is mentioned by

Thm* the_es:ES, e,e':E. (e < e')  Prop	[es-causl_wf]
Thm* E:Type, eq:EqDecider(E), T,V:(IdIdType), M:(IdLnkIdType), Thm* loc:(EId), k:(EKnd), v:(e:Eeventtype(k;loc;V;M;e)), Thm* w,a:(x:Ide:ET(loc(e),x)), snds:(l:IdLnkE(Msg_sub(l; M) List)), Thm* sndr:({e:E| isrcv(k(e)) }E), i:(e:{e:E| isrcv(k(e)) }||snds Thm* sndr:({e:E| isrcv(k(e)) }E), i:(e:{e:E| isrcv(k(e)) }||(lnk(k(e)) Thm* sndr:({e:E| isrcv(k(e)) }E), i:(e:{e:E| isrcv(k(e)) }||,sndr(e))||), Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms{i:l} Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(E; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(T; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(M; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(loc; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(k; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(v; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(w; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(a; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(snds; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(sndr; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(i; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(f; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(prd; Thm* f:(E), prd:({e':E| f(e') }E), cl:(EEProp), p:ESAxioms(cl). Thm* mk-es(E; eq; T; V; M; loc; k; v; w; a; snds; sndr; i; f; prd; cl; p)  ES	[mk-es_wf]
Thm* E:Type{i}, T,V:(IdIdType{i}), M:(IdLnkIdType{i}), loc:(EId), Thm* kind:(EKnd), val:(e:Eeventtype(kind;loc;V;M;e)), Thm* when,after:(x:Ide:ET(loc(e),x)), Thm* sends:(l:IdLnkE(Msg_sub(l; M) List)), Thm* sender:({e:E| isrcv(kind(e)) }E), Thm* index:(e:{e:E| isrcv(kind(e)) }||sends(lnk(kind(e)),sender(e))||), Thm* first:(E), pred:({e':E| first(e') }E), causl:(EEProp{i}). Thm* ESAxioms{i:l} Thm* ESAxioms(E; Thm* ESAxioms(T; Thm* ESAxioms(M; Thm* ESAxioms(loc; Thm* ESAxioms(kind; Thm* ESAxioms(val; Thm* ESAxioms(when; Thm* ESAxioms(after; Thm* ESAxioms(sends; Thm* ESAxioms(sender; Thm* ESAxioms(index; Thm* ESAxioms(first; Thm* ESAxioms(pred; Thm* ESAxioms(causl) Thm*  Prop{i'}	[ESAxioms_wf]
Thm* R:(TTProp), x,y:T. (x R^+ y)  (x R y)  (z:T. (x R^+ z) & (z R y))	[rel_plus_implies]
Thm* R:(TTProp). Trans x,y:T. x R^+ y	[rel_plus_trans]
Thm* p:IdLnk List, i,j:Id. lconnects(p;i;j)  Prop	[lconnects_wf]
Def ES Def == E:Type Def == EqDecider(E)(T:IdIdType Def == EqDecider(E)(V:IdIdType Def == EqDecider(E)(M:IdLnkIdType Def == EqDecider(E)(Top(loc:EId Def == EqDecider(E)(Top(kind:EKnd Def == EqDecider(E)(Top(val:(e:Eeventtype(kind;loc;V;M;e)) Def == EqDecider(E)(Top(when:(x:Ide:ET(loc(e),x)) Def == EqDecider(E)(Top(after:(x:Ide:ET(loc(e),x)) Def == EqDecider(E)(Top(sends:(l:IdLnkE(Msg_sub(l; M) List)) Def == EqDecider(E)(Top(sender:{e:E| isrcv(kind(e)) }E Def == EqDecider(E)(Top(index:(e:{e:E| isrcv(kind(e)) }||sends Def == EqDecider(E)(Top(index:(e:{e:E| isrcv(kind(e)) }||(lnk(kind(e)) Def == EqDecider(E)(Top(index:(e:{e:E| isrcv(kind(e)) }||,sender(e))||) Def == EqDecider(E)(Top(first:E Def == EqDecider(E)(Top(pred:{e':E| (first(e')) }E Def == EqDecider(E)(Top(causl:EEProp Def == EqDecider(E)(Top(ESAxioms{i:l} Def == EqDecider(E)(Top(ESAxioms(E; Def == EqDecider(E)(Top(ESAxioms(T; Def == EqDecider(E)(Top(ESAxioms(M; Def == EqDecider(E)(Top(ESAxioms(loc; Def == EqDecider(E)(Top(ESAxioms(kind; Def == EqDecider(E)(Top(ESAxioms(val; Def == EqDecider(E)(Top(ESAxioms(when; Def == EqDecider(E)(Top(ESAxioms(after; Def == EqDecider(E)(Top(ESAxioms(sends; Def == EqDecider(E)(Top(ESAxioms(sender; Def == EqDecider(E)(Top(ESAxioms(index; Def == EqDecider(E)(Top(ESAxioms(first; Def == EqDecider(E)(Top(ESAxioms(pred; Def == EqDecider(E)(Top(ESAxioms(causl) Def == EqDecider(E)(Top(Top))	[event_system]

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