import math
kolmikud=["DPX", "KDV", "DNK", "SDV", "DDV", "IJD", "IAD", "IDV", "IDJ", "IID", "IDP", "IVD", "IDS", "IPD", "IDD", "DVX", "IDN", "IDA", "ISD", "DVY", "DVS", "DVP", "JID", "JDI", "DVG", "DVA", "PVD", "DVD", "DPV", "DKV", "AVD"]
#kolmikud=["KDV", "DNK", "SDV", "DDV", "IJD", "IAD", "IDV",  "IDP", "IVD", "IDS",  "IDD",  "IDN", "IDA", "ISD", "DVY", "DVS", "DVP", "JID", "JDI", "DVG", "DVA", "PVD", "DVD", "DPV", "DKV", "AVD"]
print("kolmik", "kogus", "keskminepaigutus", "standardhalve", 
      "", ",".join(["kym"+str(k) for k in range(10)]), "", ",".join(["kosa"+str(k) for k in range(10)]),  
      "", ",".join(["lopp"+str(k) for k in range(10)]), "", ",".join(["lopposa"+str(k) for k in range(10)]),  
      "", ",".join(["alg"+str(k) for k in range(10)]), "", ",".join(["algosa"+str(k) for k in range(10)]),        
      sep=",")
for kolmik in kolmikud:
    f1=open("naited_etnc19_reference_corpus_D/"+kolmik+".txt")
    kymnendikud=[0]*10
    kaugusedlopust=[0]*10
    kaugusedalgusest=[0]*10
    osad=[]
    summa=0
    kogus=0
    for rida in f1:
        ridam=rida.split(" | ")
        #print(ridam)
        jada=ridam[1].strip().replace("Z", "")
        #print(jada)
        try:
            koht=jada.index(kolmik)
            #print(koht)
            pikkus=len(jada)
            kauguslopust=pikkus-koht-4
            kaugusalgusest=koht-1
            if(kauguslopust<len(kaugusedlopust)):   kaugusedlopust[kauguslopust]+=1
            if(kaugusalgusest<len(kaugusedalgusest)): kaugusedalgusest[kaugusalgusest]+=1
            osa=koht*1.0/(pikkus-4)
            kymnendikud[min(round(osa*10), 9)]+=1
            summa+=osa
            kogus+=1
            osad.append(osa)
        except:
            pass
#            print(kolmik, jada)
    keskmine=summa/kogus
    vaheruudud=[(osa-keskmine)**2 for osa in osad]
    sh=math.sqrt(sum(vaheruudud)/kogus)
    print(kolmik, kogus, round(summa/kogus, 2), round(sh, 2), "", ",".join(map(str, kymnendikud)), "",
      ",".join([str(round(k/kogus, 4)) for k in kymnendikud]), "",
     ",".join(map(str, kaugusedlopust)), "", ",".join([str(round(k/kogus, 4)) for k in kaugusedlopust]), "",
     ",".join(map(str, kaugusedalgusest)), "",  ",".join([str(round(k/kogus, 4)) for k in kaugusedalgusest]), sep=",")
    #exit()
f1.close()