'===========================================================================
' Subject: CALCULATE THEORY OF PROBABILTY     Date: 07-03-97 (12:01)       
'  Author: Brian Mahocker                     Code: QB, QBasic, PDS        
'  Origin: Kain121182@aol.com               Packet: ALGOR.ABC
'===========================================================================
'This is an experiment intended to document the theory of probobility.
'Use how u want. But if you do use this stuff in your other programs,
'please at least give me credit!!
CLS : INPUT "What do you want the delay to be? : ", delay: COLOR 7
CLS : RANDOMIZE TIMER
COLOR 7
LOCATE 1, 1: PRINT "Number 1 :"
LOCATE 2, 1: PRINT "Number 2 :"
LOCATE 3, 1: PRINT "Total Numbers drawn : "
LOCATE 5, 1: PRINT "Times Equal :"
LOCATE 8, 1: PRINT "The higher number is number :"

DO
COLOR 7
LOCATE 7, 1: PRINT "Numbers are currently"; : COLOR 15: PRINT apart&; : COLOR 7: PRINT "apart and going "; : COLOR 15: PRINT CHR$(going) + " ": COLOR 7
LOCATE 10, 1: PRINT "Highest amount ever being apart is"; : COLOR 15: PRINT highapart&: COLOR 7
LOCATE 12, 1: PRINT "Number 1 has been highest"; : COLOR 15: PRINT number1high&; : COLOR 7: PRINT "times."
LOCATE 13, 1: PRINT "Number 2 has been highest"; : COLOR 15: PRINT number2high&; : COLOR 7: PRINT "times."
LOCATE 15, 1: COLOR 7: PRINT "Press "; : COLOR 15: PRINT "P"; : COLOR 7: PRINT " at any time to pause count then press again to continue"
COLOR 15
LOCATE 1, 11: PRINT num1&
LOCATE 2, 11: PRINT num2&
LOCATE 5, 14: PRINT equal&
LOCATE 8, 30: PRINT higher&
' LOCATE 3, 22: PRINT totaldrawn&
IF UCASE$(INKEY$) = "P" THEN
   DO
   LOOP UNTIL UCASE$(INKEY$) = "P"
END IF
LET pick = INT(RND * 2) + 1
IF pick = 1 THEN LET num1& = num1& + 1
IF pick = 2 THEN LET num2& = num2& + 1
IF delay = 0 THEN GOTO start
LET time = 0: DO: LET time = time + 1: LOOP UNTIL time = delay
start:
IF num1& = num2& THEN
   'SOUND 3000, .5
   LET equal& = equal& + 1
   LET higher& = 0
END IF
LET oldapart& = apart&
IF num1& > num2& THEN
   LET apart& = (num1& - num2&)
   LET higher& = 1
END IF
IF num2& > num1& THEN
   LET apart& = (num2& - num1&)
   LET higher& = 2
END IF
IF oldapart& > apart& THEN LET going = 25
IF oldapart& < apart& THEN LET going = 24
IF apart& > highapart& THEN LET highapart& = apart&
IF higher& = 1 THEN LET number1high& = number1high& + 1
IF higher& = 2 THEN LET number2high& = number2high& + 1
IF INKEY$ = CHR$(27) THEN GOTO totalexit
LET totaldrawn& = totaldrawn& + 1
LOOP
totalexit: