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def wertstrom (obj):


    V = vars(obj)
    G = obj.APP.g
    if not 'BLOCK' in V or obj.BLOCK == None:
        return()
    B = obj.BLOCK

    try:     float(G["WAIT_"+B])
    except:  G["WAIT_"+B]   = V["BESTAND"] * V["BEARB"]
    try:     float(V["WARTEZEIT"])
    except:  V["WARTEZEIT"] = 0.0
    try:     float(V["BEARBZEIT"])
    except:  V["BEARBZEIT"] = 0.0
        
    V["WAIT_"+B]            = G["WAIT_"+B]
    V["WARTEZEIT"]         += V["WAIT_"+B]
    V["BEARBZEIT"]         += V["BEARB"]
    V["DURCHLAUFZEIT"]      = V["WARTEZEIT"] + V["BEARBZEIT"]
    V["FLUSSGRAD"]          = float( "%4.2f" % (V["DURCHLAUFZEIT"] / V["BEARBZEIT"]) )
    V["EFFIZIENZ"]          = float( "%4.3f" % (V["BEARBZEIT"] / V["DURCHLAUFZEIT"]) )
    V["BESTAND_"+B]         = float( "%2.1f" % ( V["WAIT_"+B] / V["BEARB"] ) )

    G["WAIT_"+B]      = G["WAIT_"+B] + max(0.0,V["BEARB"] - V["TAKTZEIT"])


    del B,V,G


#***************************************************************************
    
def supermarkt (obj,ganzzahlig=True):


    V = vars(obj)
    G = obj.APP.g
    if not 'BLOCK' in V or obj.BLOCK == None:
        return()
    B = obj.BLOCK

    try:     float(G["BESTAND_"+B])
    except:  G["BESTAND_"+B]   = V["BESTAND"]
    try:     float(G["SUPERMARKT_"+B])
    except:  G["SUPERMARKT_"+B]   = V["SUPERMARKT"]
    try:     float(V["WARTEZEIT"])
    except:  V["WARTEZEIT"] = 0.0
    try:     float(V["BEARBZEIT"])
    except:  V["BEARBZEIT"] = 0.0
    try:     float(V["MINSUP"])
    except:  V["MINSUP"] = 0.0
    try:     float(V["MAXSUP"])
    except:  V["MAXSUP"] = 0.0
    
    
    V["BESTAND_"+B]         = float( "%3.2f" % G["BESTAND_"+B] )
    V["SUPERMARKT_"+B]      = float( "%3.2f" % G["SUPERMARKT_"+B] )
    V["WAIT_"+B]            = V["BEARB"] * max(0.0,V["BESTAND_"+B] - V["SUPERMARKT_"+B])
    V["WARTEZEIT"]         += V["WAIT_"+B]
    V["BEARBZEIT"]         += V["BEARB"]
    V["DURCHLAUFZEIT"]      = V["WARTEZEIT"] + V["BEARBZEIT"]
    V["FLUSSGRAD"]          = float( "%4.2f" % (V["DURCHLAUFZEIT"] / V["BEARBZEIT"]) )
    V["EFFIZIENZ"]          = float( "%4.3f" % (V["BEARBZEIT"] / V["DURCHLAUFZEIT"]) )
    
    supermarktentnahme   = max(0.0,G["SUPERMARKT_"+B]-V["MINSUP"])
    if ganzzahlig:
        supermarktentnahme = int(supermarktentnahme)
    produktion           = V["TAKTZEIT"] / V["BEARB"]
    gesamt               = supermarktentnahme + produktion - 1.0
    if gesamt > 0.0:
        G["SUPERMARKT_"+B] = min(G["SUPERMARKT_"+B]+gesamt,V["MAXSUP"])
    else:
        G["BESTAND_"+B]   -= gesamt


    del V["MINSUP"], V["MAXSUP"]
    del B,V,G

    

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