Hi, I need help with 60 vents control in administration building.
One off vent 6/1/0 need to be controlled with lights 3/0/7,3/0/9, 3/0/11 or 3/0/13. When one of this lights is switched ON more then 5 minutes, or all off lights are turned to OFF, then I need to switch vent ON for time that can be set over group adress 11/4/1 in seconds.
We can help with the modifications but you need describe the vent logic in more detail:
Is the timer setting global for all vents or adjustable for each vent separately?
What should happen if the light switches on while the vent is already running? Should the timer continue running or stop?
What should happen if the light switches off while the vent is already running? Should the timer continue running as is or should it reset to the starting value?
We can help with the modifications but you need describe the vent logic in more detail:
Is the timer setting global for all vents or adjustable for each vent separately?
What should happen if the light switches on while the vent is already running? Should the timer continue running or stop?
What should happen if the light switches off while the vent is already running? Should the timer continue running as is or should it reset to the starting value?
Hi,
thaks for your answer. I look for scripts, but I need help with edit this script.
Time is same for all vents.
In both of case we want to retrigger running time and then switch off.
if not client then
-- input to output mapping
mapping = {
['0/0/1'] = '0/0/6',
['0/1/1'] = '0/1/6',
['0/2/1'] = '0/2/6',
}
-- turn output on when input is on for X seconds
ondelay = 5 * 60
-- keep output on for X seconds
offdelayaddress = '11/4/1'
timers = {}
for input, output in pairs(mapping) do
timers[ input ] = {
output = output,
state = 'off',
}
end
function timerset(timer, input)
if input then
if timer.state ~= 'ondelay' then
timer.state = 'ondelay'
timer.ticks = ondelay
end
else
grp.checkwrite(timer.output, true)
timer.state = 'offdelay'
timer.ticks = grp.getvalue(offdelayaddress)
end
end
function timertimeout(timer)
if timer.state == 'ondelay' then
timerset(timer, false)
else
grp.checkwrite(timer.output, false)
timer.state = 'off'
timer.ticks = nil
end
end
grp.sender = 'tm'
client = require('localbus').new(0.1)
client:sethandler('groupwrite', function(event)
local timer = timers[ event.dst ]
if timer and event.sender ~= grp.sender then
local value = tonumber(event.datahex, 16) or 0
timerset(timer, value ~= 0)
end
end)
end
client:loop(1)
for _, timer in pairs(timers) do
if timer.ticks then
timer.ticks = timer.ticks - 1
if timer.ticks == 0 then
timertimeout(timer)
end
end
end
if not client then
-- input to output mapping
mapping = {
['0/1/1'] = '0/1/2',
}
-- turn output on when input is on for X seconds
ondelay = 5 * 60
-- keep output on for X seconds
offdelayaddress = '0/1/4'
timers = {}
for input, output in pairs(mapping) do
timers[ input ] = {
output = output,
state = 'off',
}
end
function timerset(timer, input)
if input then
if timer.state ~= 'ondelay' then
timer.state = 'ondelay'
timer.ticks = ondelay
end
else
grp.checkwrite(timer.output, true)
timer.state = 'offdelay'
timer.ticks = grp.getvalue(offdelayaddress)
end
end
function timertimeout(timer)
if timer.state == 'ondelay' then
timerset(timer, false)
else
grp.checkwrite(timer.output, false)
timer.state = 'off'
timer.ticks = nil
end
end
grp.sender = 'tm'
client = require('localbus').new(0.1)
client:sethandler('groupwrite', function(event)
local timer = timers[ event.dst ]
if timer and event.sender ~= grp.sender then
local value = tonumber(event.datahex, 16) or 0
timerset(timer, value ~= 0)
end
end)
end
client:loop(1)
for _, timer in pairs(timers) do
if timer.ticks then
timer.ticks = timer.ticks - 1
if timer.ticks == 0 then
timertimeout(timer)
end
end
end
(5 hours ago)admin Wrote: Timer script:
Code:
if not client then
-- input to output mapping
mapping = {
['0/0/1'] = '0/0/6',
['0/1/1'] = '0/1/6',
['0/2/1'] = '0/2/6',
}
-- turn output on when input is on for X seconds
ondelay = 5 * 60
-- keep output on for X seconds
offdelayaddress = '11/4/1'
timers = {}
for input, output in pairs(mapping) do
timers[ input ] = {
output = output,
state = 'off',
}
end
function timerset(timer, input)
if input then
if timer.state ~= 'ondelay' then
timer.state = 'ondelay'
timer.ticks = ondelay
end
else
grp.checkwrite(timer.output, true)
timer.state = 'offdelay'
timer.ticks = grp.getvalue(offdelayaddress)
end
end
function timertimeout(timer)
if timer.state == 'ondelay' then
timerset(timer, false)
else
grp.checkwrite(timer.output, false)
timer.state = 'off'
timer.ticks = nil
end
end
grp.sender = 'tm'
client = require('localbus').new(0.1)
client:sethandler('groupwrite', function(event)
local timer = timers[ event.dst ]
if timer and event.sender ~= grp.sender then
local value = tonumber(event.datahex, 16) or 0
timerset(timer, value ~= 0)
end
end)
end
client:loop(1)
for _, timer in pairs(timers) do
if timer.ticks then
timer.ticks = timer.ticks - 1
if timer.ticks == 0 then
timertimeout(timer)
end
end
end
I try with other adresses, but nothing happend on the bus. What I do wrong?
4 hours ago(This post was last modified: 3 hours ago by 2MAX.)
(4 hours ago)admin Wrote: Works for me. Do you have it as resident script with 0 sleep time?
Enable logging for 0/1/1 and 0/1/2. Setting 0/1/1 to OFF should immediately set 0/1/2 to ON for 10 seconds.
Yeah, it works, I have 60s time. Thank You
(4 hours ago)2MAX Wrote:
(4 hours ago)admin Wrote: Works for me. Do you have it as resident script with 0 sleep time?
Enable logging for 0/1/1 and 0/1/2. Setting 0/1/1 to OFF should immediately set 0/1/2 to ON for 10 seconds.
Yeah, it works, I have 60s time. Thank You
Code:
groups = {
--samples
{ tag = 'my_group_and', output = '4/0/0', mode = 'and' },
{ tag = 'my_group_or', output = '4/0/1', mode = 'or' },
{ tag = 'my_group_avg', output = '4/0/2', mode = 'avg' },
}
I dont understand what mean "my_group_or", it is possible to 4 adresses in this place to compare OR like this : tag = '3/1/10', '3/1/20', '3/1/24' , '3/1/47' ??
