# System Message:	started reading file "../standard/IEEE1603_2003.annexB.alf" Thu Mar 20 2008 12:58:24
# System Message:	finished reading file "../standard/IEEE1603_2003.annexB.alf" Thu Mar 20 2008 12:58:27
# System Message:	started adding contents to ALF database 'test' Thu Mar 20 2008 12:58:27
# ALF Syntax Warning:	rule 'CELL.RESTRICT_CLASS' will be changed from 'multi_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'CLASS.RESTRICT_CLASS' will be changed from 'multi_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'CELL.SWAP_CLASS' will be changed from 'single_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'PIN.SUPPLYTYPE' will be changed from 'single_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'CLASS.SUPPLYTYPE' will be changed from 'single_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'VECTOR.MONITOR' will be changed from 'multi_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'CLASS.MONITOR' will be changed from 'multi_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'ARITHMETIC_MODEL.EDGE_NUMBER' will be changed from 'single_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'FROM.EDGE_NUMBER' will be changed from 'single_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'TO.EDGE_NUMBER' will be changed from 'single_value_annotation' to 'annotation'
# ALF Syntax Warning:	rule 'ARITHMETIC_MODEL.PATTERN' will be changed from 'annotation' to 'single_value_annotation'
# System Message:	finished adding contents to ALF database 'test' Thu Mar 20 2008 12:58:28
# System Message:	started reading file "../examples/delaycalc.alf" Thu Mar 20 2008 12:58:28
# System Message:	finished reading file "../examples/delaycalc.alf" Thu Mar 20 2008 12:58:29
# System Message:	started adding contents to ALF database 'test' Thu Mar 20 2008 12:58:29
# System Message:	finished adding contents to ALF database 'test' Thu Mar 20 2008 12:58:29
# System Message:	started library preparation	Thu Mar 20 2008 12:58:29
# ALF Message:	flattening template instantiation:	object = 'test_1976',	parent = 'test_1973',	type = 'CellTimingPower'
# ALF Message:	flattening template instantiation:	object = 'test_1999',	parent = 'test_1996',	type = 'CellTimingPower'
# ALF Message:	flattening template instantiation:	object = 'test_2040',	parent = 'test_2037',	type = 'CellTimingPower'
# ALF Message:	flattening template instantiation:	object = 'test_2063',	parent = 'test_2060',	type = 'CellTimingPower'
# ALF Message:	flattening template instantiation:	object = 'test_2086',	parent = 'test_2083',	type = 'CellTimingPower'
# ALF Message:	flattening template instantiation:	object = 'test_2109',	parent = 'test_2106',	type = 'CellTimingPower'
# System Message:	finished library preparation	Thu Mar 20 2008 12:58:29
# System Message:	started circuit analysis	Thu Mar 20 2008 12:58:29
# System Message:	created design elements   	Thu Mar 20 2008 12:58:30
# System Message:	created internal connectivity	Thu Mar 20 2008 12:58:30
# System Message:	created external connectivity	Thu Mar 20 2008 12:58:30
# System Message:	created evaluation constraints	Thu Mar 20 2008 12:58:30
# System Message:	identified evaluation targets	Thu Mar 20 2008 12:58:30

#	evaluation result for model test_2628: myDesign.cell0.(10A->01Y).ENERGY = 0.51
#	evaluation result for model test_2706: myDesign.cell0.(01A->10Y).ENERGY = 0.51
#	evaluation result for model test_2798: myDesign.cell2.(10A->01Y).ENERGY = 0.775
#	evaluation result for model test_2876: myDesign.cell2.(01A->10Y).ENERGY = 0.775
#	evaluation result for model test_2968: myDesign.cell3.(10A->01Y).ENERGY = 0.875
#	evaluation result for model test_3046: myDesign.cell3.(01A->10Y).ENERGY = 0.875
#	evaluation result for model test_3142: myDesign.cell1.(10A->01Y).ENERGY = 0.53
#	evaluation result for model test_3220: myDesign.cell1.(01A->10Y).ENERGY = 0.53
#	evaluation result for model test_3298: myDesign.cell1.(10B->01Y).ENERGY = 0.82
#	evaluation result for model test_3376: myDesign.cell1.(01B->10Y).ENERGY = 0.82
#	evaluation result for model test_2581: myDesign.cell0.(10A->01Y).DELAY = 0.51
#	evaluation result for model test_2659: myDesign.cell0.(01A->10Y).DELAY = 0.51
#	evaluation result for model test_2751: myDesign.cell2.(10A->01Y).DELAY = 0.775
#	evaluation result for model test_2829: myDesign.cell2.(01A->10Y).DELAY = 0.775
#	evaluation result for model test_2921: myDesign.cell3.(10A->01Y).DELAY = 0.875
#	evaluation result for model test_2999: myDesign.cell3.(01A->10Y).DELAY = 0.875
#	evaluation result for model test_3095: myDesign.cell1.(10A->01Y).DELAY = 0.53
#	evaluation result for model test_3173: myDesign.cell1.(01A->10Y).DELAY = 0.53
#	evaluation result for model test_3251: myDesign.cell1.(10B->01Y).DELAY = 0.82
#	evaluation result for model test_3329: myDesign.cell1.(01B->10Y).DELAY = 0.82
# System Message:	finished circuit analysis	Thu Mar 20 2008 12:58:30