Domoticz

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1 * * * * /ipresence/bluepresence.sh

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function timedifference (s)
   year = string.sub(s, 1, 4)
   month = string.sub(s, 6, 7)
   day = string.sub(s, 9, 10)
   hour = string.sub(s, 12, 13)
   minutes = string.sub(s, 15, 16)
   seconds = string.sub(s, 18, 19)
   t1 = os.time()
   t2 = os.time{year=year, month=month, day=day, hour=hour, min=minutes, sec=seconds}
   difference = os.difftime (t1, t2)
   return difference
end

commandArray = {}
print('evaluating if someone is upstairs')

if (otherdevices['topfloor_motion'] == 'Off') and (timedifference(otherdevices_lastupdate['topfloor_ceiling_lamp']) > 120) then
   if (timedifference(otherdevices_lastupdate[topfloor_motion']) > 1800) then
      if timedifference(otherdevices_lastupdate['top_stairs_motion']) < timedifference(otherdevices_lastupdate['topfloor_motion']) then
         commandArray['Scene:topfloor_lights']='Off'
         print('turning off, no movement upstairs for more than 30m')
      end
   end
end

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t1 = os.time()

s = otherdevices_lastupdate['Bedtime']

-- returns a date time like 2013-07-11 17:23:12


year = string.sub(s, 1, 4)

month = string.sub(s, 6, 7)

day = string.sub(s, 9, 10)

hour = string.sub(s, 12, 13)

minutes = string.sub(s, 15, 16)

seconds = string.sub(s, 18, 19)





commandArray = {}


-- *** Get the difference between last Bedtime switch operate time  and now
t2 = os.time{year=year, month=month, day=day, hour=hour, min=minutes, sec=seconds}

difference = (os.difftime (t1, t2))


-- *** Check to see if Bedtime switch is on
if (otherdevices['Bedtime'] == 'On') then
    td = "Time Difference = " .. difference
    print (td)
    print ("Device - Bedtime Switch is On")

   -- *** Check to see if all lights are off, if so reset the Bedtime switch
   if (otherdevices['Kevin Lamp'] == 'Off') and (otherdevices['Sharon Lamp'] == 'Off') and (otherdevices['Kitchen Main'] == 'Off') and (otherdevices['Kitchen Kettle'] == 'Off') and (otherdevices['Conservatory Lamp'] == 'Off') and (otherdevices['Outside Lights'] == 'Off') then
	print ("All the lamps are Off")
	commandArray['Bedtime']='Off'
        commandArray['SendNotification']='Bedtime Alert#All lights Off -  Resetting Bedtime switch'
   end

    -- *** Turn off Front Room lights after 60 seconds [1 min] (check duration to 180 seconds [3 min])
   if difference > 60 and difference < 180 then
       commandArray['Kevin Lamp']='Off'
       commandArray['Sharon Lamp']='Off'
       print ("Front room lights Off - 1 minute after activation")
   end

   -- *** Turn off Conservatory light and Kitchen Main after 300 seconds [5 min] (check duration to 420 seconds [7 min])
   if difference > 300 and difference < 420 then
      commandArray['Conservatory Lamp']='Off'
      commandArray['Kitchen Main']='Off'
      print ("Conservatory and Kitchen Main lights Off - 5 minutes after activation")
   end

   -- *** Turn off Kitchen Kettle lights after 600 seconds [10 min] (check duration to 720 seconds [12 min])
   if difference > 600 and difference < 720 then
      commandArray['Kitchen Kettle']='Off'
      print ("Kitchen Kettle light Off - 10 minutes after activation")
   end

   -- *** Turn off Outside lights after 10800 seconds [3 hrs] (check duration to 10920 seconds [3 hrs 2 min])
   if difference > 10800 and difference < 10920 then	 
      commandArray['Outside Lights']='Off'
      print ("Outside lights Off - 3 hours after activation")
   end

end


return commandArray

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if ((devicechanged['Elektriciteit'])) then
	print ("Devicechanged elektriciteit")
   print (otherdevices_svalues['Graaddagen'])
	print (otherdevices_svalues['Gas'])
	
	--commandArray['OpenURL']='192.168.1.24:8080/json.htm?type=command&param=udevice&hid=3&did=gas2&dunit=1&dsubtype=0&dtype=113&nvalue=0&svalue=501'
	commandArray['OpenURL']='192.168.1.24:8080/json.htm?type=command&param=udevice&idx=64&nvalue=0&svalue=502'
	--commandArray['OpenURL']='127.0.0.1:8080/json.htm?type=command&param=udevice&idx=64&nvalue=0&svalue=503'
	--commandArray['UpdateDevice']='64|0|504'

end

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-------------------------------------------------------------------------------
--- Lua Time script  v1.0 
--- Runs every minute
---
--- Purpose:
--- Reads solar xray flux value from website and graphs it in temperature graph
--- Background: http://en.wikipedia.org/wiki/Solar_flare
-------------------------------------------------------------------------------

--- returns num rounded up to idp decimals
function round(num, idp)
  local mult = 10^(idp or 0)
  return math.floor(num * mult + 0.5) / mult
end

commandArray = {}

--- To have a 1MB /var/tmp directory in RAM add the line 
---    tmpfs /var/tmp tmpfs nodev,nosuid,size=1M 0 0 
--- to the /etc/fstab file
---
--- Read Solar data from http://sol24.net/m/ into xray_data_string
tmp_filename = '/var'..os.tmpname()
os.execute('curl "http://sol24.net/m/" > '..tmp_filename)
infile = io.open(tmp_filename,'r')
xray_data_str=infile:read('*all')

--and clean up temp file
infile:close()
os.remove( tmp_filename )

-- Process xray_data_string to retrieve current x-ray value near label "flux:" which looks like C3.7
xray_pos = string.find(xray_data_str, "X-ray flux:")
xray_power10 = string.sub(xray_data_str,xray_pos+88, xray_pos+88)
xray_value= string.sub(xray_data_str,xray_pos+89, xray_pos+91)
if      xray_power10 == 'B' then xray_value_powered = xray_value * 10
elseif  xray_power10 == 'C' then xray_value_powered = xray_value * 100
elseif  xray_power10 == 'M' then xray_value_powered = xray_value * 1000
elseif  xray_power10 == 'X' then xray_value_powered = xray_value * 10000
elseif  xray_power10 == 'Y' then xray_value_powered = xray_value * 100000
end

--transform this value to be presented on a logaritmic 0~50 scale
xray_index = 10*round(math.log(xray_value_powered,10),2)

--show what we are doing in the log
print(string.format("Current GOES Xray flux is %s%s indexed to %s.",xray_power10,xray_value,xray_index))

--and put the value in the graph
commandArray['UpdateDevice']='66|0|'..xray_index

--done
return commandArray

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commandArray = {}


-- ***** Switch On Section *****

if (devicechanged['Spare Byron Switch (B1)'] == 'On') then

   tNew = os.time()

-- Get current state of single click light
   if (otherdevices['Ceiling Unit 15 (H15)'] == 'Off') then
     singleclicklamp = "Off"
   else
     singleclicklamp = "On"	
   end
   

-- Get last time switch was operated
   local file = io.open("SwitchB1Time.txt", "r")
   TimeOnOld = file:read()
   TimeOffOld = file:read()
   LightStateOld = file:read()
   file:close()

-- Compare this on time with last on time and get the difference
   On_Difference = tNew - TimeOnOld
   Off_Difference = tNew - TimeOffOld
   DoubleClick = "Null"


   pton = "Time difference in seconds since last On operation = " .. On_Difference
   print(pton)
   ptoff = "Time difference in seconds since last Off operation = " .. Off_Difference
   print(ptoff)
   
-- Check for Double Click
   if (On_Difference < 5) then -- switched on twice within 5 seconds
     DoubleClick = "True"
   else  
     DoubleClick = "False"
   end

   pdc = "Double click event = " .. DoubleClick
   print(pdc)

   if (DoubleClick == "False") then
     commandArray['Ceiling Unit 15 (H15)']='On'
   end

   if (DoubleClick == "True") then
     commandArray['Ceiling Unit 16 (H16)']='On'
     if (LightStateOld == "Off") then
       commandArray['Ceiling Unit 15 (H15)']='Off'
     end
   end

   -- save new time to file

   local file = io.open("SwitchB1Time.txt", "w")
   file:write(tNew)
   file:write("\n")
   file:write (TimeOffOld)
   file:write("\n")
   file:write(singleclicklamp)
   file:close()
   print ("File SwitchB1Time.txt written")

end

-- ***** Switch Off Section *****

if (devicechanged['Spare Byron Switch (B1)'] == 'Off') then

   tNew = os.time()

-- Get current state of single click light
   if (otherdevices['Ceiling Unit 15 (H15)'] == 'Off') then
     singleclicklamp = "Off"
   else
     singleclicklamp = "On"	
   end
   

-- Get last time switch was operated
   local file = io.open("SwitchB1Time.txt", "r")
   TimeOnOld = file:read()
   TimeOffOld = file:read()
   LightStateOld = file:read()
   file:close()

-- Compare this on time with last on time and get the difference
   On_Difference = tNew - TimeOnOld
   Off_Difference = tNew - TimeOffOld
   DoubleClick = "Null"


   pton = "Time difference in seconds since last On operation = " .. On_Difference
   print(pton)
   ptoff = "Time difference in seconds since last Off operation = " .. Off_Difference
   print(ptoff)
   
-- Check for Double Click
   if (Off_Difference < 5) then -- switched on twice within 5 seconds
     DoubleClick = "True"
   else  
     DoubleClick = "False"
   end

   pdc = "Double click event = " .. DoubleClick
   print(pdc)

   if (DoubleClick == "False") then
     commandArray['Ceiling Unit 15 (H15)']='Off'
   end

   if (DoubleClick == "True") then
     commandArray['Ceiling Unit 16 (H16)']='Off'
     if (LightStateOld == "On") then
       commandArray['Ceiling Unit 15 (H15)']='On'
     end
   end

   -- save new time to file

   local file = io.open("SwitchB1Time.txt", "w")
   file:write(TimeOnOld)
   file:write("\n")
   file:write (tNew)
   file:write("\n")
   file:write(singleclicklamp)
   file:close()
   print ("File SwitchB1Time.txt written")

end



return commandArray

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-- Script to print out the various time and date variables available in Domoticz for reference
-- Output is in the log file [Setup -> Log from the menu]
-- also loads the values into variables for use elsewhere in the script if needed
-- If using this script delete the lines that you do not need to save resources
-- Not all variables have been presented but the full available list is below;

-- Variable details (from http://www.lua.org/pil/22.1.html)
-- %a	abbreviated weekday name (e.g., Wed)
-- %A	full weekday name (e.g., Wednesday)
-- %b	abbreviated month name (e.g., Sep)
-- %B	full month name (e.g., September)
-- %c	date and time (e.g., 09/16/98 23:48:10)
-- %d	day of the month  [01-31]
-- %H	hour, using a 24-hour clock  [00-23]
-- %I	hour, using a 12-hour clock  [01-12]
-- %M	minute  [00-59]
-- %m	month  [01-12]
-- %p	either "am" or "pm" 
-- %S	second  [00-61]
-- %w	weekday  [0-6 = Sunday-Saturday]
-- %x	date (e.g., 09/16/98)
-- %X	time (e.g., 23:48:10)
-- %Y	full year (1998)
-- %y	two-digit year  [00-99]
-- %%	the character `%´


print(" ")
print ("*******************")
print(" ")
-- Year
 nowyear = os.date("%Y")
 print(os.date("Current Year - %Y"))
-- Month
nowmonth = os.date("%m")
 print(os.date("Current Month - %m and %b and %B"))
--Day
nowday = os.date("%d") 
nowdow = os.date("%a") -- day of week truncated (%A full)
 print(os.date("Current day - %d and %a and %A"))
-- Hour
nowhour = os.date("%H")
 print(os.date("Current hour (24h) - %H and (12h) - %I"))
-- Minute
nowminute = os.date("%M")
 print(os.date("Current minute - %M"))
-- Second
nowsecond = os.date("%S")
 print(os.date("Current second - %S"))
-- Full Date
 nowdate = os.date("%x") 
 print(os.date("Current full date - %x"))
 -- Full Time
  nowtime = os.date("%X") 
 print(os.date("Current full time - %X"))
 -- Full Date and Time
nowdatetime = os.date("%c")
 print(os.date("Current full date and time - %c")) 

print(" ")
print ("*******************")
print(" ")

commandArray = {}
-- nothing to see here
return commandArray