'''
Purpose: introduce decision making
'''

# determine chrysanthemum color given an input soil pH level
#       acidic soil produces pink chrysanthemums
#   non-acidic soil produces blue chrysanthemums

# acidity threshold

ACIDIC_THRESHOLD = 7.0     # samples less than threshold are acidic

# get soil pH level of interst
reply = input( 'Enter soil pH level: ' )

pH = float( reply )

print( )

# analyze and report effect on chrysanthemums
#   if acidic print 'pink';  otherwise print 'blue'
if ( pH < ACIDIC_THRESHOLD ): # if the test expression evaluates to True
    print('pink')             # we jump into this action (actions indented
                              # into the if statement
# if the tests above it don't evaluate to True then we do this
else:  # else never has a (logical expression) - it's like a last resort
    print('blue')

# Python can only represent up to about 15 decimal digits. It
# will use the closest representation after that to use the number.

# Code from Scratch File
# So Python's kinda weird because in computers, boolean values
# False and True correspond to 0 and 1 respectively.
# So if we say if( 0 ) that's always False otherwise its always True
# if ( 0 ):
#     print('huh')
# else:
#     print('uhuh?')

# all done