python.subdetectors.mdt Namespace Reference

Classes
class	MDT

Functions
def	generate_mdt_mappings ()
def	evaluator_HV (iov)
def	evaluator_LV (iov)
def	evaluator_JTAG (iov)

Variables
	MDTBA
	MDTBC
	MDTEA
	MDTEC

Function Documentation

evaluator_HV()

def python.subdetectors.mdt.evaluator_HV

(

iov

)

Some chambers dont have a second multilayer (ML2). 
Dont flag these as bad.

Definition at line 37 of file mdt.py.

def evaluator_HV(iov):
    """ 
    Some chambers dont have a second multilayer (ML2). 
    Dont flag these as bad.
    """
    if iov.channel in range(245, 253): #Lower voltage requirement for new BIS78 chambers
        hv = (
                (
                        iov.fsmCurrentState_ML1 in ["ON"] and iov.v1set_ML1 >= 2730 and
                        ((iov.fsmCurrentState_ML2 in ["ON"] and iov.v1set_ML2 >= 2730) or iov.fsmCurrentState_ML2 == "")
                )
 
                or
 
                (
                        iov.fsmCurrentState_ML1 == "STANDBY" and iov.v0set_ML1 >= 2730 and
                        iov.fsmCurrentState_ML2 == "STANDBY" and iov.v0set_ML2 >= 2730
                )
        )
    else: # Original Requirement
        hv = (
                (
                        iov.fsmCurrentState_ML1 in ["ON"] and iov.v1set_ML1 >= 3050 and
                        ((iov.fsmCurrentState_ML2 in ["ON"] and iov.v1set_ML2 >= 3050) or iov.fsmCurrentState_ML2 == "")
                )
 
                or
 
                (
                        iov.fsmCurrentState_ML1 == "STANDBY" and iov.v0set_ML1 >= 3050 and
                        iov.fsmCurrentState_ML2 == "STANDBY" and iov.v0set_ML2 >= 3050
                )
        )
 
    # uncomment me for debugging
    # if not hv and "2016-05-17 01:3" in str(iov.since):
    #    try:
    #        name_to_output, hv_to_name, lv_to_name, jtag_to_name, name_to_name = generate_mdt_mappings()
    #        print "%25s %12s %12s %10.3f %10.3f  |  %s - %s" % (hv_to_name[iov.channel], 
    #                                                            iov.fsmCurrentState_ML1, iov.fsmCurrentState_ML2, 
    #                                                            iov.iMon_ML1, iov.iMon_ML2, 
    #                                                            iov.since, iov.until)
    #    except:
    #        pass
        
    return hv
 

evaluator_JTAG()

def python.subdetectors.mdt.evaluator_JTAG

(

iov

)

Definition at line 87 of file mdt.py.

def evaluator_JTAG(iov):
    return iov.fsmCurrentState_JTAG == "INITIALIZED"
 

evaluator_LV()

def python.subdetectors.mdt.evaluator_LV

(

iov

)

Definition at line 84 of file mdt.py.

def evaluator_LV(iov):
    return iov.fsmCurrentState_LV == "ON"
 

generate_mdt_mappings()

def python.subdetectors.mdt.generate_mdt_mappings

(

)

Creates dictionaries representing the mappings
for different systems onto the chamber name.

Definition at line 12 of file mdt.py.

def generate_mdt_mappings():
    """
    Creates dictionaries representing the mappings
    for different systems onto the chamber name.
    """
    def fix_line(line):
        if not line:
            return None
        hv, lv, jtag, name, output_channel = line.split()
        return int(hv), int(lv), int(jtag), name, int(output_channel)
 
    mdtcodes = resource_string("DCSCalculator2.subdetectors.data", "mdt_codes.dat").decode().strip().split("\n")
 
 
    lines = [line for line in [fix_line(raw_line) for raw_line in mdtcodes if raw_line] if line]
 
    name_to_output = make_multi_mapping((name, output_channel) for hv, lv, jtag, name, output_channel in lines)
    hv_to_name     = make_multi_mapping((hv,   name)           for hv, lv, jtag, name, output_channel in lines)
    lv_to_name     = make_multi_mapping((lv,   name)           for hv, lv, jtag, name, output_channel in lines)
    jtag_to_name   = make_multi_mapping((jtag, name)           for hv, lv, jtag, name, output_channel in lines)
    name_to_name   = make_multi_mapping((name, name)           for hv, lv, jtag, name, output_channel in lines)
 
    return name_to_output, hv_to_name, lv_to_name, jtag_to_name, name_to_name
 
 

Variable Documentation

MDTBA

python.subdetectors.mdt.MDTBA

Definition at line 10 of file mdt.py.

MDTBC

python.subdetectors.mdt.MDTBC

Definition at line 10 of file mdt.py.

MDTEA

python.subdetectors.mdt.MDTEA

Definition at line 10 of file mdt.py.

MDTEC

python.subdetectors.mdt.MDTEC

Definition at line 10 of file mdt.py.