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Copy pathcommunicate_with_nhq_226l_hv.jl
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communicate_with_nhq_226l_hv.jl
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using Sockets
using Base
using Formatting
#
# ##################################################
#
function get_nhq_226_hv()
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10001)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
write(nhqc,"U1\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
# following 3 lines remove the first polarity sign
# no need, just skip the first letter
# mytemp = collect(read_data)
# mytemp[1] = ' '
# read_data=join(mytemp)
m = match(r"\+",read_data)
plus_position =m.offset
n = match(r"\-",read_data)
minus_position =n.offset
if plus_position>0
my_read_data=join([read_data[1:plus_position-1], "e",read_data[plus_position:end]])
elseif minus_position>0
my_read_data=join([read_data[1:minus_position-1],"e",read_data[minus_position:end]])
end
close(nhqc)
return my_read_data
end
#
# ##################################################
#
function get_nhq_226_channel_1_hv()
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10001)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
write(nhqc,"U1\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
# following 3 lines remove the first polarity sign
# no need, just skip the first letter
# mytemp = collect(read_data)
# mytemp[1] = ' '
# read_data=join(mytemp)
m = match(r"\-",read_data)
plus_position =m.offset
n = match(r"\-",read_data)
minus_position =n.offset
if plus_position>0
my_read_data=join([read_data[1:plus_position-1], "e",read_data[plus_position:end]])
elseif minus_position>0
my_read_data=join([read_data[1:minus_position-1],"e",read_data[minus_position:end]])
end
close(nhqc)
return my_read_data
end
#
# ##################################################
#
function get_nhq_226_channel_2_hv()
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10001)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
write(nhqc,"U2\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
# following 3 lines remove the first polarity sign
# no need, just skip the first letter
# mytemp = collect(read_data)
# mytemp[1] = ' '
# read_data=join(mytemp)
m = match(r"\+",read_data)
plus_position =m.offset
n = match(r"\-",read_data)
minus_position =n.offset
if plus_position>0
my_read_data=join([read_data[1:plus_position-1], "e",read_data[plus_position:end]])
elseif minus_position>0
my_read_data=join([read_data[1:minus_position-1],"e",read_data[minus_position:end]])
end
close(nhqc)
return my_read_data
end
#
# ##################################################
#
function get_nhq_226_channel_3_hv()
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10002)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
write(nhqc,"U1\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
# following 3 lines remove the first polarity sign
# no need, just skip the first letter
# mytemp = collect(read_data)
# mytemp[1] = ' '
# read_data=join(mytemp)
m = match(r"\+",read_data)
plus_position =m.offset
n = match(r"\-",read_data)
minus_position =n.offset
if plus_position>0
my_read_data=join([read_data[1:plus_position-1], "e",read_data[plus_position:end]])
elseif minus_position>0
my_read_data=join([read_data[1:minus_position-1],"e",read_data[minus_position:end]])
end
close(nhqc)
return my_read_data
end
#
# ##################################################
#
function get_nhq_226_channel_4_hv()
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10002)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
write(nhqc,"U2\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
# following 3 lines remove the first polarity sign
# no need, just skip the first letter
# mytemp = collect(read_data)
# mytemp[1] = ' '
# read_data=join(mytemp)
m = match(r"\+",read_data)
plus_position =m.offset
n = match(r"\-",read_data)
minus_position =n.offset
if plus_position>0
my_read_data=join([read_data[1:plus_position-1], "e",read_data[plus_position:end]])
elseif minus_position>0
my_read_data=join([read_data[1:minus_position-1],"e",read_data[minus_position:end]])
end
close(nhqc)
return my_read_data
end
#
# ##################################################
#
function set_nhq_226_hv(hvvalue::Real)
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10001)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
#---> read present HV value
write(nhqc,"U1\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
#println(read_data)
#---> set HV ramp up speed
sleep(0.5)
write(nhqc,"V1=10\r\n")
read_data = readline(nhqc)
#---> set HV target value
sleep(0.5)
write(nhqc,"D1=$(round(hvvalue))\r\n")
read_data = readline(nhqc)
#---> read present value
sleep(0.5)
write(nhqc,"G1\r\n")
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
close(nhqc)
end
#
# ##################################################
#
function set_nhq_226_channel_1_hv(hvvalue::Real)
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10001)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
#---> read present HV value
write(nhqc,"U1\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
#println(read_data)
#---> set HV ramp up speed
sleep(0.5)
write(nhqc,"V1=10\r\n")
read_data = readline(nhqc)
#---> set HV target value
sleep(0.5)
write(nhqc,"D1=$(round(hvvalue))\r\n")
read_data = readline(nhqc)
#---> read present value
sleep(0.5)
write(nhqc,"G1\r\n")
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
close(nhqc)
end
#
# ##################################################
#
function set_nhq_226_channel_2_hv(hvvalue::Real)
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10001)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
#---> read present HV value
write(nhqc,"U2\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
#println(read_data)
#---> set HV ramp up speed
sleep(0.5)
write(nhqc,"V2=10\r\n")
read_data = readline(nhqc)
#---> set HV target value
sleep(0.5)
write(nhqc,"D2=$(round(hvvalue))\r\n")
read_data = readline(nhqc)
#---> read present value
sleep(0.5)
write(nhqc,"G2\r\n")
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
close(nhqc)
end
#
# ##################################################
#
function set_nhq_226_channel_3_hv(hvvalue::Real)
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10002)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
#---> read present HV value
write(nhqc,"U1\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
#println(read_data)
#---> set HV ramp up speed
sleep(0.5)
write(nhqc,"V1=10\r\n")
read_data = readline(nhqc)
#---> set HV target value
sleep(0.5)
write(nhqc,"D1=$(round(hvvalue))\r\n")
read_data = readline(nhqc)
#---> read present value
sleep(0.5)
write(nhqc,"G1\r\n")
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
close(nhqc)
end
#
# ##################################################
#
function set_nhq_226_channel_4_hv(hvvalue::Real)
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10002)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
#---> read present HV value
write(nhqc,"U2\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
#println(read_data)
#---> set HV ramp up speed
sleep(0.5)
write(nhqc,"V2=10\r\n")
read_data = readline(nhqc)
#---> set HV target value
sleep(0.5)
write(nhqc,"D2=$(round(hvvalue))\r\n")
read_data = readline(nhqc)
#---> read present value
sleep(0.5)
write(nhqc,"G2\r\n")
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = readline(nhqc)
close(nhqc)
end
#
#
# ##################################################
#
function get_nhq_226_status()
scint_netcom_address = ip"134.107.13.65"
nhqc = connect(scint_netcom_address, 10001)
write(nhqc,"\r\n") # to assure synchronization
readline(nhqc)
readline(nhqc)
write(nhqc,"S1\r\n")
sleep(0.5)
read_data = readline(nhqc)
read_data = readline(nhqc)
read_data = replace(read_data, "\r" => " ")
read_data = replace(read_data, "\n" => " ")
# @printf("%s",read_data)
close(nhqc)
return read_data
end