import sys,re,string
syntax_desc=re.compile("(\S+)\s+(\d+)\s*([^,]*)\s*,\s*(.*?)\s*$")

class atom:
    def __init__(self, word, sib, lexlink, synlink):
        self.word=word
        self.sib=int(sib)
        self.lexlink_type=lexlink
        self.synlink_type=synlink
        self.lexlink=self.synlink=None
        self.right=self.left=self.down=self.up=None
        self.id=0
    def id_str(self): return self.word+"#"+`self.id`
    def str_link(self,lnk):
        l=getattr(self,lnk)
        if l: return lnk+"="+l.word
        return ""
    def __str__(self):
        s=self.word+" "+`self.sib`+" "+self.lexlink_type+", "+self.synlink_type
        for l in ["lexlink","synlink","right","left","up","down"]:
            res=self.str_link(l)
            if res: s=s+", "+res
        return s
    def __repr__(self): return `[self.word,self.sib,self.lexlink_type,
                                 self.synlink_type]`

class screen:
    def __init__(self):
        self.s={}
        self.xmax=0
        self.ymax=0
    def print_xy(self,x,y,txt):
        if not txt: return
        if y>=self.ymax: self.ymax=y+1
        if x+len(txt)-1>=self.xmax: self.xmax=x+len(txt)
        for i in range(len(txt)):
            if not self.s.has_key(x+i): self.s[x+i]={}
            self.s[x+i][y]=txt[i]
    def dsp_syn(self,x,y,a):
        self.print_xy(x,y,a.word)
        if a.down:
            self.print_xy(x,y+1,"^")
            self.print_xy(x,y+2,"|"+a.down.synlink_type)
            self.print_xy(x,y+3,"|")
            self.dsp_syn(x,y+4,a.down)
        if a.right:
            x=x+len(a.word)+1
            self.print_xy(x,y,"<-----------")
            self.print_xy(x,y-1,a.right.synlink_type)
            self.dsp_syn(x+11+2,y,a.right)
    def dsp_simple_syn(self,x,y,a):
        self.print_xy(x,y,"O")
        if a.down:
            self.print_xy(x,y+1,"|")
            self.print_xy(x,y+2,"v")
            self.dsp_simple_syn(x,y+3,a.down)
        if a.right:
            x=x+1
            self.print_xy(x,y,"->")
            self.dsp_simple_syn(x+3,y,a.right)
    def __str__(self):
        s=[]
        for y in range(self.ymax):
            for x in range(self.xmax):
                try:
                    s.append(self.s[x][y])
                except KeyError:
                    s.append(' ')
            s.append('\n')
        return string.join(s,'')

def build_syn_tree(arr):
    if not arr: return None
    a=arr[0]
    a.down=build_syn_tree(arr[1:a.sib])
    if a.down: a.down.up=a
    a.right=build_syn_tree(arr[a.sib:])
    if a.right: a.right.left=a
    return a
        

def list_syntax(syn_arr):
    for a in syn_arr:
        print a.id_str(),"sib("+`a.sib`+"),",\
              "lexlink("+a.lexlink_type+"),"
        if a.up: l="up to "+a.up.id_str()
        elif a.left: l="left to "+a.left.id_str()
        else: l=""
        print "\tsynlink("+a.synlink_type+")",l


def display_syntax(syn_tree):
    scr=screen()
    scr.dsp_syn(0,1,syn_tree)
    print scr

def display_simple_syntax(syn_tree):
    scr=screen()
    scr.dsp_simple_syn(0,0,syn_tree)
    print scr

def get_tree(atom):
    if not atom: return None
    down=get_tree(atom.down)
    right=get_tree(atom.right)
    return (atom.word,atom.lexlink_type,atom.synlink_type,down,right)

def read_syntax_description(file_name):
    fp=open(file_name)
    line=fp.readline()
    arr=[]
    id=0
    while line:
        if line[0]!='#':
            res=syntax_desc.match(line)
            a=atom(res.group(1),res.group(2),res.group(3),res.group(4))
            id=id+1
            a.id=id
            arr.append(a)
        line=fp.readline()
    fp.close()
    build_syn_tree(arr)
    return arr

def deb(): import pdb; pdb.pm()

def a(string):
    global syn_arr
    syn_arr=read_syntax_description(string)
    list_syntax(syn_arr)
    display_syntax(syn_arr[0])
    display_simple_syntax(syn_arr[0])

if __name__=="__main__":
    if len(sys.argv)<2:
        sys.argv.append("syntax_input.txt")
    a(sys.argv[1])