#
# Program showing different ways to print
#
# Mtat Bishop, MHI 289I, Winter 2018
#
import math
#
# the set-up
#
num = 1
flnum = 2.6
print "The integer is", num, "and the float is", flnum
#
# two lines of output
#
print "--------------------------------------"
print "Here is one print statement"
print "And here is another"
raw_input("continue> ")
#
# one line of output because of the trailing comma
#
print "--------------------------------------"
print "Here is one print statement",
print "And here is another"
raw_input("continue> ")
#
# The difference between a , and a + in a print statement
#
print "--------------------------------------"
print "A comma separates this part", "from this part"
print "A plus sign separates this part" + "from this part"
raw_input("continue> ")
#
# Note the space between the dollar sign and the number
#
print "--------------------------------------"
print "$", 1.39
raw_input("continue> ")
#
# No space now, but precision is 6 digits
#
print "--------------------------------------"
print "$%f" % (1.39)
raw_input("continue> ")
#
# Now the precision is 2 digits (.2)
#
print "--------------------------------------"
print "$%.2f" % (1.39)
raw_input("continue> ")
#
# Take the value of pi out to 7 decimal places
#
print "--------------------------------------"
print "The value of pi is %.7f" % (math.pi)
raw_input("continue> ")
#
# This loop shows the decimal points not being aligned
#
print "--------------------------------------"
for i in range(1, 5):
	print "%.2f" % (math.pi * i)
raw_input("continue> ")
#
# This loop shows the decimal points being aligned
#
print "--------------------------------------"
for i in range(1, 5):
	print "%5.2f" % (math.pi * i)
raw_input("continue> ")
#
# Here's how you do a print with multiple formats
#
print "--------------------------------------"
print "%d + %d = %d" % (2, 2, 2 + 2)
raw_input("continue> ")
#
# Let's get fancy ...
#
print "--------------------------------------"
print "%(language)s has %(#)03d quote types." % {"#":2, 'language':"Python"}
raw_input("continue> ")
#
# Another way to do the same thing
#
print "--------------------------------------"
print "{0} {1} is different than {0} {2}".format("Python", 2, "3")
raw_input("continue> ")
#
# Now print the value to 7 decimal places
#
print "--------------------------------------"
print "The value of pi is {0:.7f}".format(math.pi)
raw_input("continue> ")
#
# Show the justification of text
#
print "--------------------------------------"
print "This prints to the left in the field:   '{0:<6}'".format('text')
print "This prints to the right in the field:  '{0:>6}'".format('text')
print "This prints in the center of the field: '{0:^6}'".format('text')
raw_input("continue> ")
#
# Here's a string format using %
#
print "--------------------------------------"
x = "2 * %f = %f" % (math.pi, 2*math.pi)
print x
raw_input("continue> ")
#
# Same thing, using format
#
print "--------------------------------------"
x = "2 * {0:.6f} = {1:.6f}".format(math.pi, 2*math.pi)
print x