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retrosheet_parse_event_outcomes.py
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retrosheet_parse_event_outcomes.py
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#!/usr/bin/python3
import sys
import re
import traceback
import time
from random import randint
from copy import deepcopy
# global
playerCodeToIDMap = dict()
playerIDToCodeMap = dict()
#playerIDMap = dict()
SKIP_GAMES = ("1938-05-14SLNCIN0", # this game was protested and replayed later
)
class BatResult:
def __init__(self, results=[], bases=[], hit_type=None, hit_loc=None, mods=[]):
self.results = list(results)
# base paramters for each result
self.bases = list(bases)
# G=ground ball, F=fly ball L=line drive, P=pop up
self.hit_type = hit_type
# roughly where in the field ball was hit,
self.hit_loc = hit_loc
self.mods = list(mods)
class FieldingResult:
def __init__(self, errors=[], putouts=[], assists=[], fielded=[]):
self.errors = list(errors)
self.putouts = list(putouts)
self.assists = list(assists)
self.fielded = list(fielded)
class RunResult:
def __init__(self, out=[], adv=[], mods=[]):
self.out = list(out)
self.adv = list(adv)
self.mods = list(mods)
# the interpretation of results of these plays is ambiguous
# amd would be difficul to resolve with general rules
# therefore the results are entered in manually
AMBIGUOUS_PLAYS = dict()
# game date, home team, away team, double header num (0, 1, 2)
# innning, inning half, batter code, play count with batter
br = BatResult(("O",), bases=(None,), hit_type="G", hit_loc="4")
fr = FieldingResult(errors=[6], assists=(4,), putouts=(3,))
rr = RunResult(adv=[(1, 2, True)], out=((0, False, 1),))
#S9.2-H(UR);BXH(E9)(932)
br2 = BatResult(("S",), bases=(None,), hit_loc="9")
fr2 = FieldingResult(errors=(9,), assists=(9, 3), putouts=[2,])
rr2 = RunResult(adv=((2, 4, True), (0, 4, False)))
AMBIGUOUS_PLAYS["1922-05-10NYACHA0"] = { (11, "T", "strua102", 0) : (br, fr, rr),
(11, "T", "hooph101", 0) : (br2, fr2, rr2)}
# setting to True will print debugging output for all games
# if false, only games which fail to parse
DEBUG = False
DEBUG_OUT = []
def DEBUG_PRINT(*args,end="\n"):
if DEBUG:
print(*args, end=end)
else:
DEBUG_OUT.append((args, end))
def PRINT_DEBUG_OUT():
for l in DEBUG_OUT:
for s in l[0]:
print(s, end=" ")
print(end=l[1])
def valOrNULL(v):
if v == None:
return "NULL"
# wrap in single quotes
if type(v) == type(""):
return "'" + v + "'"
elif type(v) == type(True):
if v:
return "0"
return "1"
return v
def baseToNum(b):
if b == 'B':
return 0
elif b == 'H':
return 4
return int(b)
class Event:
def __init__(self):
pass
class PitchSeqData:
def __init__(self):
self.pitchesThrown = 0
self.strikes = 0
self.balls = 0
self.intBalls = 0
self.pitchOuts = 0
self.pickoffAttempts = 0
self.catcherPickoffAttempts = 0
self.catcherBlocks = 0
self.runnerGoing = 0
self.inPlay = False
self.hitBatter = False
FIELD_POS_NUM = range(1, 10)
# adopted from Chadwick baseball data
locations = {"1":0, "13":1, "15":2, "1S":3, "2":4, "2F":5, "23":6,
"23F":7, "25":8, "25F":9, "3SF":10, "3F":11, "3DF":12,
"3S":13, "3":14, "3D":15, "34S":16, "34":17, "34D":18,
"4S":19, "4":20, "4D":21, "4MS":22, "4M":22, "4MD":23,
"6MS":24, "6M":25, "6MD":26, "6S":27, "6":28, "6D":29,
"56S":30, "56":31, "56D":32, "5S":33, "5":34, "5D":35,
"5SF":36, "5F":37, "5DF":38, "7LSF":39, "7LS":40, "7S":41,
"78S":42, "8S":43, "89S":44, "9S":45, "9LS":46, "9LSF":47,
"7LF":48, "7L":49, "7":50, "78":51, "8":52, "89":53, "9":54,
"9L":55, "9LF":56, "7LDF":57, "7LD":58, "7D":59, "78D":60,
"8D":61, "89D":62, "9D":63, "9LD":64, "9LDF":65, "78XD":66,
"8XD":67, "89XD":68 }
# "the following locations are nonstandard or archaic,
# but appear in existing Retrosheet data ""
# adopted from Chadwick baseball data
# remap to canonical locations
# TODO mapping locations need to be improved
odd_locations= { # pitchers mound area
"13S":"13", "15S":"15",
# catcher
"2LF":"LF", "2RF":"RF",
"2L":"2", "2R":"2",
# first base
"3L":"3",
# second base
"46":"4",
# third base
"5L":"5",
# left field
"7LDW":"7", "7DW":"7", "78XDW":"7",
"7LMF":"7", "7LM":"7", "7M":"7", "78M":"7",
# center field
"8XDW":"8", "89XDW":"8",
"8LS":"8", "8RS":"8", "8LD":"8", "8RD":"8",
"8LXD":"8", "8RXD":"8", "8LXDW":"8", "8RXDW":"8",
"8LM":"8", "8M":"8", "8RM":"8", "89M":"8",
# right field
"9DW":"9", "9LDW":"9",
"9M":"9", "9LM":"9", "9LMF":"9" }
# playCodeNumMap = {"S":0, "D":1, "CI":2, "DGR":3, "T":4, "HR":5,
# "WP":6, "BB":7, "FC":8, "PB":9, "E":10, "O":11,
# "HBP":12, "IBB":13, "K":14, "SB":15, "CS":16, "BK":17,
# "PO":18, "POCS":19, "POE":20, "OA":21, "DI":22, "NP":23,
# "FLE":24, "FO":25}
playCodeMap = {"S": "single", "D":"double", "CI":"catcher interference",
"DGR":"ground rule double", "T":"triple", "HR":"home run",
"WP":"wild pitch", "BB":"walk", "FC":"fielders choice", "PB":"pass ball",
"E":"error", "O":"out", "HBP":"hit by pitch", "IBB":"intentional walk",
"K":"strikeout", "SB":"stolen base", "CS":"caught stealing", "BK":"balk",
"PO":"pick off", "POCS":"pickoff caught stealing", "POE":"pick off error", "OA":"other advance",
"DI":"defensive indifference", "NP":"(no play)", }
# retro sheet to play code for certain lays
RStoPlayCodeMap = {"W": "BB", "I":"IBB", "IW":"IBB", "HP":"HBP", "WP":"WP",
"PB":"PB", "K":"K", "DI":"DI", "OA":"OA", "NP":"NP", "BK":"BK",
"C":"CI", "DGR":"DGR"}
HIT_TYPES = {None:0, "G":1,"L":2, "F":3, "P":4}
for p in list(RStoPlayCodeMap.keys()):
RStoPlayCodeMap[p + "!"] = RStoPlayCodeMap[p]
RStoPlayCodeMap[p + "#"] = RStoPlayCodeMap[p]
RStoPlayCodeMap[p + "?"] = RStoPlayCodeMap[p]
RStoPlayCodeMap[p + "+"] = RStoPlayCodeMap[p]
RStoPlayCodeMap[p + "-"] = RStoPlayCodeMap[p]
for m in list(playCodeMap.keys()):
playCodeMap[m + "!"] = playCodeMap[m]
playCodeMap[m + "#"] = playCodeMap[m]
playCodeMap[m + "?"] = playCodeMap[m]
playCodeMap[m + "+"] = playCodeMap[m]
playCodeMap[m + "-"] = playCodeMap[m]
modCodeMap = {"AP": "appeal play",
"BP": "pop up bunt",
"BF": "bunt foul",
"BG": "ground ball bunt",
"BGDP": "bunt grounded into double play",
"BINT": "batter interference",
"BL": "line drive bunt",
"BOOT": "batting out of turn",
"BPDP": "bunt popped into double play",
"BR": "runner hit by batted ball",
"C": "called third strike",
"COUB": "courtesy batter",
"COUF": "courtesy fielder",
"COUR": "courtesy runner",
"DP": "unspecified double play",
"DGR": "ground rule double",
"E$": "error on $",
"F": "fly",
"FDP": "fly ball double play",
"FINT": "fan interference",
"FL": "foul",
"FO": "force out",
"G": "ground ball",
"GDP": "ground ball double play",
"GTP": "ground ball triple play",
"IF": "infield fly rule",
"INT": "interference",
"IPHR": "inside the park home run",
"L": "line drive",
"LDP": "lined into double play",
"LTP": "lined into triple play",
"MREV": "manager challenge of call on the field",
"NDP": "no double play credited for this play",
"OBS": "obstruction (fielder obstructing a runner)",
"P": "pop fly",
"PASS": "a runner passed another runner and was called out",
"R$": "relay throw from the initial fielder to $ with no out made",
"RINT": "runner interference",
"SF": "sacrifice fly",
"SH": "sacrifice hit (bunt)",
"TH": "throw",
"TH%": "throw to base %",
"TP": "unspecified triple play",
"UINT": "umpire interference",
"UREV": "umpire review of call on the field" }
# modCodeNumMap = {"H":0, "B":0, "1":1, "2":2, "3":3, "4":4, "5":5, "6":6, "7":7,
# "8":8, "9":9, "AP": 10, "BP": 11, "BF": 12,
# "BG": 13, "BGDP": 14,
# "BINT": 15, "BL": 16, "BOOT": 17, "BPDP": 18, "BR": 19, "C": 20,
# "COUB": 21, "COUF": 22, "COUR": 23, "DP": 24, "DGR": 25,
# "E": 26, "F": 27, "FDP": 28, "FINT": 29, "FL": 30, "FO": 31,
# "G": 32, "GDP": 33, "GTP": 34, "IF": 35, "INT": 36, "IPHR": 37,
# "L": 38, "LDP": 39, "LTP": 40, "MREV": 41, "NDP": 42, "OBS": 43,
# "P": 44, "PASS": 45, "R$": 46, "RINT": 47, "SF": 48, "SH": 49,
# "TH": 50, "TP": 51, "UINT": 52, "UREV": 53, "T":54 }
# for m in list(modCodeNumMap.keys()):
# modCodeNumMap[m + "!"] = modCodeNumMap[m]
# modCodeNumMap[m + "#"] = modCodeNumMap[m]
# modCodeNumMap[m + "?"] = modCodeNumMap[m]
# modCodeNumMap[m + "+"] = modCodeNumMap[m]
# modCodeNumMap[m + "-"] = modCodeNumMap[m]
for m in list(modCodeMap.keys()):
modCodeMap[m + "!"] = modCodeMap[m]
modCodeMap[m + "#"] = modCodeMap[m]
modCodeMap[m + "?"] = modCodeMap[m]
modCodeMap[m + "+"] = modCodeMap[m]
modCodeMap[m + "-"] = modCodeMap[m]
batPlaysNoParse = []
runPlaysNoParse = []
sqlStmts = []
def baseNumForPOCS(b, play):
if b is None:
return None
if b in ("1", "2", "3"):
b = int(b)
else:
b = 4
if play in ("CS", "POCS"):
b = b-1
return b
class PlayEvent(Event):
def parsePitchSeq(self):
if self.pitch_seq != None and self.pitch_seq != "":
s = PitchSeqData()
for p in self.pitch_seq:
if p == "+": # following pickoff throw by the catcher
s.catcherPickoffAttempts += 1
elif p == "*": # indicates the following pitch was blocked by the catcher
s.catcherBlocks += 1
elif p == ".": # marker for play not involving the batter
pass
# pickoff throw to first
elif p in ("1", "2", "3"):
s.pickoffAttempts += 1
elif p == ">": # Indicates a runner going on the pitch
s.runnerGoing += 1
elif p == "A": # automatic strike, usually for pitch timer violation
s.strikes += 1
elif p == "B": # ball
s.balls += 1
s.pitchesThrown += 1
elif p == "C": # called strike
s.strikes += 1
s.pitchesThrown += 1
elif p == "F": # foul
s.strikes += 1
s.pitchesThrown += 1
elif p == "H": # hit batter
s.balls += 1
s.hitBatter = True
s.pitchesThrown += 1
elif p == "I": # intentional ball
s.pitchesThrown += 1
s.intBalls += 1
elif p == "K": # strike (unknown type)
s.strikes += 1
s.pitchesThrown += 1
elif p == "L": # foul bunt
s.strikes += 1
s.pitchesThrown += 1
elif p == "M": # missed bunt attempt
s.strikes += 1
s.pitchesThrown += 1
elif p == "N": # no pitch (on balks and interference calls)
pass
elif p == "O": # foul tip on bunt
s.strikes += 1
s.pitchesThrown += 1
elif p == "P": # pitchout
s.pitchOuts += 1
elif p == "Q": # swinging on pitchout
s.strikes += 1
s.pitchOuts += 1
elif p == "R": # foul ball on pitchout
s.strikes += 1
s.pitchOuts += 1
elif p == "S": # swinging strike
s.strikes += 1
s.pitchesThrown += 1
elif p == "T": # foul tip
s.strikes += 1
s.pitchesThrown += 1
elif p == "U": # unknown or missed pitch
pass
elif p == "V": # called ball because pitcher went to his mouth or automatic ball on intentional walk orpitch timer violation
s.balls += 1
elif p == "X": # ball put into play by batter
s.strikes += 1
s.pitchesThrown += 1
s.inPlay = True
elif p == "Y": # ball put into play on pitchout
s.inPlay = True
self.pitchSeq = s
def getFielderPOA(self, play):
r_m = re.fullmatch(r"(\d*)(\d).*", play)
if r_m is not None:
fldrs = set(r_m.group(1))
for f in fldrs:
self.fielding.assists.append(int(f))
self.fielding.putouts.append(int(r_m.group(2)))
def parseRunnerMods(self, modsParens):
runMods = []
if modsParens == "":
#self.run.mods.append(())
return []
# break up parentheses
idx = 0
mods_m = re.match(r"(\([^()]*\))", modsParens)
# all modifications for this advance
while mods_m is not None and modsParens != "":
mods = mods_m.group(1)
# remove enclosing parentheses
mods=mods[1:-1]
DEBUG_PRINT(f"parseRunnerMods: mods={mods}")
runSubMod = []
for mod in mods.split("/"):
DEBUG_PRINT(mod)
if mod in modCodeMap:
runSubMod.append(mod)
continue
# runner thrown out, possibly due to rundown
m = re.fullmatch(r"\((\d+)\)", mod)
if m is not None:
grps = m.groups()
self.getFielderPOA(grps[2])
DEBUG_PRINT("runner out")
runSubMod.append("O")
continue
m = re.fullmatch(r"TH([123H])", mod)
if m is not None:
runSubMod.append(("TH", m.group(1)))
DEBUG_PRINT("throw to base", m.group(1))
continue
m = re.fullmatch(r"R([123H])", mod)
if m is not None:
runSubMod.append(("R", m.group(1)))
DEBUG_PRINT("relay throw to base", m.group(1))
continue
# error (fielding or catch)
m = re.fullmatch(r"(\d*)E(\d)", mod)
if m is not None:
grps = m.groups()
if grps[0] is not None:
DEBUG_PRINT("error - catch")
fldrs = set(grps[0])
for f in fldrs:
self.fielding.fielded.append(int(f))
else:
DEBUG_PRINT("fielding error")
self.fielding.errors.append(int(grps[1]))
runSubMod.append(("E", int(grps[1])))
continue
DEBUG_PRINT(runSubMod)
runMods.append(runSubMod)
idx = mods_m.end()
modsParens = modsParens[idx:]
mods_m = re.match(r"(\([^()]*\))", modsParens)
self.run.mods.append(runMods)
return runMods
def parseRunnerAdv(self, run_all):
self.run.adv = []
self.run.mods = []
if len(run_all) == 0:
return False
run_adv = run_all.split(";")
DEBUG_PRINT("parseRunnerAdv: run_adv=", run_adv)
for adv in run_adv:
idx = adv.find("(")
a0 = adv
mods = ""
if idx != -1:
a0 = adv[:idx]
mods = adv[idx:]
if "-" in a0: # safe
a = a0.split("-")
isSafe = True
elif "X" in a0: # out
a = a0.split("X")
isSafe = False
else:
DEBUG_PRINT("no valid separator found")
return True
if len(a) != 2:
DEBUG_PRINT("len(a) != 2")
return True
srcBase = a[0]
dstBase = a[1][0]
if len(mods) > 0 and mods[0] in ("#", "?", "!"):
mods = a[1][2:]
runMods = self.parseRunnerMods(mods)
if srcBase not in ("B","1","2","3"):
DEBUG_PRINT("bad srcBase=", srcBase)
return True
if dstBase not in ("H","1","2","3"):
DEBUG_PRINT("bad dstBase=", dstBase)
return True
possiblySafeDueToError = False
if not isSafe:
# if there was error on this play, runner might be safe
# despite being marked out on the score sheet
# for example see game id = PIT191205310, top of the 3rd inning
# or PIT/NY1 date= 191208232 top of the 2nd inning
# OTOH, they could also be out - see CHA @ BOS19120827 Top of the 6th
# handle speculation in parseGame/applyPlay, if inning ends before or after
# expected, use the other interpretation
DEBUG_PRINT("parseRunAdv: runMods=", runMods)
possiblySafeDueToError = False
for mods in runMods:
for subMod in mods:
if type(subMod) == type(tuple()):
if subMod[0] == "E":
DEBUG_PRINT("runner marked as out may be safe due to error")
possiblySafeDueToError = True
break
if possiblySafeDueToError:
break
# use E designation as opposed to True/False
if possiblySafeDueToError:
isSafe = "E"
t = (srcBase, dstBase, isSafe)
DEBUG_PRINT("parseRunAdv: appending ", t)
self.run.adv.append(t)
return False
def parseBat(self, bat_all):
# parse a single play
def parseFirst(bat0):
# 99 generic out, unknown fielder
if bat0 == "99":
DEBUG_PRINT("generic fielding out (99)")
return False, "O", None, len(bat0)
# walks, etc.
if bat0 in RStoPlayCodeMap.keys():
result = RStoPlayCodeMap[bat0]
DEBUG_PRINT("mapped to code", playCodeMap[result])
return False, result, None, len(bat0)
# stolen base
m = re.match(r"^SB([123H])[#!?]?", bat0)
if m is not None:
DEBUG_PRINT("stolen base")
return False, "SB", m.group(1), m.end()
# caught stealing / pickoff
m = re.match(r"^(CS|POCS|PO)([123H])\((.*)\)?[#!?]?", bat0)
if m is not None:
DEBUG_PRINT("caught stealing/pickoff")
grps = m.groups()
DEBUG_PRINT(m.group(1), grps)
result = grps[0]
base = grps[1]
m_end = m.end()
isError = False
if grps[2] is not None:
DEBUG_PRINT("CS/POCS/PO grps[2]=", grps[2])
# error on play
e_m = re.fullmatch(r"(.*)E(\d).*", grps[2])
if e_m is not None:
self.fielding.errors.append(int(e_m.group(2)))
isError = True
self.getFielderPOA(grps[2])
b = baseNumForPOCS(base, result)
self.run.out.append((b, isError, base))
return False, result, base, m_end
# base hit/single/double/triple S,D,or T followed by single digit (optional)
m = re.match(r"^([SDT])(.*)?[#!?+-]?", bat0)
if m is not None:
DEBUG_PRINT("hit")
if m.group(2) is not None:
self.bat.hit_loc = m.group(2)
return False, m.group(1), None, m.end()
# home run (possibly inside the park)
m = re.match(r"^HR?(.*)?[#!?+-]?", bat0)
if m is not None:
DEBUG_PRINT("home run")
if m.group(1) is not None:
self.bat.hit_loc = m.group(1)
return False, "HR", None, m.end()
# error (fielding or catch)
m = re.match(r"^(\d*)[#!?]?E(\d)[#!?+-]?", bat0)
if m is not None:
grps = m.groups()
if grps[0] is not None:
DEBUG_PRINT("error - catch")
for f in grps[0]:
if f.isnumeric():
self.fielding.fielded.append(int(f))
else:
DEBUG_PRINT("fielding error")
self.fielding.errors.append(int(grps[1]))
return False, "E", None, m.end()
# more complciated play need to come first
# since we are not doing fullmatch and less complicated plays woule
# match this pattern
# triple play, batter out first may be due to caught ball
m = re.match(r"^(\d).?\(B\)(.*)\(([123])\)(.*)\(([123])\)(\d.)?", bat0)
if m is not None:
DEBUG_PRINT("triple play")
grps = m.groups()
self.run.out.append((int(grps[2]), False, int(grps[2])+1))
self.run.out.append((int(grps[4]), False, int(grps[4])+1))
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
for f in grps[1]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
flast = int(grps[4][0])
self.fielding.putouts.append(flast)
return False, "O", None, m.end()
# triple play - ground ball, forceout, explicity or implied runner out at first
m = re.match(r"^(\d.*)\(([123])\)(\d.*)\(([123])\)(\d.?)(\(B\))?", bat0)
if m is not None:
DEBUG_PRINT("triple play")
grps = m.groups()
self.run.out.append((int(grps[1]), False, int(grps[1])+1))
self.run.out.append((int(grps[3]), False, int(grps[3])+1))
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
for f in grps[2]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
flast = int(grps[4][0])
self.fielding.putouts.append(flast)
return False, "O", None, m.end()
# triple play - ground ball
m = re.match(r"^(\d.*)\(([123B])\)(\d.*)\(([123B])\)(\d.*)\(([123B])\)", bat0)
if m is not None:
DEBUG_PRINT("triple play")
grps = m.groups()
b1 = baseToNum(grps[1])
b2 = baseToNum(grps[3])
b3 = baseToNum(grps[5])
if b1 != 0:
self.run.out.append((b1, False, b1+1))
if b2 != 0:
self.run.out.append((b2, False, b2+1))
if b3 != 0:
self.run.out.append((b3, False, b3+1))
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
for f in grps[2]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
for f in grps[4]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
return False, "O", None, m.end()
# double play, either ball caught, runner tagged out
# or force at first followed by tag of other runner
m = re.match(r"^(\d.*)\(B\)(\d.*)\(([123])\)", bat0)
if m is not None:
DEBUG_PRINT("double play")
grps = m.groups()
self.run.out.append((int(grps[2]), False, int(grps[2])+1))
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
for f in grps[1]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.assists.pop()
self.fielding.putouts.append(flast)
return False, "O", None, m.end()
# double play to bags other than first
m = re.match(r"^(\d.*)\(([123])\)[!]?(\d.*)\(([123])\)", bat0)
if m is not None:
DEBUG_PRINT("double play (bags other than first)")
grps = m.groups()
self.run.out.append((int(grps[1]), False, int(grps[1])+1))
self.run.out.append((int(grps[3]), False, int(grps[3])+1))
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
for f in grps[2]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
return False, "FO", None, m.end()
# double play - implied or explicit runner out at first
m = re.match(r"^(\d.*)\(([123])\)[!]?(\d.*)(\(B\))?", bat0)
if m is not None:
DEBUG_PRINT("double play - runner out at first")
grps = m.groups()
self.run.out.append((int(grps[1]), False, int(grps[1])+1))
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
for f in grps[2]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.assists.pop()
self.fielding.putouts.append(flast)
return False, "O", None, m.end()
# force out (single out) to bag other than first
m = re.match(r"^(\d.*)\(([123])\)", bat0)
if m is not None:
DEBUG_PRINT("force out")
grps = m.groups()
self.run.out.append((int(grps[1]), False, int(grps[1])+1))
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.putouts.append(flast)
return False, "FO", None, m.end()
# generic fielding out (batter)
m = re.match(r"^(\d.*)", bat0)
if m is not None:
DEBUG_PRINT("generic out")
grps = m.groups()
for f in grps[0]:
if f.isnumeric():
flast = int(f)
self.fielding.assists.append(flast)
self.fielding.assists.pop()
self.fielding.putouts.append(flast)
return False, "O", None, m.end()
# fielders choice / defensive indifference / other advance
m = re.match(r"^(FC|DI|OA)(\d)?[#!?+-]?", bat0)
if m is not None:
DEBUG_PRINT("fielders choice/DI/OA")
return False, m.group(1), m.group(2), m.end()
# fielding error on foul ball
m = re.fullmatch(r"^FLE(\d)[#!?+-]?", bat0)
if m is not None:
DEBUG_PRINT("fielding error on foul ball")
self.fielding.errors.append(int(m.group(1)))
return False, "FLE", None, m.end()
# strikeout, potentially with dropped third strike
# and plays by other fielders
m = re.match(r"^K(\d.*)[!#?]?", bat0)
if m is not None:
DEBUG_PRINT("strikeout")
return False, "K", None, m.end()
DEBUG_PRINT("cannot parse ", bat0)
return True, None, None, None
# end parseFirst()
def parseBatMod(mod, mods):
if mod in locations:
self.bat.hit_loc = mod
return False
elif mod in odd_locations:
# map to canonical
self.bat.hit_loc = odd_locations[mod]
return False
elif mod in modCodeMap:
mods.append(mod)
return False
m = re.match(r"([GLFP])(.*)?[#!?+-]?", mod)
if m is not None:
self.bat.hit_type = m.group(1)
self.bat.hit_loc = m.group(2)
DEBUG_PRINT("hit_type", self.bat.hit_type, "hit_loc", self.bat.hit_loc)
return False
m = re.match(r"TH([123H])[#!?]?", mod)
if m is not None:
b = m.group(1)
DEBUG_PRINT("throw to base", b)
mods.append(("TH", b))
return False
m = re.match(r"R([123H])", mod)
if m is not None:
b = m.group(1)
DEBUG_PRINT("relay throw to base", b)
mods.append(("R", b))
return False
# error (catch or field)
m = re.match(r"(\d)?E(\d)", mod)
if m is not None:
grps = m.groups()
if grps[0] is not None:
self.fielding.fielded.append(int(m.group(1)))
self.fielding.errors.append(int(m.group(2)))
mods.append(("E", int(m.group(2))))
return False
DEBUG_PRINT("cannot parse batter mod", mod)
return True
# end parseBatMod
#pID = playerIDMap[self.player_id][0]
pID = self.player_id
DEBUG_PRINT("parseBat ", self.inning, self.team, pID, " bat_all=", bat_all)
# can be multiple plays within single line (e.g. double steals)
# so we split them up
# NOTE we cannot further split into "combo plays" such as K+SB
# because '+' can also be used to denote "hard hit ball"
plays = bat_all.split(";")
for p in plays:
p1 = p.split("/")
p1_0 = p1[0]
DEBUG_PRINT("parseBat: p1_0=", p1_0)
p1_1 = p1[1:]
DEBUG_PRINT("parseBat: p1_1=", p1_1)
# detect combo play
m = re.match(r"^(K|K\d*|W|IW|I)\+", p1_0)
if m is not None:
err, result, base, lastIdx = parseFirst(m.group(1))
if err:
return True
self.bat.results.append(result)
self.bat.bases.append(base)
self.bat.mods.append([])
p1_0 = p1_0[m.end():]
err, result, base, lastIdx = parseFirst(p1_0)
rest = p1_0[lastIdx:]
if len(rest) > 0:
print("parseFirst: unparsed=", rest, "p1_0=", p1_0)
if err:
return True
self.bat.results.append(result)
self.bat.bases.append(base)
# modifiers
mods = []
# there may be fragment(s) left after the "/" split
# e.g., 'PO1(E2/TH)' will have fragment 'TH)'
if rest != "":
if rest[0] == "(":
rest = rest[1:]
if rest[-1] == ")":
rest = rest[::-1]
parseBatMod(rest, mods)
for m in p1_1:
parseBatMod(m, mods)
self.bat.mods.append(mods)
return False
def parsePlay(self):
# split up bat and base run
run_all = ""
s = self.play.split(".")
bat_all = s[0]
if len(s) > 1:
run_all = s[1]
if len(s) > 2:
DEBUG_PRINT("parsePlay: unexpected input (more than one '.') play=", self.play)
return True
err = self.parseBat(bat_all)
if err:
return True
err = self.parseRunnerAdv(run_all)
if err:
return True
return False
def __init__(self, p=None):
if p is not None:
# destructure
self.game_id, self.event_id, self.team_id, self.player_id = p[0:4]
self.inning, self.batter_count, self.pitch_seq, self.play = p[4:]
self.team = self.team_id
self.player_id = playerIDToCodeMap[self.player_id]
#print("team=", self.team)
self.pitchSeq = None
self.bat = BatResult()
self.fielding = FieldingResult()
self.run = RunResult()
class SubEvent(Event):
def __init__(self, s=None):
if s is not None:
self.game_id, self.event_id, self.player_id = s[0:3]
self.team_id, self.bat_pos, self.field_pos = s[3:]
self.player_id = playerIDToCodeMap[self.player_id]
self.bat_pos = int(self.bat_pos)
self.field_pos = int(self.field_pos)
self.team = self.team_id
class PlayerAdjEvent(Event):
def __init__(self, p=None):
if p is not None:
# destructure
self.game_id, self.event_id, self.player_id = p[0:3]
self.adjType, self.adj = p[3:]
self.player_id = playerIDToCodeMap[self.player_id]
def print(self):
DEBUG_PRINT(f"**** Player adjustment: {self.player_id} {self.adjType} {self.adj}")
class LineupAdjEvent(Event):
def __init__(self, l=None):
if l is not None:
# destructure
self.game_id, self.event_id, self.team = l[0:3]
self.adj = int(l[3])
def print(self):
DEBUG_PRINT(f"***** Lineup adjustment: {self.team} {self.adj}")
class DataEREvent(Event):
def __init__(self, d=None):
if d is not None:
# destructure
self.game_id, self.event_id, self.player_id = d[0:3]
self.er = int(d[3])
self.player_id = playerIDToCodeMap[self.player_id]
def print(self):
DEBUG_PRINT(f"ER: {self.player_id} {self.er}")
class ComEvent(Event):
def __init__(self, d=None):
if d is not None:
self.game_id, self.event_id, self.com = d[0:3]
self.event_id = int(self.event_id)
class Lineup:
def __init__(self, team_id):
self.team_id = team_id
self.team = team_id
# map between order in batting (1..9)
# order 0 has no meaning, or could be interpted as the P when using a DH
self.battingOrder = [None]*10
# map between field position, with 1=pitcher 2=catcher, 3=1B etc.
# 0 position has no meaning, or could be the DH
self.fieldPos = [None]*10
self.battingOrderStart = [None]*10
self.battingOrderSubs = [[] for i in range(10)]
self.pitchersUsed = []
def print(self):
DEBUG_PRINT(self.team, "lineup")
for b in range(1, 10):
p = self.battingOrder[b]
#pID = playerIDMap[p]
pID = p
fldPos = None
for f in range(1, 10):
if p == self.fieldPos[f]:
fldPos = f
break
DEBUG_PRINT(b, pID, "playing", fldPos)
DEBUG_PRINT("Pitching", self.fieldPos[1])
def applySub(self, sub):
rep_batter = None
rep_fielder = None
newPos = None
DEBUG_PRINT("applySub: sub=", sub.player_id, "bat_pos=", sub.bat_pos, " field_pos=", sub.field_pos )
if sub.field_pos == 1:
self.pitchersUsed.append(sub.player_id)
if sub.bat_pos != 0:
idx = sub.bat_pos
rep_batter = self.battingOrder[idx]
if rep_batter != sub.player_id:
DEBUG_PRINT("applySub: appending to batting order at ", idx)
self.battingOrder[idx] = sub.player_id
self.battingOrderSubs[idx].append(sub.player_id)
else:
DEBUG_PRINT("applySub: rep_batter=", rep_batter, " replacing self in order (field position change")
if sub.field_pos in FIELD_POS_NUM:
idx = int(sub.field_pos)
rep_fielder = self.fieldPos[idx]
if rep_batter is not None and self.fieldPos[idx] != rep_batter:
DEBUG_PRINT("WARNING: player is replacing different fielder.")
# find position in the field the batter was playing
for f in range(1, 10):
if self.fieldPos[f] == rep_batter:
# move fielder to this osition
self.fieldPos[f] = rep_fielder
newPos = f
break
self.fieldPos[idx] = sub.player_id
return rep_batter, (rep_fielder, newPos)
class FielderStats:
def __init__(self):
self.GP = 1
self.IF3 = 0
self.PO = 0
self.A = 0
self.E = 0
self.DP = 0
self.TP = 0
self.PB = 0
def add(self, st):
self.GP += st.GP
self.IF3 += st.IF3
self.PO += st.PO
self.A += st.A
self.E += st.E
self.DP += st.DP
self.TP += st.TP
self.PB += st.PB
def insertIntoDB(self, cur, game_id, player_id, team_id, pos, seq):