98 lines
3.0 KiB
Python
98 lines
3.0 KiB
Python
# -*- coding: utf-8 -*-
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from helpers import trace
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class Rules ( object ):
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ruleSet = [ 'minSpacing_nWell'
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, 'minEnclosure_nImplant_active'
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, 'minEnclosure_pImplant_active'
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, 'minSpacing_nImplant_pImplant'
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, 'minSpacing_cut0'
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, 'minWidth_cut0'
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, 'minWidth_active'
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, 'minEnclosure_active_cut0'
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, 'transistorMinL'
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, 'transistorMinW'
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, 'minSpacing_poly'
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, 'minGateSpacing_poly'
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, 'minSpacing_poly_active'
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, 'minExtension_active_poly'
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, 'minExtension_poly_active'
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, 'minEnclosure_poly_cut0'
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, 'minSpacing_cut0_poly'
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, 'minWidth_cut0'
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, 'minSpacing_cut0_active'
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, 'minWidth_metal1'
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, 'minSpacing_metal1'
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, 'minEnclosure_metal1_cut0'
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, 'minEnclosure_metal1_cut1'
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, 'minWidth_cut1'
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, 'minSpacing_cut1'
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, 'minWidth_metal2'
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, 'minSpacing_metal2'
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, 'minEnclosure_metal2_cut1'
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, 'minEnclosure_metal2_cut2'
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, 'minWidth_cut2'
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, 'minSpacing_cut2'
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, 'minWidth_cut1'
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, 'minSpacing_cut1'
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, 'minWidth_metal3'
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, 'minSpacing_metal3'
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, 'minSpacingWide1_metal3'
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, 'minEnclosure_metal3_cut2'
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, 'minSpacingOnMetBot_cut2'
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, 'minSpacingOnMetCap_cut2'
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, 'maxWidth_metcap'
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, 'minSpacing_metbot'
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, 'minSpacing_cut1_metcap'
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, 'minSpacing_cut2_metcap'
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, 'minEnclosure_metbot_metcap'
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, 'minEnclosure_metbot_cut1'
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, 'minEnclosure_metbot_cut2'
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, 'minEnclosure_metcap_cut2'
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, 'minWidth_metcap'
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, 'minWidth_metcapdum'
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, 'minWidth_cpoly'
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, 'minWidth_poly2'
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, 'minWidth_rpolyh'
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, 'minSpacing_cpoly'
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, 'minSpacing_poly2'
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, 'minSpacing_rpolyh'
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, 'minSpacing_cut0_cpoly'
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, 'minSpacing_diff_poly2'
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, 'minSpacing_poly_poly2'
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, 'minEnclosure_poly_cpoly'
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, 'minEnclosure_cpoly_cut0'
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, 'minEnclosure_poly2_cut0'
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, 'MIMCap'
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, 'PIPCap'
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, 'MIMPerimeterCap'
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, 'PIPPerimeterCap'
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]
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def __init__ ( self, dtr ):
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trace( 100, '\tRules.__init__()\n' )
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self.dtr = dtr
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for rule in Rules.ruleSet: self.addAttr(rule)
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return
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def addAttr ( self, attribute ):
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if self.__dict__.has_key(attribute): return
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#print 'Rules.addAttr(): %s' % attribute
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value = None
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words = attribute.split( '_' )
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try:
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if len(words) == 1 and words[0].endswith('Cap'): value = self.dtr.getUnitRule( words[0] ).getValue()
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elif len(words) < 4: value = self.dtr.getPhysicalRule( *tuple(words) ).getValue()
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except Exception, e:
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print e
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if not value is None:
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self.__dict__[attribute] = value
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return
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