Description
Overview:
The$learning$objective$of$this$project$is$for$you$to$understand$the$purpose$of$parallel$
vectors$and$how$to$use$them.$In$this$assignment$you$will$use$the$program$that$you$wrote$
for$the$Lab$Week$3$assignment$in$order$to$design$and$create$data$structures$using$parallel$
vectors$to$hold$the$data$that$was$read$in$from$the$file$and$then$process$those$vectors.
Description:
Just$like$in$Lab$Week$3,$this$program$will$read$statistical$data$for$basketball$players,$
calculate$shooting$percentages$and$points$per$48$minutes$and$output$the$data$on$the$
console.$In$addition$to$this$processing$you$will$add$three$additional$functions$to$your$
programs:
void!findTopOffensivePlayer()
This$function$will$find$and$output$the$name$of$the$player$who$has$the$highest$
offensive$rating$using$the$formula:
Offensive$Rating$=$Points$per$48$+$(Offensive$Rebounds$per$48$*$.4)$+$(Assists$per$48$
*$.4)$–$(Turnovers$per$48$*$.4)
void!findTopDefensivePlayer()
This$function$will$find$and$output$the$name$of$the$player$who$has$the$highest$
defensive$rating$using$the$formula:
Defensive$Rating$=$(Defensive$Rebounds$per$48$*$.4)$+$(Blocked$Shots$per$48$*$.4)$–
(Steals$per$48$*$.4)$–$Personal$Fouls$per$48
void!findMostValuablePlayer()
This$function$will$find$and$output$the$name$of$the$player$who$has$the$highest$MVP
rating$using$the$formula:
MVP$Rating$=$(Defensive$Rating$*$.67)$+$(Offensive$Rating$*$.33)
Your$output$for$this$program$will$be$the$same:
With$the$following$additional$lines:
The$same$four$functions$you$were$given$for$file$reading$will$remain$the$same.
getPlayer:
Top$Offensive$Player:
23$Michael$Jordan$
Top$Defensive$Player:
6$Bill$Russell
Most$Valuable$Player:
33$Kareem$AbdulDJabaar
Player$Name$$$$$$$$$$$Min$$FGA$FGM$$PCT$3PA$3PM$$PCT$FTA$FTM$$PCT$OFF$DEF$TOT$STL$BLK$AST$$TO$$PF$$PTS$$P48
AbdulDJabaar,$Kareem$$321$$162$$81$.500$$$0$$$0$$DDD$$40$$32$.800$$32$$49$$81$$$0$$16$$$5$$$2$$32$$194$29.0
…
TOTAL$$$$$$$$$$$$$$$$1920$$810$341$.421$$37$$12$.324$192$133$.693$164$381$545$$37$$39$118$195$243$$826$20.7
This$function$will$populate$variables$to$hold$the$values$for:
Player’s$uniform$number
Player’s$first$name
Player’s$last$name
Minutes$played
getShooting:
This$function$will$populate$variables$to$hold$the$values$for$the$players’$shooting$
statistics:
bool$getPlayer(int&$num,$string&$first,$string&$last,$int&$min)
{
if(!infile.isOpen())
{
infile.open(“lab3.dat”);
}
$$$$infile$>>$num;
$$$$if(infile.eof())
$$$${
infile.close();
$$$$$$$$return false;
$$$$}$else
$$$${
$$$$$$$$assert(!infile.fail());
$$$$}
$$$$infile$>>$first;
$$$$assert(!infile.fail());
$$$$infile$>>$last;
$$$$assert(!infile.fail());
$$$$infile$>>$min;
$$$$assert(!infile.fail());
$$$$return true;
}
Field$goal$attempts$(number$of$shots$taken)
Field$goals$made$(number$of$baskets$made)
Three$Point$Attempts$(3pt$shots$attempted$–$included$in$fga)
Three$Pointers$Made$(3pt$baskets$made$–$include$in$fgm)
Free$Throw$attempts$(number$of$foul$shots$taken)
Free$Throws$Made$(number$of$foul$shots$made)
getRebounds:
void$getShooting(int&$fga,$int&$fgm,$int&$tpa,$int&$tpm,$int&$fta,$int&$ftm)
{
$$$$infile$>>$fga;
$$$$assert(!infile.fail());
$$$$infile$>>$fgm;
$$$$assert(!infile.fail());
$$$$infile$>>$tpa;
$$$$assert(!infile.fail());
$$$$infile$>>$tpm;
$$$$assert(!infile.fail());
$$$$infile$>>$fta;
$$$$assert(!infile.fail());
$$$$infile$>>$ftm;
$$$$assert(!infile.fail());
$$$$return;
}
This$function$will$populate$variables$to$hold$the$values$for$the$players’$rebounding$
statistics:
Offensive$rebounds$(rebounds$of$team’s$missed$shots)
Defensive$rebounds$(rebounds$of$opponents$missed$shots)
getOthers:
This$function$will$populate$variables$to$hold$the$values$for$miscellaneous$players’$
statistics:
Steals$(number$of$times$a$player$forced$an$opponent$turnover)
Blocked$Shots$
Assists$(number$of$times$a$player’s$pass$resulted$in$a$basket)
Turnovers
Personal$Fouls
void$getRebounds(int&$off,$int&$def)
{
$$$$infile$>>$off;
$$$$assert(!infile.fail());
$$$$infile$>>$def;
$$$$assert(!infile.fail());
$$$$return;
}
void$getOthers(int&$stl,$int&$blk,$int&$ast,$int&$to,$int&$pf)
{
$$$$infile$>>$stl;
$$$$assert(!infile.fail());
$$$$infile$>>$blk;
$$$$assert(!infile.fail());
$$$$infile$>>$ast;
$$$$assert(!infile.fail());
$$$$infile$>>$to;
$$$$assert(!infile.fail());
$$$$infile$>>$pf;
$$$$assert(!infile.fail());
$$$$return;
}
Calculations:
Field$Goal$%$=$Field$Goals$Made$/$Field$Goals$Attempted
Three$Point$%$=$Three$Pointers$Made$/$Three$Pointers$Attempts
Free$Throw$%$=$Free$Throws$Made$/$Free$Throws$Attempted
Totals$Rebounds$=$Offensive$Rebounds$+$Defensive$Rebounds
Points$=$(2$*$Field$Goals$Made)$+$Three$Pointers$Made$+$Free$Throws$Made
Points$Per$48$=$Points$/$(Minutes$Played$/$48)
Offensive$Rebounds$Per$48$=$Offensive$Rebounds$/$(Minutes$Played$/$48)
Defensive$Rebounds$Per$48$=$Defensive$Rebounds$/$(Minutes$Played$/$48)
Assists$Per$48$=$Assists$/$(Minutes$Played$/$48)
Turnovers$Per$48$=$Turnovers$/$(Minutes$Played$/$48)
Steals$Per$48$=$Steals$/$(Minutes$Played$/$48)
Personal$Fouls$Per$48$=$Personal$Fouls$/$(Minutes$Played$/$48)
Blocked$Shots$Per$48$=$Blocked$Shots$/$(Minutes$Played$/$48)
Put$your$program$in$a$.zip$file$and$upload$it$to$the$CS$Portal.
