class CutSelector():
###################################################################
def __init__(self, filename):
self._cutlist = CutList(filename)
self._proposedPiece = {}
###################################################################
def determineLength(self, defectLen):
'''
Desc: Parses the cutlist for the best piece to cut, then returns
the proposed cut value for verification
'''
self._proposedPiece = self._cutlist.seekPiece(defectLen)
proposedCutLen = self._proposedPiece['Length as Cut']
return proposedCutLen
###################################################################
def moveFence(self, cutLen):
'''
Desc: Parses the cutlist for the best piece to cut, then returns
the proposed cut value for verification
'''
#TODO: Need to implement this depending on the motor/HW selected
# Will most likely take the form of some sort of modbus commands
return
###################################################################
def verifyCut(self, isVerified):
'''
Desc: Removes the proposed piece from the cutlist if isVerified
is True
'''
buildLen = self._proposedPiece['Length as Built']
cutLen = self._proposedPiece['Length as Cut']
if (isVerified is True):
self._cutlist.delPiece(buildLen=buildLen, cutLen=cutLen)
def __init__(self, filename):
self._cutlist = CutList(filename)
self._proposedPiece = {}
