/************************** I2ICE TUTORIAL SCREEN #43 **************************/
menu = 1
define literally P   = 'include scr.42 nolist'
define literally R   = 'include scr.43 nolist'
define literally RTN = 'include scr.43 nolist'
define literally N   = 'include scr.44 nolist'
define literally M   = 'include scr.2 nolist'
cls
/*******************************************************************************/
'                                                      ------------------------'
'Now that we have broken within the procedure        | SCR43: DECIMAL_DIGIT 3 |'
'CONVERT_DECIMAL_DIGIT, we can finally read the      | M = Go to main menu    |'
'value of DECIMAL_DIGIT.  Enter                      | N = Next screen        |'
'    DECIMAL_DIGIT <Enter>                           | P = Previous screen    |'
'(Note that you do not need to use the fully quali-  | Q = Quit tutorial      |'
'fied reference to DECIMAL_DIGIT, because execution  | R = Rewrite SCR43      |'
'broke within the variable''s defining procedure.)    | SCR# = Screen desired  |'
'                                                     ------------------------'
'DECIMAL_DIGIT is 31 as we suspected.  How does it   '
'acquire this value?  DECIMAL_DIGIT is passed the value when CONVERT_DECIMAL_'
'DIGIT is called by the procedure WRITE_DECIMAL (lines 25 and 28).'
'WRITE_DECIMAL passes a value stored in the array DIGIT_STACK to the vari-'
'able DECIMAL_DIGIT.  Thus, we now need to see whether 31 is stored in one of'
'the array''s elements and passed to DECIMAL_DIGIT.  In lines 24 and 25, we'
'see that the index I is used to specify the array''s subscript.  Enter'
'    :CMAKER.WRITE_DECIMAL.I <Enter>'
' '
'I is 5. '
'-------------------------------------------------------------------------------'