#ACSL Junior Division Contest 4: ACSL RUMMY

#By Rohan Boyapati

#Stone Hill Middle School

#Python 2.7.3

INP = 1

OLIST=[] #list for the outputs

#following section prepares the output list

OLIST.append(" ")

OLIST.append("-----------------------------------RESULTS-----------------------------------")

OLIST.append(" ")

OLIST.append("TEST INPUT " + "TEST OUTPUT ")

OLIST.append(" ")

#following section gets the inputs and performs the logic

for INP in (1, 2, 3, 4, 5): #loop to get inputs and perform the logic

TLIST=[] #list for the input cards

INPUT_LINE = raw_input("Please Enter Input Line "+ str(INP) +" (with a comma in between): ") #asks for input from the user

K = INPUT_LINE

K = K.replace(" ","") #replaces spaces with no space

K = K.upper()

for I in (1,2,3,4,5,6):

TLIST.append(K[:K.find(",")]) #puts individual cards into an array

K = K[K.find(",")+1:] #rest of the input

TLIST.append(K[K.find(",")+1:]) #puts last card into an array

## The following section splits the card value and suit and places them in VLIST

VLIST=[] #list for value and suit of the cards

for item in TLIST:

if item[:1] == 'A':

VLIST.append([1, item, 1, item[-1:],'NM'])

if item[:1] == 'T':

VLIST.append([10, item, 10, item[-1:],'NM'])

if item[:1] == 'J':

VLIST.append([11, item, 11, item[-1:],'NM'])

if item[:1] == 'Q':

VLIST.append([12, item, 12, item[-1:],'NM'])

if item[:1] == 'K':

VLIST.append([13, item, 13, item[-1:],'NM'])

if item[:1] <> 'A' and item[:1] <> 'T' and item[:1] <> 'J' and item[:1] <> 'Q' and item[:1] <> 'K':

VLIST.append([int(item[:1]), item, int(item[:1]), item[-1:],'NM'])

VLIST.sort()

## The following section will check for sets. VLIST will have all the cards after checking for sets

for I, X in enumerate(VLIST):

curcard = X[1]

curnum = X[2]

cursuit = X[3]

curmat = X[4]

if curmat == 'NM':

KLIST=VLIST

CNT = 1

for J, Y in enumerate(KLIST):

if curcard <> Y[1]:

if curnum == Y[2] and Y[4] == 'NM':

Y[4] = 'MNUM'+str(I)

X[4] = 'MNUM'+str(I)

CNT = CNT + 1

if CNT < 3:

for K, Z in enumerate(KLIST):

if Z[4] == 'MNUM'+str(I):

Z[4] = 'NM'

X[4] = 'NM'

if CNT == 4:

for K, Z in enumerate(KLIST):

if Z[4] == 'MNUM'+str(I):

Z[4] = 'MNUMONE'

X[4] = 'MNUMONE'

## SETLIST will have all the cards that belong to a set

SETLIST = []

for X in (VLIST):

if X[4] <> 'NM':

SETLIST.append([X[0], X[1], X[2], X[3], X[4]])

## PLIST will have all the cards that do not belong to a set

PLIST = []

for X in (VLIST):

if X[4] == 'NM':

PLIST.append([X[0], X[1], X[2], X[3], X[4]])

## The following section checks for sequences. PLIST will have all the cards that do not belong to a set and could possibly be a sequence

for I, X in enumerate(PLIST):

maincard = X[1]

mainnum = X[2]

mainsuit = X[3]

mainmatch = X[4]

if mainmatch == 'NM':

KLIST=PLIST

CNT = 1

for J, Y in enumerate(KLIST):

curcard = Y[1]

curnum = Y[2]

cursuit = Y[3]

curmatch = Y[4]

if maincard <> curcard:

if (mainnum - 1) == curnum and mainsuit == cursuit and curmatch <> 'NM':

X[4] = curmatch

CNT = CNT + 1

break

if mainnum + 1 == curnum and mainsuit == cursuit:

Y[4] = 'MSEQ'+str(I)

X[4] = 'MSEQ'+str(I)

CNT = CNT + 1

break

## After the following section is executed, PLIST will have all the cards that belong to a sequence and that do not belong to a sequence or a set

for I, X in enumerate(PLIST):

maincard = X[1]

mainmatch = X[4]

if mainmatch <> 'NM':

KLIST=PLIST

CNT = 1

for J, Y in enumerate(KLIST):

curcard = Y[1]

curmatch = Y[4]

if (maincard <> curcard) and (mainmatch == curmatch):

CNT = CNT + 1

if CNT < 3:

for K, Z in enumerate(KLIST):

if Z[4] == mainmatch:

Z[4] = 'NM'

X[4] = 'NM'

if CNT == 4:

for K, Z in enumerate(KLIST):

if Z[4] == mainmatch:

Z[4] = 'MSEQONE'

X[4] = 'MSEQONE'

## After the following section is executed, SEQLIST will have all the cards that belong to a sequence. NOMATCHLIST will have all the cards that do not belong to a sequence or a set

SEQLIST=[]

NOMATCHLIST=[]

for X in (PLIST):

if X[4] == 'NM':

NOMATCHLIST.append([X[0], X[1], X[2], X[3], X[4]])

if X[4] <> 'NM':

SEQLIST.append([X[0], X[1], X[2], X[3], X[4]])

## After the following section is executed, NOMATCHSTRING contains the cards that do not belong to a set or sequence in the order defined for output

NOMATCHLIST.sort()

for X in (NOMATCHLIST):

X[1] = ''

if X[3] == 'S': X[3] = 'R4'

if X[3] == 'H': X[3] = 'R3'

if X[3] == 'C': X[3] = 'R2'

if X[3] == 'D': X[3] = 'R1'

NOMATCHLIST.sort()

NOMATCHSTRING = ''

for X in (NOMATCHLIST):

if X[3] == 'R4': ST = 'S'

if X[3] == 'R3': ST = 'H'

if X[3] == 'R2': ST = 'C'

if X[3] == 'R1': ST = 'D'

if X[2] == 1: SN = 'A'

if X[2] == 10: SN = 'T'

if X[2] == 11: SN = 'J'

if X[2] == 12: SN = 'Q'

if X[2] == 13: SN = 'K'

if X[2] <> 1 and X[2] <> 10 and X[2] <> 11 and X[2] <> 12 and X[2] <> 13:

SN = X[2]

if NOMATCHSTRING == '':

NOMATCHSTRING = str(SN)+ST

else:

NOMATCHSTRING = str(SN)+ST+", "+NOMATCHSTRING

## After the following section is executed, SETSTRING4 contains 4 card sets; SETSTRING contains 3 card sets in the order defined for output

SETLIST.sort()

for X in (SETLIST):

X[1] = ''

if X[3] == 'S': X[3] = 'R1'

if X[3] == 'H': X[3] = 'R2'

if X[3] == 'C': X[3] = 'R3'

if X[3] == 'D': X[3] = 'R4'

SETLIST.sort()

SETSTRING = ''

SETSTRING4 = ''

for X in (SETLIST):

if X[3] == 'R1': ST = 'S'

if X[3] == 'R2': ST = 'H'

if X[3] == 'R3': ST = 'C'

if X[3] == 'R4': ST = 'D'

if X[2] == 1: SN = 'A'

if X[2] == 10: SN = 'T'

if X[2] == 11: SN = 'J'

if X[2] == 12: SN = 'Q'

if X[2] == 13: SN = 'K'

if X[2] <> 1 and X[2] <> 10 and X[2] <> 11 and X[2] <> 12 and X[2] <> 13:

SN = X[2]

if SETSTRING4 == '' and X[4] == 'MNUMONE':

SETSTRING4 = str(SN) + ST

elif SETSTRING4 <> '' and X[4] == 'MNUMONE':

SETSTRING4 = SETSTRING4+", "+str(SN)+ST

elif SETSTRING == '' and X[4] <> 'MNUMONE':

SETSTRING = str(SN)+ST

elif SETSTRING <> '' and X[4] <> 'MNUMONE':

SETSTRING = SETSTRING+", "+str(SN)+ST

## After the following section is executed, SEQSTRING4 contains 4 card sequences; SEQSTRING contains 3 card sequences in the order defined for output

SEQLIST.sort()

for X in (SEQLIST):

X[1] = ''

if X[3] == 'S': X[3] = 'R1'

if X[3] == 'H': X[3] = 'R2'

if X[3] == 'C': X[3] = 'R3'

if X[3] == 'D': X[3] = 'R4'

SEQLIST.sort()

SEQSTRING = ''

SEQSTRING4 = ''

for X in (SEQLIST):

if X[3] == 'R1': ST = 'S'

if X[3] == 'R2': ST = 'H'

if X[3] == 'R3': ST = 'C'

if X[3] == 'R4': ST = 'D'

if X[2] == 1: SN = 'A'

if X[2] == 10: SN = 'T'

if X[2] == 11: SN = 'J'

if X[2] == 12: SN = 'Q'

if X[2] == 13: SN = 'K'

if X[2] <> 1 and X[2] <> 10 and X[2] <> 11 and X[2] <> 12 and X[2] <> 13:

SN = X[2]

if SEQSTRING4 == '' and X[4] == 'MSEQONE':

SEQSTRING4 = str(SN) + ST

elif SEQSTRING4 <> '' and X[4] == 'MSEQONE':

SEQSTRING4 = SEQSTRING4+", "+str(SN)+ST

elif SEQSTRING == '' and X[4] <> 'MSEQONE':

SEQSTRING = str(SN)+ST

elif SEQSTRING <> '' and X[4] <> 'MSEQONE':

SEQSTRING = SEQSTRING+", "+str(SN)+ST

## The following section combines SETSTRING4, SEQSTRING4, SEQSTRING, SETSTRING and NOMATCHSTRNG for displaying

OP = '';

if SETSTRING4 <> '' and OP == '':

OP = SETSTRING4

elif SEQSTRING4 <> '' and OP == '':

OP = SEQSTRING4

if SETSTRING <> '' and OP == '':

OP = SETSTRING

elif SETSTRING <> '' and OP <> '':

OP = OP + ', '+ SETSTRING

if SEQSTRING <> '' and OP == '':

OP = SEQSTRING

elif SEQSTRING <> '' and OP <> '':

OP = OP + ', '+ SEQSTRING

if NOMATCHSTRING <> '' and OP == '':

OP = NOMATCHSTRING

elif NOMATCHSTRING <> '' and OP <> '':

OP = OP + ', '+ NOMATCHSTRING

OLIST.append((str(INP)+". "+INPUT_LINE).ljust(50, ' ') + str(INP)+". "+str(OP)) #adds the input and output to the output list

OLIST.append(" ") #adds an empty line in the output list

#following section prints the output list containing the results

for item in OLIST:

print item

raw_input()