I asked ChatGPT to write a code that could identify what core sector etf is out performing and what one is underperforming. This is what I got. The code loaded without errors, but there was no functional input. Can anyone make this code work?
Sector performance script
# # Sources:
#
https://siblisresearch.com/data/us-sector-weightings/
#
https://seekingalpha.com/etfs-and-funds/etf-tables/sectors
#
https://www.spglobal.com/spdji/en/indices/equity/sp-500/#data
# debug
declare lower;
declare once_per_bar;
input open_time = 930;
input ConsumerStaples = 5.88; #XLP
input Utilities = 2.5; #XLU
input Communications = 10.16; #XLC
input Financials = 10.69; #XLF
input Materials = 2.56; #XLB
input Industrials = 7.77; #XLI
input Energy = 2.67; #XLE
input RealEstate = 2.77; #XLRE
input HealthCare = 13.29; #XLV
input InformationTechnology = 29.17; #XLK
input ConsumerDiscretionary = 12.54; #XLY
input sticker = "SPX";
def SectorCount = 11;
def NewDay = SecondsFromTime(open_time) < SecondsFromTime(open_time)[1];
def xlkWeight = InformationTechnology;
def xlvWeight = HealthCare;
def xlyWeight = ConsumerDiscretionary;
def xlfWeight = Financials;
def xlcWeight = Communications;
def xliWeight = Industrials;
def xlpWeight = ConsumerStaples;
def xleWeight = Energy;
def xlreWeight = RealEstate;
def xlbWeight = Materials;
def xluWeight = Utilities;
def xlk = close("XLK");
def xlv = close("XLV");
def xly = close("XLY");
def xlf = close("XLF");
def xlc = close("XLC");
def xli = close("XLI");
def xlp = close("XLP");
def xle = close("XLE");
def xlre = close("XLRE");
def xlb = close("XLB");
def xlu = close("XLU");
def xlkprice = open("XLK");
def xlvprice = open("XLV");
def xlyprice = open("XLY");
def xlfprice = open("XLF");
def xlcprice = open("XLC");
def xliprice = open("XLI");
def xlpprice = open("XLP");
def xleprice = open("XLE");
def xlreprice = open("XLRE");
def xlbprice = open("XLB");
def xluprice = open("XLU");
def xlkChangePercent = (xlk - xlkprice) / xlkprice;
def xlvChangePercent = (xlv - xlvprice) / xlvprice;
def xlyChangePercent = (xly - xlyprice) / xlyprice;
def xlfChangePercent = (xlf - xlfprice) / xlfprice;
def xlcChangePercent = (xlc - xlcprice) / xlcprice;
def xliChangePercent = (xli - xliprice)