Spezifikationsmodule - Software and Systems Engineering - TUM

* LocVariable */
exists lvar_map_possible:
lfp FPLVRMP set fplvrmp_it:(
one:(component_pair.one.LocVariables),
two:(component_pair.two.LocVariables)
) with (
call Consistent_Component_LocVar(component_pair, fplvrmp_it)
).
context lvar_map:{lvm_test:set lvar_map_possible |
forall lvm1:lvm_test . forall lvm2:lvm_test . (
(lvm1.one = lvm2.one) equiv (lvm1.two = lvm2.two)
)
}.
/* LocVariableConst */
exists lvarconst_map:
lfp FPLVCM set fplvcm_it:(
one:LocVariableConst,
two:LocVariableConst
) with (
exists lvm_fplvcm:lvar_map . (
fplvcm_it.one.LocVariable = lvm_fplvcm.one and
fplvcm_it.two.LocVariable = lvm_fplvcm.two
)
).
/* State */
context state_map:{sm_test:set (
one:(component_pair.one.Automaton.State.SubStates),
two:(component_pair.two.Automaton.State.SubStates)) |
/* at least one state must be unified, */
/* otherwise the automaton would not be connected */
exists sm0:sm_test . true and
forall sm1:sm_test . (
forall sm2:sm_test . (
(sm1.one = sm2.one) equiv (sm1.two = sm2.two)
) and (
/*at most one state may have a substates */
neg exists sm_one_sub:(sm1.one.SubStates) . true or
neg exists sm_two_sub:(sm1.two.SubStates) . true
))
}.
/* TransitionSegment */
exists transition_map_possible:
lfp FPTSGMP set fptsgmp_it:(
one:(component_pair.one.Automaton.State.TransitionSegments),
two:(component_pair.two.Automaton.State.TransitionSegments)
) with (
call Consistent_State_Transition(state_map,
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