import turtle as tt

print '-======================-'
print 'Прямоугольник - RXчислоYчислоWчислоHчисло'
print 'Окружность - CXчислоYчислоRчисло'
print 'Многоугольник - AXчислоYчислоRчислоAчисло'
print 'Отрезок - LXчислоYчислоUчислоVчисло'
print '-======================-'

line = raw_input('Введите строку, разделительный знак которой `: ')
error = 0
x = ''
y = ''
w = ''
h = ''
r = ''
a = ''
u = ''
v = ''
maxw = tt.window_width()
maxh = tt.window_height()
while len(line)>0 and error == 0:
    code = line[0]
    if code != 'R' and code != 'C' and code != 'L' and code != 'A':
        error = 1
    else:
        line = line[1:]
        if line[0] != 'X':
            error = 1
        else:
            line = line[1:]
            if line[0] == '-':
                x = x+line[0]
                line = line[1:]
            while line[0] != 'Y' and 0<=int(line[0])<=9:
                x = x+line[0]
                line = line[1:]
            if line[0] != 'Y':
                error == 1
            else:
                line = line[1:]
                if line[0] == '-':
                    y = y+line[0]
                    line = line[1:]
                while line[0] != 'W' and line[0] != 'R' and 0<=int(line[0])<=9:
                    y = y+line[0]
                    line = line[1:]
                if code == 'R':
                    if line[0] != 'W':
                        error == 1
                    else:
                        line = line[1:]
                        if line[0] == '-':
                            error == 1
                        while line[0] != 'H' and 0<=int(line[0])<=9:
                            w = w+line[0]
                            line = line[1:]
                        if line[0] != 'H':
                            error = 1
                        else:
                            line = line[1:]
                            if line[0] == '-':
                                error == 1
                            while len(line)>0 and 0<=int(line[0])<=9:
                                h = h+line[0]
                                line = line[1:]
                            if (abs(int(x))+int(w)/2)>(maxw/2) or (abs(int(y))+int(h)/2)>(maxh/2):
                                error == 1
                            else:
                                tt.reset()
                                tt.up()
                                tt.goto((int(x)-int(w)/2),(int(y)-int(h)/2))
                                tt.down()
                                tt.fd(int(w))
                                tt.left(90)
                                tt.forward(int(h))
                                tt.left(90)
                                tt.forward(int(w))
                                tt.left(90)
                                tt.forward(int(h))
                                tt.up()

                if code == 'C':
                    if line[0] != 'R':
                        error == 1
                    else:
                        line = line[1:]
                        if line[0] == '-':
                            error == 1
                        while len(line)>0 and 0<=int(line[0])<=9:
                            r = r+line[0]
                            line = line[1:]
                        if (int(x)+int(r))>(maxw/2) or (int(y)+int(r))>(maxh/2):
                            error == 1
                        else:
                            tt.reset()
                            tt.up()
                            tt.goto(int(x),int(y)-int(r))
                            tt.down()
                            tt.circle(int(r))
                            tt.up()
                if code == 'A':
                    if line[0] != 'R':
                        error == 1
                    else:
                        line = line[1:]
                        if line[0] == '-':
                            error == 1
                        else:
                            while line[0] != 'A' and 0<=int(line[0])<=9:
                                r = r+line[0]
                                line = line[1:]
                            if line[0] != 'A':
                                error == 1
                            else:
                                line = line[1:]
                                if line[0] == '-':
                                    error == 1
                                else:
                                    while len(line)>0  and 0<=int(line[0])<=9:
                                        a = a+line[0]
                                        line = line[1:]
                                    if (int(x)+int(r))>(maxw/2) or (int(y)+int(r))>(maxh/2) or 0<=int(a)<=2:
                                        error == 1
                                    else:
                                        tt.reset()
                                        tt.up()
                                        tt.goto(int(x),int(y)-int(r))
                                        tt.down()
                                        tt.circle(int(r),360,int(a))
                                        tt.up()
                if code == 'L':
                    if line[0] != 'U':
                        error == 1
                    else:
                        line = line[1:]
                        if line[0] == '-':
                            u = u+line[0]
                        while line[0] != 'V' and 0<=int(line[0])<=9:
                            u = u+line[0]
                            line = line[1:]
                        if line[0] != 'V':
                            error == 1
                        else:
                            line = line[1:]
                            if line[0] == '-':
                                v = v+line[0]
                            while len(line)>0  and 0<=int(line[0])<=9:
                                v = v+line[0]
                                line = line[1:]
                                if abs(int(u))>(maxw/2) or abs(int(v))>(maxh/2):
                                    error == 1
                                else:
                                    tt.reset()
                                    tt.up()
                                    tt.goto(int(x),int(y))
                                    tt.down()
                                    tt.goto(int(u),int(v))
                                    tt.up()