure day %maxbaroday%
Time Max air pressure day %maxbarodaytime%
Min air pressure day %minbaroday%
Time Min air pressure day %minbarodaytime%
Min time current day %mintimecurday[33]% V2.82.4
Max time current day %maxtimecurday[33]% V2.82.4
only at day and 24h view relevant:
max. Baro changes 1h %ws_maxbaro1h%
max. baro changes 24h %ws_maxbaro24h%
Barometric tendency6h icon %ws_baro_icon%
Barometric tendency3h icon %ws_baro3h_icon%
Barometric tendency text %ws_barotendencytxt%
Barometric tendency text #%ws_barotendencytxt[0]% V2.91.4 %ws_ignore%
current vapor pressure %vaporpressurcur%
max. vapor pressure %vaporpressurmax%
current mix ratio %mixratiocur%
max mix ratio %mixratiomax%
air density %airdensity% V2.83.4
----------------------- Wind --------------------------------------------------
Wind sensor state %ws_colorstate_sens[35]%
Wind sensor state %ws_state_sens[35]%
Winddirection graphic %windd_gra% mod V2.96.5
Windd.graph w. range %winddrange_gra% V2.83.2 - mod V2.96.5
Winddir graphic 10° %windd10_gra% -> wind_00.gif, wind_01.gif ... wind_36.gif
Winddir graphic 22.5° %windd22_gra% -> wind00.gif, wind01.gif ... wind16.gif 00=N,01=NNE
Dom. Wind direction %domwind_txt% Dominating wind direction in the selected View
Dom. Wind direction #%domwind_txt[0]% V2.91.4 %ws_ignore%
Wind dir text %wind_txt% at month_only too
Windd.text wo 22.5° %wind_txtonly% at month_only too (only ELV/La Crosse)
Windd.text wo 22.5° #%wind_txtonly[0]% V2.91.4 %ws_ignore%
Wind range %wind_range% 0=0°, 1=22.5°, 2=45°, 3=67.5° V2.83.0
Wind dir text long %wind_txtlong%
Wind dir text long #%wind_txtlong[0]% at month_only too V2.91.4 %ws_ignore%
WindMaxText %windmax_txt% (Direction at max. Wind)
WindMaxText #%windmax_txt[0]% V2.91.4 %ws_ignore%
create direction text %makewind_txt[v]% v = 0..360 V2.85.8
%makewind_txt[%avgval[36]%]%
%makewind_txt[6 °]%
%makewind_txtlong[v]% V2.96.1
only VantagePro (Weatherlink) Gust
Winddirection graphic %windgd_gra% mod V2.96.5
Winddir grapch 22,5° %windgd22_gra% -> wind00.gif, wind01.gif ... wind16.gif 00=N,01=NNE
Dom. Winddirection %domwindg_txt% Dominating gust wind direction in the selected View
Dom. Winddirection #%domwindg_txt[0]% V2.91.4 %ws_ignore%
Winddirection Gust %windg_value%
Winddirection text %windg_txt% at month_only too
Winddirection text #%windg_txt[0]% at month only too V2.91.4 %ws_ignore%
Winddirection text long %windg_txtlong% at month_only too
Winddirection text long#%windg_txtlong[0]% at month only too V2.91.4 %ws_ignore%
Dom. Winddirection %curminmaxhour[3,1,36]% V2.94.0
only WMx9x8 and VantagePro:
WindGustMaxText %windgmax_txt% (Direction at max. Windgust)
WindGustMaxText #%windgmax_txt[0]% (Direction at max Windgust) V2.91.4 %ws_ignore%
MaxWind last 12h %curminmaxhour[2,12,35]%
MaxWind last 6h %curminmaxhour[2,6,35]%
MaxWind last 3h %curminmaxhour[2,3,35]%
MaxWind last 1h %curminmaxhour[2,1,35]%
Wind before 12h %curminmaxhour[0,12,35]%
Wind before 1h %curminmaxhour[0,1,35]%
Wind avg last 1h %curminmaxhour[3,1,35]%
with reference to day (not 24 hours)
Max wind day %maxgustday%
Time Max wind day %maxgustdaytime%
Max wind current day %curminmaxhour[2,0,35]% V2.82.4
Time max wind cur day %maxtimecurday[35]%
Wind average cur day %curminmaxhour[3,0,35]% V2.82.4
Wind at 0 hour %curminmaxhour[0,0,35]% V2.82.4
Average value wind *%avgval[35]%
Wind force *%curval[35]%
Wind direction %curval[36]%
10min avg wind dir %avg10minwinddir%
10min avg wind dir txt %avg10minwinddir_txt%
10min avg. Wind *%avg10minwind% V2.94.4 mod
10min avg wind kts %avg10minwindkts% V2.83.0
10min avg Gust *%avg10minwindg% V2.94.4 mod
10min avg Gust in kts %avg10minwindgkts% V2.83.0
1min avg. Wind *%avg1minwind% V2.94.4 mod
2min avg. Wind *%avg2minwind% V2.94.4 mod
Curr wind in knots %nrtwindkts% V2.91.1
Curr gust in knots %nrtwindgkts% V2.91.1
Curr Wind in BFT %windbft%
Curr Gust in BFT %windgbft%
Curr Wind in Knots %windkts% V2.83.0
Curr Gust in Knots %windgkts% V2.83.0
Current wind in m/s %windms% V2.85.7
Current gust in m/s %windgms% V2.85.7
with reference to day (not 24 hours)
Max wind in m/s %windmaxms% V2.85.7
Max gust in m/s %windgmaxms% V2.85.7
Max wind in knots %windmaxkts% V2.85.8
Max gust in knots %windgmaxkts% V2.85.8
Text wind force %textwindbft% V2.83.0
Text gust wind force %textwindgbft% V2.83.0
Text wind force #%textwindbft[0]% V2.91.4 %ws_ignore%
Text gust wind force #%textwindgbft[0]% V2.91.4 %ws_ignore%
MinValue Wind in Bft %minwindbft% at month_only too
MaxValue Wind in Bft %maxwindbft% at month_only too
Average Value Wind Bft %avgwindbft% at month_only too
MinValue Gust in Bft %minwindgbft% at month_only too
MaxValue Gust in Bft %maxwindgbft% at month_only too
Average Value Gust Bft %avgwindgbft% at month_only too
Sensor availabel+Html %ws_available[45]=Yes,No%
Wind run view %windrun_cur%
Wind run month %windrun_month% at month_only too
Wind run year %windrun_year%
Wind calm values %wind_calm%
Wind calm in % %wind_calmproz%
DistributionWD% Values %winddirproz_value%
DistributionWD% N-NE %winddirproz_NNE%
DistributionWD% NE %winddirproz_NE%
DistributionWD% NE-E %winddirproz_NEE%
DistributionWD% E %winddirproz_E%
DistributionWD% E-SE %winddirproz_ESE%
DistributionWD% SE %winddirproz_SE%
DistributionWD% SE-S %winddirproz_SES%
DistributionWD% S %winddirproz_S%
DistributionWD% S-SW %winddirproz_SSW%
DistributionWD% SW %winddirproz_SW%
DistributionWD% SW-W %winddirproz_SWW%
DistributionWD% W %winddirproz_W%
DistributionWD% W-NW %winddirproz_WNW%
DistributionWD% NW %winddirproz_NW%
DistributionWD% NW-N %winddirproz_NWN%
DistributionWD% N %winddirproz_N%
only VantagePro
Wind calm values %windg_calm%
Wind calm in % %windg_calmproz%
DistributiomWR% Werte %windgdirproz_value%
DistributiomWR% N-NO %windgdirproz_NNE%
DistributiomWR% NO %windgdirproz_NE%
DistributiomWR% NO-O %windgdirproz_NEE%
DistributiomWR% O %windgdirproz_E%
DistributiomWR% O-SO %windgdirproz_ESE%
DistributiomWR% SO %windgdirproz_SE%
DistributiomWR% SO-S %windgdirproz_SES%
DistributiomWR% S %windgdirproz_S%
DistributiomWR% S-SW %windgdirproz_SSW%
DistributiomWR% SW %windgdirproz_SW%
DistributiomWR% SW-W %windgdirproz_SWW%
DistributiomWR% W %windgdirproz_W%
DistributiomWR% W-NW %windgdirproz_WNW%
DistributiomWR% NW %windgdirproz_NW%
DistributiomWR% NW-N %windgdirproz_NWN%
DistributiomWR% N %windgdirproz_N%
Wind number values %wind_values%
Wind force 0Bft in % %windbftproz_0%
Wind force 1Bft in % %windbftproz_1%
Wind force 2Bft in % %windbftproz_2%
Wind force 3Bft in % %windbftproz_3%
Wind force 4Bft in % %windbftproz_4%
Wind force 5Bft in % %windbftproz_5%
Wind force 6Bft in % %windbftproz_6%
Wind force 7Bft in % %windbftproz_7%
Wind force 8Bft in % %windbftproz_8%
Wind force 9Bft in % %windbftproz_9%
Wind force 10Bft in % %windbftproz_10%
Wind force 11Bft in % %windbftproz_11%
Wind force>=12Bft in% %windbftproz_12%
Wind force Gust (only valid for WM-918, WMR-9x8, VantagePro)
Gust number values %windg_values%
Wind force 0Bft in % %windgbftproz_0%
Wind force 1Bft in % %windgbftproz_1%
Wind force 2Bft in % %windgbftproz_2%
Wind force 3Bft in % %windgbftproz_3%
Wind force 4Bft in % %windgbftproz_4%
Wind force 5Bft in % %windgbftproz_5%
Wind force 6Bft in % %windgbftproz_6%
Wind force 7Bft in % %windgbftproz_7%
Wind force 8Bft in % %windgbftproz_8%
Wind force 9Bft in % %windgbftproz_9%
Wind force 10Bft in % %windgbftproz_10%
Wind force 11Bft in % %windgbftproz_11%
Wind force>=12Bft in% %windgbftproz_12%
State of sea (text) %seaforce%
State of sea (text) #%seaforce[0]% V2.91.4 %ws_ignore%
Sea graphic %sea_gif%
----------------------- Rain ---------------------------------------------
Rain sensor %ws_colorstate_sens[34]%
Rain sensor state %ws_state_sens[34]%
Current rain *%curval[34]%
Rain rate /hour %rainrate% V2.90.0
it's raining %raining% V2.93.8
Rain 1h %rain1h%
Rain 24h %rain24h%
Rain day %rainday%
Rain week %rainweek%
Rain month %rainmonth% at month_only too
Rain year %rainyear%
Rain days %raindays%
Rain days year %raindaysmonth[0]% look below too ...
Rain days last year %raindaysmonthly[0]% look below too ...
Rain last hour %curminmaxhour[4,1,34]%
Rain last 3 hours %curminmaxhour[4,3,34]%
Rain yesterday *%avgvalpast[34~-1~00~0000]%
RainLastMonth %rainlastmonth%
RainMonthLastYear %rainlastmonthyear% (Rain last year same month)
RainLastYear %rainlastyear%
Rain days >0mm month %rain0month% at month_only too
Rain days >2mm month %rain2month% at month_only too
Rain days >5mm month %rain5month% at month_only too
Rain days >10mm month %rain10month% at month_only too
Rain days >20mm month %rain20month% at month_only too
Rain days >0mm year %rain0year%
Rain days >2mm year %rain2year%
Rain days >5mm year %rain5year%
Rain days >10mm year %rain10year%
Rain days >20mm year %rain20year%
Rain days year/month %raindaysmonth[%ws_month%]% %ws_month%=x=0..12, 0=year, 1..12=month
Rain days 2 mm y/month %rain2daysmonth[%ws_month%]% %ws_month%=x=0..12, 0=year, 1..12=month
Rain days 5 mm y/month %rain5daysmonth[%ws_month%]% %ws_month%=x=0..12, 0=year, 1..12=month
Rain days 10mm y/month %rain10daysmonth[%ws_month%]% %ws_month%=x=0..12, 0=year, 1..12=month
Rain days 20mm y/month %rain20daysmonth[%ws_month%]% %ws_month%=x=0..12, 0=year, 1..12=month
Rain days last year/mon %raindaysmonthly[%ws_month%]% %ws_month%=x=0..12, 0=year, 1..12=month
StandardRainDerivation %ws_RainSTDV% at month_only too
Normal Rain %ws_normalrain% at month_only too
Std.RainDerivation year %ws_rainSTDV_year%
Normal Rain year %ws_normalrainyear%
StandardRainDerivation %ws_RainSTDV_proz% at month_only too
Std.RainDerivation year %ws_rainSTDV_year_proz%
covered on actual days in the year/month:
Std.Rain DV year %ws_rainSTDVx_year_proz% V2.83.0
Std.Rain Derivation %ws_rainSTDVx_proz% V2.83.0
Rain reference 0 mm %rain0value%
Rain reference 2 mm %rain2value%
Rain reference 5 mm %rain5value%
Rain reference 10mm %rain10value%
Rain reference 20mm %rain20value%
Date last rain %ws_lastrain% V2.83.4
last Rain: time %ws_lastraint% V2.84.0
last Rain: date %ws_lastraind% V2.84.0
without rain since %ws_desert_duration% V2.83.4
without rain (short) %ws_desert_durations% V2.84.1
without rain since #%ws_desert_duration[1]% V2.92.6 %ws_ignore%
without rain (short) #%ws_desert_durations[1]% V2.92.6 %ws_ignore%
without rain days %ws_desert_days% V2.93.8
Evapotranspiration day %ws_evapotrans_day%
Evapotransp. month %ws_evapotrans_month% at month_only too
Evapotransp. year %ws_evapotrans_year%
ET for single days %ws_evapotransdays% only for template und month/year
ET VantagePro / Weatherlink:
ET available %ws_available[40]=yes,no%
ET value *%curval[40]%
Average ET *%avgval[40]%
Max. ET *%maxval[40]%
Max ET Time %maxtime[40]%
ET last hour %curminmaxhour[4,1,40]%
ET last 3 hours %curminmaxhour[4,3,40]%
ET day VantagePro %ws_evapotransvt_day%
ET week VantagePro %ws_evapotransvt_week% V2.83.4
ET month VantagePro %ws_evapotransvt_month% V2.83.4
ET year VantagePro %ws_evapotransvt_year% V2.83.4
--Variables only for VantagePro ------------------------------------------------
%justify_on%
Firmware Date %ws_firmwarevt% V2.90.0
Date start storm rain %ws_datestormrain% V2.90.0
Value storm rain %ws_valstormrain% V2.90.0
Rainrate/hour %ws_rainrateh% V2.90.0
Battery Console %ws_batteryvt% V2.90.0
Bat-Status Rec. 8..1 %ws_batteryreceivvt% V2.90.0
Total receiving %ws_receiveprozvt% V2.90.0
Number total packets %ws_totalpacketsvt% V2.90.0
Number missed packets %ws_mispacketsvt% V2.90.0
Number packets in row %ws_rowpacketsvt% V2.90.0
Number Resync %ws_resyncvt% V2.90.0
Number CRC Errors %ws_crcerrorsvt% V2.90.0
%justify_off%
-------------------------------------------------------------------------------
Time sensor current %curval[39]%
Time sensor day time short %t_sensday_s%
Time sensor week time short %t_sensweek_s%
Time sensor month time short %t_sensmonth_s% at month_only too
Time sensor year time short %t_sensyear_s%
%unit_off% without units -> always in hours:minutes (x:xx):
Time sensor day time short %t_sensday_s%
Time sensor week time short %t_sensweek_s%
Time sensor month time short %t_sensmonth_s% at month_only too
Time sensor year time short %t_sensyear_s%
%unit_on%
Time sensor 24h time %t_sensday24h% V2.83.0
Time sensor day time %t_sensday%
Time sensor week time %t_sensweek%
Time sensor month time %t_sensmonth% at month_only too
Time sensor year time %t_sensyear%
Time sensor 24h Time dec. %t_sensday24h_d% V2.83.0
Time sensor day time dec. %t_sensday_d% V2.83.0
Time sensor week time dec . %t_sensweek_d% V2.83.0
Time sensor month time dec. %t_sensmonth_d% at month_only too V2.83.0
Time sensor year time dec. %t_sensyear_d% V2.83.0
Time sensor X-day %t_sensdaypast[dd~mm~yyyy]% V2.85.1
Example time sensor X-day %t_sensdaypast[00~00~-001]%
Time sensor last hour %curminmaxhour[4,1,39]%
Time sensor last 3 hours %curminmaxhour[4,3,39]%
-------------------------------------------------------------------------------
CallSign-ID APRS %ws_aprs_callid%
Aprsline1 %ws_aprsitem1%
Aprsline2 %ws_aprsitem2%
The value in the angular clamp declares the number of values. Allowed area 1-99
Normally necessary is the 24-hours view!
Array Temperature %ws_arraytemp[10]% in °C - 10 values V2.85.10 %ws_ignore%
Array Humidity %ws_arrayhum[20]% in % - 20 values V2.85.10 %ws_ignore%
Array Barometer %ws_arraybaro[10]% in hPa V2.85.10 %ws_ignore%
Array Rain %ws_arrayrain[10]% in mm V2.85.10 %ws_ignore%
Array Wind %ws_arraywind[10]% in Knots V2.85.10 %ws_ignore%
Array Gust %ws_arraygust[10]% in Knots V2.85.10 %ws_ignore%
Array Winddirection %ws_arraywinddir[20]% in Grad V2.85.10 %ws_ignore%
Array indoor temp %ws_arraytempin[10]% in °C - 10 values V2.93.7 %ws_ignore%
Array indoor hum %ws_arrayhumin[10]% in % - 10 values V2.93.7 %ws_ignore%
60 Min Array %ws_array60min[xx]% xx=-1...46 V2.94.0 %ws_ignore%
24 hrs Array Temp %ws_arraytemp24h% V2.85.10 %ws_ignore%
24 hrs Array Barometer %ws_arraybaro24h% V2.85.10 %ws_ignore%
24 hrs Array Rain %ws_arrayrain24h% V2.85.10 %ws_ignore%
24 hrs Array Wind %ws_arraywind24h% in Knots V2.85.10 %ws_ignore%
24 hrs Array UV %ws_arrayuv24h% V2.85.10 %ws_ignore%
24 hrs Array Solar %ws_arraysolar24h% V2.85.10 %ws_ignore%
24 hrs Array Time %ws_arraytime24h% 20V V2.85.10 %ws_ignore%
24 hrs Array Winddir %ws_arraywindd24h% 20V V2.93.9 %ws_ignore%
24 hrs Array Hum %ws_arrayhum24h% 24V V2.92.6 %ws_ignore%
24 hrs Array tempIndoor %ws_arraytempin24h% 24V V2.93.7 %ws_ignore%
24 hrs Array hum Indoor %ws_arrayhumin24h% 24V V2.93.7 %ws_ignore%
24 hrs Array Temp %ws_arraytemp4h% 4V V2.93.8 %ws_ignore%
24 hrs Array Barometer %ws_arraybaro4h% 4V V2.93.8 %ws_ignore%
24 hrs Array Rain %ws_arrayrain4h% 4V V2.93.8 %ws_ignore%
24 hrs Array Wind %ws_arraywind4h% 4V in Knots V2.93.8 %ws_ignore%
24 hrs Array UV %ws_arrayuv4h% 4V V2.93.8 %ws_ignore%
24 hrs Array Solar %ws_arraysolar4h% 4V V2.93.8 %ws_ignore%
24 hrs Array Time %ws_arraytime4h% 4V V2.93.8 %ws_ignore%
24 hrs Array Winddir %ws_arraywindd4h% 4V V2.93.9 %ws_ignore%
Week Array Rain *10 %ws_arrayrainweek% V2.85.10 %ws_ignore%
31 day Array Temp Max %ws_arraytempmax31d% V2.85.10 %ws_ignore%
31 day Array Temp Min %ws_arraytempmin31d% V2.85.10 %ws_ignore%
31 day Array Rain %ws_arrayrain31d% V2.85.10 %ws_ignore%
31 day Array Barometer %ws_arraybaro31d% V2.85.10 %ws_ignore%
31 day Array Wind %ws_arraywind31d% in Knots V2.85.10 %ws_ignore%
31 day Array Wind dir %ws_arraywinddir31d% V2.92.6 %ws_ignore%
31 day Array Hum %ws_arrayhum31d% V2.92.6 %ws_ignore%
12 month Array Rain %ws_arrayrain12m% V2.92.6 %ws_ignore%
12 month Array Rain WDL %ws_arrayrain12m_wl% for WDLive V2.92.6 %ws_ignore%
Weather forecast text %forecast_txt%
Weather forecast text #%forecast_txt[0]% V2.91.4 %ws_ignore%
Weather forecast icon %forecast_icon%
Weather forecast Vant %forecast_vant%
Weather forecast Vant #%forecast_txt[0]% V2.91.4 %ws_ignore%
Weather forecast VantagePro long %forecast_vant_long% (for speech!) V2.83.0
Weather forecast numb. %forecast_number% 0=not specified, 1..12 V2.83.0
Weather fore.numb Vant %forecast_number_vant% -1=not specified, 0..196 V2.83.0
Weather forecast text1 %forecast_txt1%
Weather forecast text2 %forecast_txt2%
Weather forecast text3 %forecast_txt3%
Weather comment from WA %wa_comment% V2.85.0
Own text 1 %ws_own_txt1%
Own text 2 %ws_own_txt2%
Own text 3 %ws_own_txt3%
Own text 4 %ws_own_txt4%
Own text 5 %ws_own_txt5%
Own text 6 %ws_own_txt6%
Ice warning graphic %icewarning% (-> ice.gif or no_ice.gif)
Ice warning text %icewarningtxt%
Ice warning text #%icewarningtxt[0]% V2.91.4 %ws_ignore%
Ice warning? %ws_icewarning=Yes,No%
Status DCFSyncron %ws_dcfsyncron%
Status DCFSyncron %ws_dcfsyncroncolor%
Current WeekGraphic %ws_weekgif% (take yearly separation into account, if chosen)
Last WeekGraphic %ws_lweekgif% (take yearly separation into account, if chosen)
Current MonthGraphic %ws_monthgif% (take yearly separation into account, if chosen)
Last MonthGraphic %ws_lmonthgif% (take yearly separation into account, if chosen)
Year folder %ws_yearfolder% (= for example "2003/" - possibly necessary, if chosen yearly separation)
Moon rise %ws_moonrise%
Moon transit %ws_moontransit%
Moon set %ws_moonset%
Moon age %ws_moonage%
Moon age #%ws_moonage[1]% V2.92.6 %ws_ignore%
Moon phase %ws_moonphase%
Moon phase without % %ws_moonphased% V2.93.9
Mond phase without +-% %ws_moonphasev% V2.95.11
next new moon %ws_moonnew%
next full moon %ws_moonfull%
next first moon quart %ws_moonfirstq%
next last moon wuart %ws_moonlastq%
Moon graphic phase %ws_moongif%
Moongraph first quarter %ws_fq_moongif%
Moongraph last quarter %ws_lq_moongif%
now without hardspace ( ):
%templatebegin%
next new moon %ws_moonnew%
next full moon %ws_moonfull%
next first moon quart %ws_moonfirstq%
Moon phase %ws_moonphase%
Julian Date %ws_juliandate% V2.95.9 %ws_ignore%
Eastern %ws_easterdate% V2.95.9 %ws_ignore%
Spring Equinox %ws_spring% V2.95.9 %ws_ignore%
Summer Solstice %ws_summer% V2.95.9 %ws_ignore%
Autumn Equinox %ws_autumn% V2.95.9 %ws_ignore%
Winter Solstice %ws_winter% V2.95.9 %ws_ignore%
Moon distance %ws_moondistance% V2.95.9 %ws_ignore%
Moon subtends %ws_moonsubtend% V2.95.9 %ws_ignore%
Last Lunation %ws_lastlunation% V2.95.9 %ws_ignore%
Next Lunation %ws_nextlunation% V2.95.9 %ws_ignore%
Next perigee %ws_nextperigee% V2.95.9 %ws_ignore%
Next apogee %ws_nextapogee% V2.95.9 %ws_ignore%
Next moon eclipse %ws_mooneclipse% V2.95.9 %ws_ignore%
Sun distance %ws_sundistance% V2.95.9 %ws_ignore%
Sun subtends %ws_sunsubtend% V2.95.9 %ws_ignore%
Next perihelion %ws_nextperihel% V2.95.9 %ws_ignore%
Next aphelion %ws_nextaphel% V2.95.9 %ws_ignore%
Next sun eclipse %ws_suneclipse% V2.95.9 %ws_ignore%
Sun rise %ws_sunrise%
Sun transit %ws_suntransit%
Sun set %ws_sunset%
Sun rise yesterday %ws_sunriseyest%
Sun rise tommorrow %ws_sunrisetomo%
Sun set tommorrow %ws_sunsettomo% V2.84.1
Info moon/sun %ws_infomoonsun%
Info monn/sun #%ws_infomoonsun[1]% V2.92.6 %ws_ignore%
Morning twinl. civil %ws_suntwinrisecivil%
Evening twinl. civil %ws_suntwinsetcivil%
Morning twinl. nautic. %ws_suntwinrisenaut%
Evening twinl. autic. %ws_suntwinsetnaut%
Morning twinl. astron. %ws_suntwinriseastro%
Evening twin.. astron. %ws_suntwinsetastro%
Sun rise x-day %ws_sunrise[dd~mm~yyyy]% V2.93.8 %ws_ignore%
Sun set x-day %ws_sunset[dd~mm~yyyy]% V2.93.8 %ws_ignore%
Sun rise with day x-day %ws_sunrised[dd~mm~yyyy]% V2.93.8 %ws_ignore%
Sun set with day x-day %ws_sunsetd[dd~mm~yyyy]% V2.93.8 %ws_ignore%
Example sun rise %ws_sunrise[00~-1~0000]%
Example sun set %ws_sunset[00~-1~0000]%
Example sun rise %ws_sunrise[-1~00~0000]%
Example sun set %ws_sunset[-1~00~0000]%
Example sun rise %ws_sunrised[00~-1~0000]%
Example sun set %ws_sunsetd[00~-1~0000]%
Example sun rise %ws_sunrised[-1~00~0000]%
Example sun set %ws_sunsetd[-1~00~0000]%
Daylight saving start %ws_summertimestart%
Daylight saving end %ws_summertimeend%
Sun position Azimut %ws_sunpos_az%
Sun position Azimut abs %ws_sunpos_abs_az%
Sun position Elevation %ws_sunpos_el%
Sun position Elev>0(day)%ws_sunpos_el_g0%
Sun high elv position %ws_sunpos_high_el%
Length of Day (Sun) %ws_daylength%
Length of Day(Sun)long %ws_daylengthlong% (for speech!) V2.83.0
Longitude %ws_longitude%
Longitude-Text %ws_longitudetxt%
Longitude-Text short %ws_longitudetxts%
Longitude as value %ws_longitudevalue%
Longitude decimal %ws_longitudedec%
Latitude %ws_latitude%
Latitude-Text %ws_latitudetxt%
Latitude-Text short %ws_latitudetxt%
Latitude as value %ws_latitudevalue%
Latitude decimal %ws_latitudedec%
Snow height %snowheight%
Date snow height enter %snowdate% V2.83.0
Snow-line %snowline%
Cloud line %cloudline%
Horizont view (app.) %horiz_view%
Day State %ws_isdaynight=Day,Morning twilight,Evening twilight, Night%
Normal temperature %ws_normaltemp[%ws_month%]% ws_month=0..12, 0=year, 1..12=month V2.91.5
Normal rain %ws_normalrain[%ws_month%]% ws_month=0..12, 0=year, 1..12=month V2.91.5
Normal sun time %ws_normalsun[%ws_month%]% ws_month=0..12, 0=year, 1..12=month V2.91.5
--Reception, Sun , UV , Brightness ---------------------------------------------------------------
Reception available %ws_available[46]=yes,no%
Reception current %curval[46]%
Average reception %avgval[46]%
Max. reception %maxval[46]%
Max reception time %maxtime[46]%
Min.reception %minval[46]%
Min reception time %mintime[46]%
UV text %ws_uvtext% -> none, minimal, low, moderate, high, veryhigh V2.93.15
UV available %ws_available[41]=yes,no%
UV-value %curval[41]%
Avergage UV . %avgval[41]%
Max. UV %maxval[41]%
Max UV time %maxtime[41]%
Solar available %ws_available[42]=yes,no%
Solar rad. value %curval[42]%
Solar rad. last 1hour %curminmaxhour[3,1,42]%
Solar rad. last 2hours %curminmaxhour[3,2,42]%
Average solar ra. %avgval[42]%
Max. Solar rad. %maxval[42]%
Max Solar time %maxtime[42]%
Brightness available %ws_available[38]=yes,no%
Brightness value %curval[38]%
Brightness last 1hour %curminmaxhour[3,1,38]%
Brightness last 2hours %curminmaxhour[3,2,38]%
Average brightness %avgval[38]%
Max. brightness %maxval[38]%
Max Time brightness %maxtime[38]%
Calculate possible max values:
current sun radiation %sunintenscur%
max sun radiation %sunintensmax%
value for sun shine time %sunstart%
value for sun shine time lux %sunstartlux%
Calculation Lux->W/m² %ws2500luxwm2%
Alternate calcLux->W/m² %ws2500luxwm2altern% V2.85.1
Current Lux-value %dyncurlux%
Current Sun rad value %curval[38]%
Sun/Clouds in text %suntxt%
Sun/Clouds in text #%suntxt[0]% V2.91.4 %ws_ignore%
Sun/Clouds in % %sunproz%
Sun/Clouds l. hour text %sun1htxt% V2.84.6
Sun/Clouds l. hour text#%sun1htxt[0]% V2.91.4 %ws_ignore%
Sun/Clouds last hour %sun1hproz% V2.84.6
Sun/Clouds eighth %suneighth% V2.91.4
day sun time short %sunday_s%
week sun time short %sunweek_s%
month sun time short %sunmonth_s% at month_only too
year sun time short %sunyear_s%
%unit_off%
day sun time short %sunday_s%
week sun time short %sunweek_s%
month sun time short %sunmonth_s% at month_only too
year sun time short %sunyear_s%
%unit_on%
sun time from WS2500 %sundayws2500% V2.85.0
sun time 24h %sunday24h% V2.83.0
day sun time %sunday%
week sun time %sunweek%
month sun time %sunmonth% at month_only too
year sun time %sunyear%
Values for calculation:
sun time 24h dec. %sunday24h_d% V2.83.0
day sun time dec. %sunday_d% V2.83.0
week sun time dec. %sunweek_d% V2.83.0
month sun time dec. %sunmonth_d% at month_only too V2.83.0
year sun time dec. %sunyear_d% V2.83.0
Sun time day x-day %sundaypast[dd~mm~yyyy]% V2.85.1
Example sun time X-day %sundaypast[00~00~-001]%
Sun time current %curval[37]%
Sun time last hour %curminmaxhour[4,1,37]%
Sun time last 3 hours %curminmaxhour[4,3,37]%
StandardSunDerivation %ws_sunSTDV% at month_only too V2.85.2
Std.SunDerivation year %ws_sunSTDV_year% V2.85.2
Std.SunDer. in proz %ws_sunSTDV_proz% at month_only too V2.85.2
Std.SunDer year in pro %ws_sunSTDV_year_proz% V2.85.2
Normal sun time %ws_normalsun% at month_only too V2.85.2
Normal sun time year %ws_normalsunyear% V2.85.2
covered on actual days in the year/month:
Std.SunDerivation year %ws_sunSTDVx_year_proz% V2.85.2
Std.Sun Derivation %ws_sunSTDVx_proz% V2.85.2
Sun graphics %sungif%
sdark.gif, shazy.gif, sstcloudy.gif
scloudy.gif, sslcloudy.gif, ssunny.gif
only valid for VantagePro and solar sensor available!
Sum solar x-day %avgvalpast[38~dd~mm~yyyy]% V2.96.4 %ws_ignore%
Sum x-m/y %avgval_mpast[38~mm~yyyy]% V2.96.4 %ws_ignore%
Min-Sum month/year %avgmin_mpast[38~mm~yyyy]% V2.96.4 %ws_ignore%
Min-Sum date m/y %avgmindate_mpast[38~mm~yyyy]% V2.96.4 %ws_ignore%
Max-Sum month/year %avgmax_mpast[38~mm~yyyy]% V2.96.4 %ws_ignore%
Max-Sum date m/y %avgmaxdate_mpast[38~mm~yyyy]% V2.96.4 %ws_ignore%
Solar energy %solarenergy_mpast[mm~yyyy]% V2.96.4 %ws_ignore%
Solar profit %solarprofit_mpast[mm~yyyy]% Euro oder Dollar oder ? V2.96.4 %ws_ignore%
Solar ernergy %solarenergy_mpast[00~2010]%
Solar profit %solarprofit_mpast[00~2010]% Euro
-------------------------------------------------------------------------------------------------
Long time value
Sensor available %ws_available[T1]=Yes,No%
MinTemperature %LT_TempMin%
Date MinTemperature %LT_TempMinDate%
Time MinTemperature %LT_TempMinTime%
MaxTemperature %LT_TempMax%
Date MaxTemperature %LT_TempMaxDate%
Time MaxTemperature %LT_TempMaxTime%
Sensor available %ws_available[T2]=Yes,No%
MinTemperature 2 %LT_Temp2Min%
Date MinTemperature 2 %LT_Temp2MinDate%
Time MinTemperature 2 %LT_Temp2MinTime%
MaxTemperature 2 %LT_Temp2Max%
Date MaxTemperature 2 %LT_Temp2MaxDate%
Time MaxTemperature 2 %LT_Temp2MaxTime%
MinAir pressure %LT_BaroMin%
Date MinAir pressure %LT_BaroMinDate%
Time MinAir pressure %LT_BaroMinTime%
MaxAir pressure %LT_BaroMax%
Date MaxAir pressure %LT_BaroMaxDate%
Time MaxAir pressure %LT_BaroMaxTime%
MaxChange pressure 1h %LT_BaroMax1h%
Date MaxChange pr. 1h %LT_BaroMax1hDate%
MaxChange pressure day %LT_BaroMaxDay%
Date MaxChange pr. day %LT_BaroMaxDayDate%
MaxChange pressure 24h %LT_BaroMax24h% V2.91.4
Date MaxChange pr. 24h %LT_BaroMax24hDate% V2.91.4
Max Wind %LT_WindMax%
Date Max Wind %LT_WindMaxDate%
Time Max Wind %LT_WindMaxTime%
Max Gust %LT_GustMax%
Date Max Gust %LT_GustMaxDate%
Time Max Gust %LT_GustMaxTime%
Max Rain/day %LT_RainDayMax%
Date Max Rain/day %LT_RainDayMaxDate%
Max Rain/hour %LT_RainHourMax%
Date Max Rain/hour %LT_RainHourMaxDate%
Time Max Rain/hour %lt_rainhourmaxdatetime% V2.93.7
Last rain desert start %LT_NoRainDateStart% V2.83.5
Desert begin only time %LT_NoRainDateStartT% V2.84.0
Desert begin only date %LT_NoRainDateStartD% V2.84.0
Last No Rain end %LT_NoRainDateStartend% V2.85.3
Last No Rain end time %LT_NoRainDateStartendT% V2.85.3a
Last No Rain end date %LT_NoRainDateStartendD% V2.85.3a
Time without rain %LT_NoRainDuration% V2.83.5
Time without rain #%LT_NoRainDuration[1]% V2.92.6 %ws_ignore%
Longest frost begin %LT_IceDayDateStartbegin% V2.85.3
Longest frost beg:time %LT_IceDayDateStartbegint% V2.85.3a
Longest frost beg:date %LT_IceDayDateStartbegind% V2.85.3a
Longest frost end %LT_IceDayDateStart% V2.85.2
Longest frost end time %LT_IceDayDateStartT% V2.85.2
Longest frost end data %LT_IceDayDateStartD% V2.85.2
Duration longest frost %LT_IceDayDuration% V2.85.2
Duration longest frost #%LT_IceDayDuration[1]% V2.92.6 %ws_ignore%
Max. solar rad. %LT_SolarMax%
Date max. solar rad. %LT_SolarMaxDate%
Time max. solar rad. %LT_SolarMaxTime%
Sensor available +Html %ws_available[38]=yes,no% {38->WS2500}
Sensor available +Html %ws_available[42]=yes,no% {42->VantagePro - WS2500 calculated}
Max. UV-Index %LT_UVMax%
Date Max. UV-Index %LT_UVMaxDate%
Time Max. UV-Index %LT_UVMaxTime%
Sensor available +Html %ws_available[41]=yes,no%
Recording begin %LT_Begin%
-- Formatting ---------------------------------------------------------------------------------------------
%unit_off%
Formatting *10 %ws_format10[12,1]% V2.85.7
Formatting *10 %ws_format10[%curval[0]%]% %ws_format10[%windms%]% V2.85.7
Formatting *10 %ws_format10[only a test]% V2.85.7
Formatting integral %ws_format1[12,1]% V2.85.7
Formatting integral %ws_format1[%curval[0]%]% %ws_format1[%windms%]% V2.85.7
Formatting integral %ws_format1[only a test]% V2.85.7
%unit_on%
Remove blanks etc. %ws_modtext[das ist nur ein test äöüß]%12345 V2.85.8
Remove chars %ws_replacestr=oldtext1~newtext2~text% V2.85.10
%ws_replacestr=:~ ~00:24%
%ws_replacestr=/~:~00/39%
Replace with Html-Code %ws_replaceforhtml[das ° ^ Ä ist nur ein test äöüß]% V2.94.0
Replace with UTF-8 Code %ws_replaceforutf8[das ° ^ Ä ist nur ein test äöüß]% V2.95.1
Compare text %ws_comparestr=text1~text2~text3% V2.85.10
If text1 <> text2 then result = text2
If text1 = text2 then result = text3
Compare text =/<> %ws_comparestrx=text1~text2~text3~text4% V2.95.1
if text1 = text2 then result = text3
if text1 <> text2 then result = text4
Example: %nrtval[8]%
Compare text %ws_comparestr=- -~16.1~0% V2.85.10
Compare text %ws_comparestr=- -~%nrtval[8]%~0%1234567890
fill with blanks %ws_fillstr=total_number~Text% ->invalid total number then total number=10 V2.96.9
if the "text"-total-number bigger then the total-number, then no alteration!
Remove text %ws_cutstr=start~count~text% V2.91.5
Instring text %ws_instr=start~count~text% V2.96.2
If start=0, then "count" signs from right hand are removed
If start <0 the counting signs from right hand
At invalid data, for example for start,count no number, a " " is returned
Examples: 1234567890abcdefghij
Remove text 0~5~%ws_cutstr=0~5~1234567890abcdefghij% :->1234567890abcde V2.91.5 %ws_ignore%
Remove text -5~3~%ws_cutstr=-5~3~1234567890abcdefghij% :->1234567890abcdeij V2.91.5 %ws_ignore%
Remove text 1~5~%ws_cutstr=1~5~1234567890abcdefghij% :->67890abcdefghij V2.91.5 %ws_ignore%
Remove text 5~5~%ws_cutstr=5~5~1234567890abcdefghij% :->12340abcdefghij V2.91.5 %ws_ignore%
Instring text 0~5~%ws_instr=0~5~1234567890abcdefghij% :->fghij V2.96.2 %ws_ignore%
Instring text -5~3~%ws_instr=-5~3~1234567890abcdefghij% :->fgh V2.96.2 %ws_ignore%
Instring text 1~5~%ws_instr=1~5~1234567890abcdefghij% :->12345 V2.96.2 %ws_ignore%
Instring text 5~5~%ws_instr=5~5~1234567890abcdefghij% :->56789 V2.96.2 %ws_ignore%
Reform time to am/pm %ws_timeampm[hh:mm]% V2.91.5
Reform time to am/pm %ws_timeampm[%ws_time%]% V2.91.5
Reform time to am/pm %ws_timeampm[09:14 am]% V2.91.5
Time to Value %ws_timetoval[09:14]% V2.92.3
Time to Value %ws_timetoval[899:14]% V2.92.3
Time to Value %ws_timetoval[%ws_daylength%]% V2.92.3
Value to Time %ws_valtotime[h,hh]% V2.94.4
Value to Time %ws_valtotime[24,56789]% V2.94.4
Value to Time %ws_valtotime[%sunmonth_d%]% V2.94.4
-------------------------------------------------------------------------------------------------------------
Control variables
================================================================
Begin Template line %templatebegin%
Reverse working off in day-view %templatereverseday% V2.92.0
Only month dates %month_only%
This Control Variable "month_only" is relevant only in the year representation
and is reseted automatic after processing.
Units not display %unit_off%
Units display %unit_on% -> default
Justify on %justify_on%
Justify off %justify_off% -> default
Unit justify on %justifyunit_on%
Unit justify off %justifyunit_off% -> default
Allow the hour calculation %curminmaxhour_on% -> default
Barriers of the hour calculation %curminmaxhour_off%
Values always metric %alwaysmetric_on%
Values as defaulted in program %alwaysmetric_off% -> default
Always Dot(.) as "decimal separator" on %alwaysseppoint_on%
Always Dot(.) as "decimal separator" off %alwaysseppoint_off% -> default
Always Comma(,) as "decimal separator" on %alwayssepcomma_on%
Always Comma(,) as "decimal separator" off %alwayssepcomma_off% -> default
Always Minus as "Text" on %minus_text_on%
Always Minus as "Text" off %minus_text_off% -> default
Time in Text %ws_time_in_text_on% V2.84.1
Time normal %ws_time_in_text_off% -> default V2.84.1
To fit Html blanks (and other specific Html code) %ws_hardspace_off% V2.83.0
Use Html blanks %ws_hardspace_on% -> default V2.83.0
Only hour data %hour_only%
Only hour data off %hour_only_off% -> default
(this control variables "hour_only" is only in "DAY" viewing relevant)
Corresponding control variable in a line (for example unit_on and unit_off)
should not occur - the "default" variables are preferential.
New date format %ws_userdate=YYYY-MM-DD% (needs YY, MM and DD) V2.83.2
Windows date format %ws_userdate=% -> default V2.83.2
Ansi to OEM on %ansitooem_on%
Ansi to OEM off %ansitooem_off% -> default
For font transformation form Windows to DOS
In Case of use of these variables an "evaluated" line may be max. of 512 signs long
- that is where the variables were already replaced by the values
(this control variable "ansitooem" is evaluated only in Templates)
Ansi to UTF8 on %ansitoutf8_on% V2.95.11
Ansi to UTF8 off %ansitoutf8_off% -> default V2.95.11
For Char transformation from ANSI to UTF8
Caution! This control variable "ansitoutf8" is evaluated only in Templates
The data/variables of a "Template" must stand in a line and this variable must stand
at the beginning of the line.
There are max five Template-lines allowable in the template file
- changeable in wswin.cfg to max. twenty (20).
The other control variables should not occur in the Template line.
Template-Control-Files:
Time: template_time.txt
Day: template_d.txt
Yesterday: template_yest.txt
Week: template_w.txt
Month: template_m.txt
template_noaa_m.txt
Year: template_y.txt
template_noaa_y.txt
Season: template_season.txt
Test: template_t.txt
In the template files the variable "%openfile=" is from V2.81.0 also supported!
However, it is a maximum (and solid in the program deposited)
Nesting of maximum 3 files per Template-Control-File possibly.
If no target name is defaulted about the variables "customfile=" or when
target name is defaulted to ". txt ", ". html" or ". htm" , the file name is formed
from the corresponding date values with ". txt " as filename extension (with no defaulted name)
and/or. the filename extension as defaulted (.txt, .html, .htm).
Is to be considered, if no target name is defaulted, the data of the 1st line are
extinguished in spite of that (system-dependent) !!! Therefore, bring only comment then here.
Special feature for day-file: Is here the indicated destination file name "dayx.txt"
%customfile=dayx.txt%
The generated files are the according weekday's number to the actual day
day1.txt=Monday - day7.txt=Sunday
The signs after the "." and to to the "%" are interpreted as filename extension
and added to the file name again.
for example: dayx.csv -> becomes files day1.csv; day2.csv and so forth.
Special feature for test-file: Is indicated here as a destination file name "testx.txt"
%customfile=testx.txt%
The file names are generated for the according period of the representation, for example:
test_d1.txt = Day 1 of the corresponding month/year
test_w1.txt = Week 1 of the corresponding year
test_m4.txt = Month 4 of the corresponding year
test_y2001.txt = Year 2001
Also here you can default another filename extension -
for example %customfile=testx.html% - then the generated files
are test_d1.html, test_w1.html and so forth.
The control files template_noaa_y.txt and/or template_noaa_m.txt create allways a
Output-File in the "Text-Folder" to the model:
noaaYYYY.txt z.B. noaa2002.txt
noaaYYYYMM.txt z.B. noaa200202.txt (February 2002)
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
The main control files are (respectively first file):
custom.txt
wap.txt
wswin_nrt.txt
only one file allowed:
ws_speech.txt
ws_speech1h.txt
custom_r.txt
custom_rw.txt
custom_rm.txt
custom_sms.txt
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Remove this line and set new %openfile&remove=testx.html% this line will be removed! V2.83.2
next file
Sense of this variable is: no more disturb of the contents of a text file!!
Files extend/append %openfileappend=anhangen.txt% V2.85.8
For example, one can produce an individual export file with it, that continuously automatic
it is extended.
The file name for openfile=dateiname.ext can be set with variables V2.84.3a
Example:
%ws_setmem[30]=wswin_xml.txt%
Setting new file: !!!
Using of varialbes for result file name: V2.85.7
for %customfile=
are the variables ws_year, ws_month2, ws_day2 and ws_yearfolder
and ws_week and ws_dayweek allowed!!! V2.93.15
---------------------------------------------------------------------------------------------
Speech generation -/ speaking:
The "ws_speech.txt" file is for that planned.
Nesting is not possible. - %openfile= / %openfileappend= -> are not relevant
The destination file name is preset in the program (over menu) - %customfile= -> is not relevant
---------------------------------------------------------------------------------------------
Insert empty line %ws_newline%
Delete line %ws_delline% V2.84.3a
Ignore line %ws_ignore% %ws_delline% V2.85.10
-----------------------------------------------------------------------------------------------
3 variables, that store a complete result line, maximum Length 2048 signs, V2.85.10
-> the =ws_setmemline - variable must stand at the end of the line!
store line 1 1^=ws_setmemline1^
store line 2 2^=ws_setmemline2^
store line 3 3^=ws_setmemline3^
Result of the 3 lines ^ws_getmemline1^#^ws_getmemline2^#^ws_getmemline3^
64 variables with store-and-forward function and/or fetch-function: V2.83.0/V2.84.3a
#1..32 are initiated with "-255"
Allocation:
%ws_setmem[x]=zzzzz% x = 1..64 - z can arbitrary text and/or values, Variable allocation and so forth.
being with a max. length of 80 characters!
Using:
%ws_getmem[x]% x = 1..64
Allocation beginning: ~%ws_setmem[21]=this is only a TEST 21%~ at the end of allocation
Query of the allocation: ~%ws_getmem[21]%~
%unit_off%
or ~%ws_setmem[22]=%ws_compare[1]=%t_sensday_d%~0~Time sensor %t_sensday% minutes~Today no captured Time%%
Query of the allocation: ~%ws_getmem[22]%~
Allocation beginning: ~%ws_setmem[13]=this is only a TEST 13%~ at the end of allocation
Query of the allocation 13: ~%ws_getmem[13]%~
Query of the allocation 30: "%ws_getmem[30]%"
Query whether variable 30 was set: %ws_compare[6]=-255~%ws_getmem[30]%~Variable was seted~Variable never yet used%
Allocation beginning: ~%ws_setmem[32]=this is only a TEST 32%~ at the end of allocation
Query of the allocation 32: ~%ws_getmem[32]%~
Query in the case of text allocation:
Allocation "%ws_setmem[11]=Test%"
Query of the allocation 11: "%ws_getmem[11]% 30:"%ws_getmem[30]%"
Query whether variable was set (-255/mem30): "%ws_compare[6]=-255~%ws_getmem[30]%~set~not set%"
Query whether variable was set (-255/mem11): "%ws_compare[6]=-255~%ws_getmem[11]%~set~not set%"
Query whether variable was set (-255/mem13): "%ws_compare[6]=-255~%ws_getmem[13]%~set~not set%"
Query whether variable was set (-255/-255): "%ws_compare[6]=-255~-255~set~not set%"
Query whether variable was set (-255/255): "%ws_compare[6]=-255~255~set~not set%"
Query whether variable was set (-255/1): "%ws_compare[6]=-255~1~set~not set%"
Caution! the allocation may occur only once in the line, the allocation is valid for so long until it "is overwritten"
or the program is terminated!
-> with that the potentiality exists variables pass on, where they are not usually supported!
Query Template_yest %ws_getmem_yest%
Query Template_w %ws_getmem_w%
Query Template_m %ws_getmem_m%
Query Template_y %ws_getmem_y%
Query Year view %ws_getmem_year%
-------------------------------------------------------------------------------------------
Variables with calculation: V2.83.0
3 arguments necessary, allowed only "~" as argument separators, in the case of invalid values (no numbers)
becomes " " = space as a result returned! Allowed value for decimal places 0..10
%ws_calc[x]=v1~v2~decimal places%
%ws_calc1[x]=v1~v2~decimal places% - if variables is 2x required in a line
v1=12.0 v2=15.1
Sum v1+v2 %ws_calc[+]=12.0~15.1~1%
Subtraction v1-v2 %ws_calc[-]=12.0~15.1~2%
Multiplicat. v1*v2 %ws_calc[*]=12.0~15.1~0%
Division v1/v2 %ws_calc[/]=12.0~15.1~3%
2er Average (v1+v2)/2 %ws_calc[2]=12.0~15.1~3% V2.93.15
Sum v1+v2 %ws_calc1[+]=12.0~15.1~1%
Subtraction v1-v2 %ws_calc1[-]=12.0~15.1~2%
Multiplicat. v1*v2 %ws_calc1[*]=12.0~15.1~0%
Division v1/v2 %ws_calc1[/]=12.0~15.1~3%
2er Average (v1+v2)/2 %ws_calc1[2]=12.0~15.1~3% V2.93.15
Sum v1+v2 %unit_off%%ws_calc[+]=%curval[3]%~%curval[0]%~3%
Example: %unit_off% %ws_calc1[/]=%ws_calc[+]=%curval[3]%~%curval[0]%~3%~2~3%
Outdoor Temperature in ° Fahrenheit %ws_calc1[+]=%ws_calc[*]=%curval[0]%~1.8~1%~32~1% °F
Wind rate in m/s %ws_calc[/]=%curval[35]%~3.6~1% m/s
Wind rate in mph %ws_calc[/]=%curval[35]%~1.609~1% mph
Wind rate in mph %ws_calc[/]=%curval[35]%~1.852~1% kts
Air pressure in inchHG %ws_calc[*]=%curval[33]%~0.02953~3% in
Rain in inch %ws_calc1[/]=%curval[34]%~25.4~3% in
-------------------------------------------------------------------------------------------
Variables with comparison of two values and result as user setting: V2.83.0
4 arguments necessary, allowed only "~" as argument separators, in the case of invalid compare data (no numbers)
becomes " " = space as a result returned!
Exception: at "6" (< >) may occur for 2.Parameter (=v2) and when 1.Parameter (=v1) = -255 also a character string.
That is with that can one queries, whether a memory variable "already was assigned".
Example: "%ws_compare[6]=-255~%ws_getmem[13]%~set~not set%"
%ws_compare[x]=v1~v2~right~wrong% - for x: 1..6
v1=12.0 v2=15.1
Arrangement v1 > v2 %ws_compare[1]=12.0~15.1~yes~no%
Arrangement v1 >= v2 %ws_compare[2]=12.0~15.1~yes~no%
Arrangement v1 = v2 %ws_compare[3]=12.0~15.1~yes~no%
Arrangement v1 <= v2 %ws_compare[4]=12.0~15.1~yes~no%
Arrangement v1 < v2 %ws_compare[5]=12.0~15.1~yes~no%
Arrangement v1 <> v2 %ws_compare[6]=12.0~15.1~yes~no%
Examples:
%curval[3]% < - > %curval[0]%
%unit_off%%ws_compare[1]=%curval[3]%~%curval[0]%~v1 ">" v2~No(v1 "<" v2)%
%unit_off%%ws_compare[4]=%curval[3]%~%curval[0]%~Yes - w1<=w2~No(v1 "<=" v2)%
%unit_on%%rainday% test %rainday% %rainday%
%unit_off%%ws_compare[1]=%rainday%~0~Rain today %rainday% mm~Today no rain%
%unit_off%%ws_compare[5]=0~%rainday%~It already rained %rainday%~Today no rain%
%unit_on%
-------------------------------------------------------------------------------------------
Variable with user handicap:
Day State %ws_isdaynight=Day,Morning twilight, Evening twilight, Night% 4 Parameter necessary
Ice warning? %ws_icewarning=Yes,No% 2 Parameter necessary
Sensor available+Html %ws_available[x]=Yes,No% 2 Parameter necessary
The parameters must be separated with "~" and the number of the expected parameters must agree
- > otherwise becomes " " as result give back !
The former arguments - separator "," keeps on being supported! But in the case of variable-nesting
(for example result 12.3 °C) it comes with that to problems.
The parameters can be, of course, also Html code - it may in that, however, no "," occur
and the variables with parameter must be delivered in a line and as an end must a "%" be available!
If one wants to use this variable twice, for example:
1) graphics file name as a background picture
2) text to that
so the variables must be performed each in separate lines.
With Variable %ws_available ... you can "remark" Html-Code (for example) when a sensor become unavailable.
<![CDATA[
Example:
%ws_available[45]= ,<!-- % Following code is faded out when "wind gust" unavailably
... Html-Code
%ws_available[45]= ,--> %
</plaintext>
-------------------------------------------------------------------------
Examples:
Time long %ws_time_in_text_on%%ws_time%
Time normal %ws_time_in_text_off%%ws_time%
Short name indoor temp %shortslabel[1]%
Description indoor temp %longslabel[1]%
Current indoor temp. %curval[1]%
Average indoor temp %avgval[1]%
MinValue indoor temperature %minval[1]%
Min time indoor temp %mintime[1]%
MaxValue indoor temp %Maxval[1]%
Max time indoor temp %maxtime[1]%
Shortname indoor humidity %shortslabel[17]%
description indoor humidity %longslabel[17]%
Current indoor humidity %curval[17]%
Average indoor humidity %avgval[17]%
MinValue indoor humidity %minval[17]%
Min Time indoor humidity %mintime[17]%
MaxValue indoor humidity %maxval[17]%
Max Time indoor humidity %maxtime[17]%
Temperature change Si %curval[1]% ... %tempchange[1]=60%/1h
Temperature change So %curval[0]% ... %tempchange[0]=60%/1h
Temperature change 3 %curval[3]% ... %tempchange[3]=60%/1h
Temperature change i %tempchange[1]=60%/1h
Temperature change So %tempchange[0]=60%/1h
Temperature change 3 %tempchange[3]=60%/1h
Temperature change 9 %tempchange[9]=60%/1h
Temperature change 13 %tempchange[13]=60%/1h
Outdoor temperature %curval[0]%
Average outdoor temp %avgval[0]%
MinValue outdoor temperature %minval[0]%
Min time outdoor temp %mintime[0]%
MaxValue outdoor temperature %maxval[0]%
Max time outdoor temp %maxtime[0]%
Current outdoor humidity %curval[18]%
Average outdoor humididy %avgval[18]%
MinValue outdoor humididy %minval[18]%
MaxValue oudoor humidity %maxval[18]%
Sensor3 available %ws_availableX[3]=Yes,No%
Sensor3 availbalbe+Html %ws_available[3]=Yes,No%
Sensor4 available %ws_availableX[4]=Yes,No%
Sensor4 available+Html %ws_available[4]=Yes,No%
%alwaysseppoint_on%
Sensor2 available %ws_availableX[2]=%curval[2]%~- - -%
%alwaysseppoint_off%
Dew point %curval[43]%
Dew point alternate %dewpoint[0]%
Dew point indoor %dewpoint[1]%
Dew point 2. outdoor sensor %dewpoint[3]%
Max-Sun time %maxval[37]%
Heat index outdoor 2 %heatindex[3]%
Heat index outdoor %heatindextemp%
Barometric pressure %curval[33]%
Barometric pressure tendency %ws_baro6h%
Rain amount %curval[34]%
Max rain amount %Maxval[34]%
Max time rain amount %maxtime[34]%
Rain 1h %rain1h%
Rain 24h %rain24h%
Rain week %rainweek%
Rain month %rainmonth%
Rain year %rainyear%
Rain days %raindays%
Rain days 2mm month01 %rain2daysmonth[1]%
Rain days 2mm month02 %rain2daysmonth[2]%
Rain days 2mm month03 %rain2daysmonth[3]%
Rain days 2mm month04 %rain2daysmonth[4]%
Rain days 2mm month05 %rain2daysmonth[5]%
Rain days 2mm month06 %rain2daysmonth[6]%
Rain days 2mm month07 %rain2daysmonth[7]%
Rain days 2mm month08 %rain2daysmonth[8]%
Rain days 2mm month09 %rain2daysmonth[9]%
Rain days 2mm month10 %rain2daysmonth[10]%
Rain days 2mm month11 %rain2daysmonth[11]%
Rain days 2mm month12 %rain2daysmonth[12]%
Rain days 10mm month01 %rain10daysmonth[1]%
Rain days 10mm month02 %rain10daysmonth[2]%
Rain days 10mm month03 %rain10daysmonth[3]%
Rain days 10mm month04 %rain10daysmonth[4]%
Rain days 10mm month05 %rain10daysmonth[5]%
Rain days 10mm month06 %rain10daysmonth[6]%
Rain days 10mm month07 %rain10daysmonth[7]%
Rain days 10mm month08 %rain10daysmonth[8]%
Rain days 10mm month09 %rain10daysmonth[9]%
Rain days 10mm month10 %rain10daysmonth[10]%
Rain days 10mm month11 %rain10daysmonth[11]%
Rain days 10mm month12 %rain10daysmonth[12]%
Wind speed %curval[35]%
wind direction %curval[36]%
wind direction text %wind_txt%
Dewpoint %curval[43]%
Windchill %curval[44]%
Wind gust %curval[45]%
State IndoorSensor %ws_state_sens[1]%
State OutdoorSensor %ws_state_sens[0]%
State Sensor 3 %ws_state_sens[3]%
State Sensor 4 %ws_state_sens[4]%
State Rain Sensor %ws_state_sens[34]%
State Wind Sensor %ws_state_sens[35]%
State Test %ws_state_sens[40]%
State Display WMRx %ws_state_sens[33]%
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Variables only at Week,Month,Year valid:
Min value day %minvalday[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[56]%~%
Min time day %mintimeday[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[57]%~%
Min day day %mindayday[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[58]%~%
Day min day shortly %mindaydays[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[59]%~%
Max value day %maxvalday[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[60]%~%
Max time day %maxtimeday[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[61]%~%
Max day day %maxdayday[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[62]%~%
Day Max day shortly %maxdaydays[0]% also at month_only Year: %ws_compare[3]=1234567890~%ws_getmem[64]%~%ws_getmem[63]%~%
Mean Temperature month %avgmonth[0]% only with month_only
Alternate to above:
Variable only usefull, if there was once the Year view choosen!!!
Min-Value month %ws_m_minval[%ws_month%,0]% V2.83.0
Min-Time month %ws_m_mintime[%ws_month%,0]% V2.83.0
Min-Day month %ws_m_minday[%ws_month%,0]% V2.83.0
Max-Value month %ws_m_maxval[%ws_month%,0]% V2.83.0
Max-Time month %ws_m_maxtime[%ws_month%,0]% V2.83.0
Max-Day month %ws_m_maxday[%ws_month%,0]% V2.83.0
Average month %ws_m_avg[%ws_month%,0]% V2.83.0
New user date format %ws_userdate=YYYY-MM-DD% V2.83.2
Min-Value year %ws_m_minval[0,0]% V2.83.0
Min-Time year %ws_m_mintime[0,0]% V2.83.0
Min-Day year %ws_m_minday[0,0]% V2.83.0
Max-Value year %ws_m_maxval[0,0]% V2.83.0
Max-Time year %ws_m_maxtime[0,0]% V2.83.0
Max-Day year %ws_m_maxday[0,0]% V2.83.0
Average year %ws_m_avg[0,0]% V2.83.0
Windows date format %ws_userdate=% V2.83.2
Min-Time year %ws_m_mintime[0,0]% V2.83.0
Min-Day year %ws_m_minday[0,0]% V2.83.0
Max-Time year %ws_m_maxtime[0,0]% V2.83.0
Max-Day year %ws_m_maxday[0,0]% V2.83.0
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
%ws_compare[6]=-255~%ws_getmem_yest%~~<!--%
Values of the day before (Prerequisite: the variables were assigned in template_yest.txt)
%ws_getmem[1]%
%ws_compare[6]=-255~%ws_getmem[1]%~Date yesterday: %ws_getmem[1]%~ %
%ws_compare[6]=-255~%ws_getmem[2]%~Temp Min yesterday %ws_getmem[2]%~ %
%ws_compare[6]=-255~%ws_getmem[3]%~Temp Min time yesterday %ws_getmem[3]%~ %
%ws_compare[6]=-255~%ws_getmem[4]%~Temp Max yesterday %ws_getmem[4]%~ %
%ws_compare[6]=-255~%ws_getmem[5]%~Temp Max time yesterday %ws_getmem[5]%~ %
%ws_compare[6]=-255~%ws_getmem[6]%~Barometer Min yesterday %ws_getmem[6]%~ %
%ws_compare[6]=-255~%ws_getmem[7]%~Barometer Min Time gest %ws_getmem[7]%~ %
%ws_compare[6]=-255~%ws_getmem[8]%~Barometer Max yesterday %ws_getmem[8]%~ %
%ws_compare[6]=-255~%ws_getmem[9]%~Barometer Max Time yesterday %ws_getmem[9]%~ %
%ws_compare[6]=-255~%ws_getmem[10]%~Max. Barometer change yesterday %ws_getmem[10]%~ %
%ws_compare[6]=-255~%ws_getmem_yest%~~-->%
Only variable/sensor data are supported which are corresponding under "Available sensors" .
If a variable <!-- %openfile=nexte.txt% --> is found in the control file (somewhere),
then after the working off of the current control file (html),
this mentioned file attempts to find and when found, it is worked off again.
The variable should be included into sign comment
-> -> so that the WEB browser can interpret this!!!
At this time there are 20 nesting possible (= 20 customized WEB pages)
(a maximum of 255 is possible - adjustable)
Wswin.cfg:
Goto section [html]
entry Customfiles=xx - "CustomFile" >boolean value caution is not like "Customfiles"->max. Number of own Html-files
Caution the control files must be in the program and/or data folder and the results are saved
after the processing in the Html folder.
Werner Krenn
</PRE>
]]></plaintext></pre>