def fromSolver(self, solver):
self.state = {}
# string
self.state["majorsSplit"] = solver.majorsSplit
# string
self.state["masterMajorsSplit"] = solver.masterMajorsSplit
# bool
self.state["areaRando"] = solver.areaRando
# bool
self.state["bossRando"] = solver.bossRando
# bool
self.state["escapeRando"] = solver.escapeRando
# string "03:00"
self.state["escapeTimer"] = solver.escapeTimer
# list of active patches
self.state["patches"] = RomPatches.ActivePatches
# start ap
self.state["startLocation"] = solver.startLocation
# start area
self.state["startArea"] = solver.startArea
# dict {locName: {itemName: "xxx", "accessPoint": "xxx"}, ...}
self.state["locsData"] = self.getLocsData(solver.locations)
# list [(ap1, ap2), (ap3, ap4), ...]
self.state["areaTransitions"] = solver.areaTransitions
# list [(ap1, ap2), (ap3, ap4), ...]
self.state["bossTransitions"] = solver.bossTransitions
# list [(ap1, ap2)]
self.state["escapeTransition"] = solver.escapeTransition
# list [(ap1, ap2), ...]
self.state["curGraphTransitions"] = solver.curGraphTransitions
# bool
self.state["hasMixedTransitions"] = solver.hasMixedTransitions
# preset file name
self.state["presetFileName"] = solver.presetFileName
## items collected / locs visited / bosses killed
# list [item1, item2, ...]
self.state["collectedItems"] = solver.collectedItems
# dict {locName: {index: 0, difficulty: (bool, diff, ...), ...} with index being the position of the loc in visitedLocations
self.state["visitedLocations"] = self.getVisitedLocations(
solver.visitedLocations)
# dict {locName: (bool, diff, [know1, ...], [item1, ...]), ...}
self.state["availableLocations"] = self.getAvailableLocations(
solver.majorLocations)
# string of last access point
self.state["lastAP"] = solver.lastAP
# dict {locNameWeb: {infos}, ...}
self.state["availableLocationsWeb"] = self.getAvailableLocationsWeb(
solver.majorLocations, solver.masterMajorsSplit)
# dict {locNameWeb: {infos}, ...}
self.state["visitedLocationsWeb"] = self.getAvailableLocationsWeb(
solver.visitedLocations, solver.masterMajorsSplit)
# dict {locNameWeb: {infos}, ...}
self.state["remainLocationsWeb"] = self.getRemainLocationsWeb(
solver.majorLocations, solver.masterMajorsSplit)
# string: standard/seedless/plando/race/debug
self.state["mode"] = solver.mode
# string:
self.state["seed"] = solver.seed
# dict {point: point, ...} / array of startPoints
(self.state["linesWeb"], self.state["linesSeqWeb"]) = self.getLinesWeb(
solver.curGraphTransitions)
# bool
self.state["allTransitions"] = len(
solver.curGraphTransitions) == len(solver.areaTransitions) + len(
solver.bossTransitions) + len(solver.escapeTransition)
self.state["errorMsg"] = solver.errorMsg
if len(solver.visitedLocations) > 0:
self.state["last"] = {
"loc": solver.visitedLocations[-1].Name,
"item": solver.visitedLocations[-1].itemName
}
else:
self.state["last"] = ""
# store the inner graph transitions to display in vcr
if self.debug == True:
self.state["innerTransitions"] = self.getInnerTransitions(
solver.areaGraph.availAccessPoints, solver.curGraphTransitions)
else:
self.state["innerTransitions"] = []
# has nothing: bool
self.state["hasNothing"] = solver.hasNothing
# doors colors: dict {name: (color, facing, hidden)}
self.state["doors"] = DoorsManager.serialize()
# doorsRando: bool
self.state["doorsRando"] = solver.doorsRando
# allDoorsRevealed: bool
self.state["allDoorsRevealed"] = DoorsManager.allDoorsRevealed()
# roomsVisibility: array of string ['landingSiteSvg', 'MissileCrateriamoatSvg']
self.state["roomsVisibility"] = self.getRoomsVisibility(
solver, solver.areaGraph, solver.smbm)
# for plando scav hunt, store the list of scav locs
self.state["plandoScavengerOrder"] = solver.plandoScavengerOrder
# for disabled tourian
self.state["tourian"] = solver.tourian
# custom objectives
self.state["objectives"] = solver.objectives.getState()
self.state["majorUpgrades"] = solver.majorUpgrades
self.state["splitLocsByArea"] = solver.splitLocsByArea
def randoPlando(self, parameters):
# if all the locations are visited, do nothing
if len(self.majorLocations) == 0:
return
plandoLocsItems = {}
for loc in self.visitedLocations:
plandoLocsItems[loc.Name] = loc.itemName
plandoCurrent = {
"locsItems": plandoLocsItems,
"transitions": self.fillGraph(),
"patches": RomPatches.ActivePatches,
"doors": DoorsManager.serialize(),
"forbiddenItems": parameters["forbiddenItems"]
}
plandoCurrentJson = json.dumps(plandoCurrent)
pythonExec = "python{}.{}".format(sys.version_info.major,
sys.version_info.minor)
params = [
pythonExec,
os.path.expanduser("~/RandomMetroidSolver/randomizer.py"),
'--runtime', '10', '--param', self.presetFileName, '--output',
self.outputFileName, '--plandoRando', plandoCurrentJson,
'--progressionSpeed', 'speedrun', '--minorQty',
parameters["minorQty"], '--maxDifficulty', 'hardcore',
'--energyQty', parameters["energyQty"], '--startAP', self.startAP
]
import subprocess
subprocess.call(params)
with open(self.outputFileName, 'r') as jsonFile:
data = json.load(jsonFile)
self.errorMsg = data["errorMsg"]
# load the locations
if "itemLocs" in data:
self.clearItems(reload=True)
itemsLocs = data["itemLocs"]
# create a copy because we need self.locations to be full, else the state will be empty
self.majorLocations = self.locations[:]
for itemLoc in itemsLocs:
locName = itemLoc["Location"]["Name"]
loc = self.getLoc(locName)
# we can have locations from non connected areas
if "difficulty" in itemLoc["Location"]:
difficulty = itemLoc["Location"]["difficulty"]
smbool = SMBool(difficulty["bool"],
difficulty["difficulty"],
difficulty["knows"], difficulty["items"])
loc.difficulty = smbool
itemName = itemLoc["Item"]["Type"]
loc.itemName = itemName
loc.accessPoint = itemLoc["Location"]["accessPoint"]
self.collectMajor(loc)
def fromSolver(self, solver):
self.state = {}
# string
self.state["majorsSplit"] = solver.majorsSplit
# bool
self.state["areaRando"] = solver.areaRando
# bool
self.state["bossRando"] = solver.bossRando
# bool
self.state["escapeRando"] = solver.escapeRando
# string "03:00"
self.state["escapeTimer"] = solver.escapeTimer
# list of active patches
self.state["patches"] = RomPatches.ActivePatches
# start ap
self.state["startAP"] = solver.startAP
# start area
self.state["startArea"] = solver.startArea
# dict {locName: {itemName: "xxx", "accessPoint": "xxx"}, ...}
self.state["locsData"] = self.getLocsData(solver.locations)
# list [(ap1, ap2), (ap3, ap4), ...]
self.state["areaTransitions"] = solver.areaTransitions
# list [(ap1, ap2), (ap3, ap4), ...]
self.state["bossTransitions"] = solver.bossTransitions
# list [(ap1, ap2), ...]
self.state["curGraphTransitions"] = solver.curGraphTransitions
# bool
self.state["hasMixedTransitions"] = solver.hasMixedTransitions
# preset file name
self.state["presetFileName"] = solver.presetFileName
## items collected / locs visited / bosses killed
# list [item1, item2, ...]
self.state["collectedItems"] = solver.collectedItems
# dict {locName: {index: 0, difficulty: (bool, diff, ...), ...} with index being the position of the loc in visitedLocations
self.state["visitedLocations"] = self.getVisitedLocations(
solver.visitedLocations)
# dict {locName: (bool, diff, [know1, ...], [item1, ...]), ...}
self.state["availableLocations"] = self.getAvailableLocations(
solver.majorLocations)
# string of last access point
self.state["lastAP"] = solver.lastAP
# dict {locNameWeb: {infos}, ...}
self.state["availableLocationsWeb"] = self.getAvailableLocationsWeb(
solver.majorLocations)
# dict {locNameWeb: {infos}, ...}
self.state["visitedLocationsWeb"] = self.getAvailableLocationsWeb(
solver.visitedLocations)
# dict {locNameWeb: {infos}, ...}
self.state["remainLocationsWeb"] = self.getRemainLocationsWeb(
solver.majorLocations)
# string: standard/seedless/plando
self.state["mode"] = solver.mode
# string:
self.state["seed"] = solver.seed
# dict {point: point, ...} / array of startPoints
(self.state["linesWeb"], self.state["linesSeqWeb"]) = self.getLinesWeb(
solver.curGraphTransitions)
# bool
self.state["allTransitions"] = len(solver.curGraphTransitions) == len(
solver.areaTransitions) + len(solver.bossTransitions)
self.state["errorMsg"] = solver.errorMsg
if len(solver.visitedLocations) > 0:
self.state["last"] = {
"loc": solver.visitedLocations[-1].Name,
"item": solver.visitedLocations[-1].itemName
}
else:
self.state["last"] = ""
# store the inner graph transitions to display in vcr
if self.debug == True:
self.state["innerTransitions"] = self.getInnerTransitions(
solver.areaGraph.availAccessPoints, solver.curGraphTransitions)
else:
self.state["innerTransitions"] = []
# doors colors: dict {name: (color, facing, hidden)}
self.state["doors"] = DoorsManager.serialize()
# doorsRando: bool
self.state["doorsRando"] = solver.doorsRando