def __init__(self):
Module.__init__(self)
self.dataformat = bitopt(self.format_attribute, 0x3, 0,
'Engineering units', {0: 'Engineering units'})
self.inputrange = bitopt(
self.range_attribute, 0xff, 0, Range.pm_1V, {
0x08: Range.pm_10V,
0x09: Range.pm_5V,
0x0a: Range.pm_1V,
0x0b: Range.pm_500mV,
0x0c: Range.pm_150mV,
0x0d: Range.pm_20mA
})
self.integration = bitopt(self.integration_attribute, 0x80, 7, '50 ms',
{
0: '50 ms',
1: '60 ms'
})
self.attrdict.update({
self.dataformat: 7,
self.inputrange: 3,
self.integration: 7
})
def __init__(self, name, version, configuration_dict, activate):
Module.__init__(self)
self.dataformat = bitopt(self.format_attribute,
0x3,0,'Engineering units',
{0:'Engineering units',
1:'% of FSR',
2:'hexadecimal'})
self.slew = bitopt(self.slew_attribute,
0x3c,2,'2.0 V/sec 4.0mA/sec',
{1:'0.0625 V/sec 0.125mA/sec',
2:'0.125 V/sec 0.25mA/sec',
3:'0.25 V/sec 0.5mA/sec',
4:'0.5 V/sec 1.0mA/sec',
5:'1.0 V/sec 2.0mA/sec',
6:'2.0 V/sec 4.0mA/sec',
7:'4.0 V/sec 8.0mA/sec',
8:'8.0 V/sec 16.0mA/sec',
9:'16.0 V/sec 32.0mA/sec',
10:'32.0 V/sec 64.0mA/sec',
11:'64.0 V/sec 128.0mA/sec'})
self.output = bitopt(self.range_attribute,
0xff,0,Range.four_to_twenty_mA,
{0x30:Range.zero_to_twenty_mA,
0x31:Range.four_to_twenty_mA,
0x32:Range.zero_to_ten_V})
self.attrdict.update({self.dataformat:7,self.slew:7,self.output:3})
def __init__(self, name, version, configuration_dict, activate):
Module.__init__(self)
self.dataformat = bitopt(self.format_attribute, 0x3, 0,
'Engineering units', {
0: 'Engineering units',
1: '% of FSR',
2: 'hexadecimal'
})
self.slew = bitopt(
self.slew_attribute, 0x3c, 2, '2.0 V/sec 4.0mA/sec', {
1: '0.0625 V/sec 0.125mA/sec',
2: '0.125 V/sec 0.25mA/sec',
3: '0.25 V/sec 0.5mA/sec',
4: '0.5 V/sec 1.0mA/sec',
5: '1.0 V/sec 2.0mA/sec',
6: '2.0 V/sec 4.0mA/sec',
7: '4.0 V/sec 8.0mA/sec',
8: '8.0 V/sec 16.0mA/sec',
9: '16.0 V/sec 32.0mA/sec',
10: '32.0 V/sec 64.0mA/sec',
11: '64.0 V/sec 128.0mA/sec'
})
self.output = bitopt(
self.range_attribute, 0xff, 0, Range.four_to_twenty_mA, {
0x30: Range.zero_to_twenty_mA,
0x31: Range.four_to_twenty_mA,
0x32: Range.zero_to_ten_V
})
self.attrdict.update({
self.dataformat: 7,
self.slew: 7,
self.output: 3
})
def __init__(self):
Module.__init__(self)
self.dataformat = bitopt(self.format_attribute,
0x3,0,'Engineering units',
{0:'Engineering units',
1:'% of FSR',
2:'hexadecimal'})
self.inputrange = bitopt(self.range_attribute,
0xff,0,Range.plat_0_to_100,
{0x20:Range.plat_m_100_to_100,
0x21:Range.plat_0_to_100,
0x22:Range.plat_0_to_200})
self.attrdict.update({self.dataformat:7,self.inputrange:3})
def __init__(self):
self.checksum = bitopt(self.change_checksum,0x40,6,'disabled',
{0:'disabled',
1:'enabled'})
self.addr = FuncOpt(self.change_address,retval)
self.baudrate = bitopt(self.change_baud,0xff,0,9600,
{3:1200,
4:2400,
5:4800,
6:9600,
7:19200,
8:38400})
self.attrdict = {self.addr:1,
self.checksum:7,
self.baudrate:5}
def __init__(self):
Module.__init__(self)
self.type = bitopt("type code",0xff,0,'40XX',
{0x40:'40XX'})
self.id = bitopt("module identification",0x07,0,'ADAM-4050',
{0:'ADAM-4050'})
self.attrdict.update({self.type:3,self.id:7})
# Add the 4050's Digital Inputs.
id = 0
for di in self.di_list:
di_ion = mpx.lib.factory('mpx.ion.adam.digital_in')
di_ion.configure({'parent':self, 'name':di, 'id':id})
id += 1
# Add the initial output status, see TODO 1!
self.do_status = [0,0,0,0,0,0,0,0]
# Add the 4050's Digital Outputs.
id = 0
for do in self.do_list:
do_ion = mpx.lib.factory('mpx.ion.adam.digital_out')
do_ion.configure({'parent':self, 'name':do, 'id':id})
id += 1
def __init__(self):
Module.__init__(self)
self.dataformat = bitopt(self.format_attribute,
0x3,0,'Engineering units',
{0:'Engineering units'})
self.inputrange = bitopt(self.range_attribute,
0xff,0,Range.pm_1V,
{0x08:Range.pm_10V,
0x09:Range.pm_5V,
0x0a:Range.pm_1V,
0x0b:Range.pm_500mV,
0x0c:Range.pm_150mV,
0x0d:Range.pm_20mA})
self.integration = bitopt(self.integration_attribute,
0x80,7,'50 ms',
{0:'50 ms',
1:'60 ms'})
self.attrdict.update({self.dataformat:7, self.inputrange:3,
self.integration:7})
