def einit(init, domain):
def mixInitWithLoc(loc):
newInit = copy.deepcopy(init)
checkForAlgebraicExpressions(newInit["expression"],["%loc"],[locations[loc]],str(0))
solveAlgebraicExpressions(newInit["expression"])
newInit["expression"] = checkForChains(newInit["expression"])
insertLocInExpression(newInit["expression"], loc)
newInit["quantity"] = substituteDataArrayElementInString("%loc", newInit["quantity"], locations[loc])
newInit["quantity"] = str(int(aeParser.parse(newInit["quantity"],lexer=aeLexer)))
return newInit
def mixInitWithOrgDst(matrixCell):
(org, dst, r) = matrixCell
if (options.fullMatrix == False and r == 0):
return nullInstruction
if (org != dst):
newInit = copy.deepcopy(init)
checkForAlgebraicExpressions(newInit["expression"],["%org","%dst"],[locations[org],locations[dst]],str(r))
solveAlgebraicExpressions(newInit["expression"])
newInit["expression"] = checkForChains(newInit["expression"])
insertOrgInExpression(newInit["expression"],org)
insertDstInExpression(newInit["expression"],dst)
newInit["quantity"] = substituteDataArrayElementInString("%org", newInit["quantity"], locations[org])
newInit["quantity"] = substituteDataArrayElementInString("%dst", newInit["quantity"], locations[dst])
newInit["quantity"] = newInit["quantity"].replace("%cell", str(r))
newInit["quantity"] = str(int(aeParser.parse(newInit["quantity"],lexer=aeLexer)))
return newInit
else:
return nullInstruction
initBuilder = None
if (domain[0].__class__ == "".__class__): #if it is string, it is just loc
initBuilder = mixInitWithLoc
else: #the type is tuple, it is a matrix
initBuilder = mixInitWithOrgDst
for i in map(initBuilder, domain):
printing.printInit(i)
