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codex.py
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codex.py
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# Try python3 before 2.7
try:
import tkinter as tk
from tkinter import Frame
from urllib.parse import quote_plus
from urllib.parse import unquote
except:
import Tkinter as tk
from Tkinter import Frame
from urllib import quote_plus
from urllib import unquote
import canonn.emitter
import json
import math
import myNotebook as nb
import os
import re
import requests
import threading
import webbrowser
from theme import theme
from canonn.debug import Debug
from canonn.debug import debug, error
from canonn.emitter import Emitter
from config import config
from canonn.tooltip import CreateToolTip
from ttkHyperlinkLabel import HyperlinkLabel
import plug
from math import sqrt, pow
import queue
class Queue(queue.Queue):
'''
A custom queue subclass that provides a :meth:`clear` method.
'''
def clear(self):
'''
Clears all items from the queue.
'''
with self.mutex:
unfinished = self.unfinished_tasks - len(self.queue)
if unfinished <= 0:
if unfinished < 0:
raise ValueError('task_done() called too many times')
self.all_tasks_done.notify_all()
self.unfinished_tasks = unfinished
self.queue.clear()
self.not_full.notify_all()
def nvl(a, b): return a or b
def get_parent(body):
parents = body.get("parents")
if parents:
pd = parents[0]
pl = list(pd.values())
p = pl[0]
return p
def get_null(body):
parents = body.get("parents")
if parents:
p1 = parents[0]
id = p1.get("Null")
if not p1 == None:
return p1
return None
def moon_moon_moon(body):
# we are going to count parents that are planets
# ignore barycenters
moons = 0
if body.get("parents") and body.get("type") == 'Planet':
for parent in body.get("parents"):
if parent.get("Planet"):
moons += 1
if parent.get("Star"):
break
if moons >= 3:
return True
return False
def isBinary(body):
parents = body.get("parents")
# find out if we are a binary
if parents and parents[0].get("Null"):
return True
return False
def get_sibling(body, bodies):
p1 = get_null(body)
for candidate in bodies.values():
p2 = get_null(candidate)
if not p2 == None and p2 == p1 and body.get("bodyId") != candidate.get("bodyId"):
return candidate
return None
def get_area(inner, outer):
a1 = math.pi * pow(inner, 2)
a2 = math.pi * pow(outer, 2)
return a2 - a1
def hasRings(body):
if body.get("rings") or body.get("belts"):
rings = body.get("rings")
if body.get("belts") and not rings:
rings = body.get("belts")
for ring in rings:
if 'Belt' not in ring.get("name"):
return True
return False
def get_density(mass, inner, outer):
a = get_area(inner, outer)
# print("{} {} {}".format(mass,inner,outer))
# add a tiny number to force non zero
if a > 0:
density = mass / a
# print(density)
else:
density = 0
return density
def get_outer_radius(body):
if body.get("rings") or body.get("belts"):
rings = body.get("rings")
if body.get("belts") and not rings:
rings = body.get("belts")
outer = None
for ring in rings:
if not outer or 'Belt' not in ring.get("name"):
if not outer:
outer = ring.get("outerRadius")
if ring.get("outerRadius") > outer:
outer = ring.get("outerRadius")
# convert to light seconds from km
result = outer / 299792.458
return result
def convert_materials(mats):
retval = {}
for material in mats:
name = material.get("Name").capitalize()
pct = material.get("Percent")
retval[name] = pct
return retval
# This function will return a body in edsm format
def journal2edsm(j):
# Debug.logger.debug(json.dumps(j, indent=4))
def convertAtmosphere(a):
r = {}
for elem in a:
r[elem.get("Name")] = round(elem.get("Percent"), 2)
return r
e = {}
if j.get("OrbitalPeriod"):
e["orbitalPeriod"] = j.get("OrbitalPeriod") / 24 / 60 / 60
e["surfaceTemperature"] = int(j.get("SurfaceTemperature"))
e["distanceToArrival"] = int(round(j.get("DistanceFromArrivalLS"), 0))
e["bodyId"] = j.get("BodyID")
e["parents"] = j.get("Parents")
e["axialTilt"] = j.get("AxialTilt")
if j.get("StarType"):
e["subType"] = j.get("StarType")
e["type"] = "Star"
e["spectralClass"] = "{}{}".format(
j.get("StarType"), j.get("Subclass"))
e["absoluteMagnitude"] = j.get("AbsoluteMagnitude")
e["solarMasses"] = j.get("StellarMass")
e["solarRadius"] = j.get("Radius") / 695500000
e["luminosity"] = j.get("Luminosity")
e["age"] = j.get("Age_MY")
else:
e["type"] = "Planet"
e["radius"] = j.get("Radius") / 1000
e["subType"] = j.get("PlanetClass")
e["gravity"] = j.get("SurfaceGravity") / 9.798064999864019
e["isLandable"] = j.get("Landable")
if j.get("AtmosphereComposition"):
e["atmosphereComposition"] = convertAtmosphere(
j.get("AtmosphereComposition"))
if j.get("Atmosphere") != "":
e["atmosphereType"] = j.get("Atmosphere").title()
else:
e["atmosphereType"] = "No atmosphere"
if j.get("TerraformState") == "Terraformable":
e["terraformingState"] = 'Candidate for terraforming'
elif j.get("TerraformState") == "Terraforming":
e["terraformingState"] = 'Terraforming'
else:
e["terraformingState"] = 'Not terraformable'
if j.get("Volcanism") == "":
e["volcanismType"] = "No volcanism"
else:
e["volcanismType"] = j.get("Volcanism").title()
e["rotationalPeriod"] = j.get("RotationalPeriod")
e["solidComposition"] = j.get("SolidComposition")
e["earthMasses"] = j.get("MassEM")
e["surfacePressure"] = j.get("SurfacePressure")
e["orbitalInclination"] = j.get("OrbitalInclination")
e["rotationalPeriod"] = j.get("RotationPeriod") / 24 / 60 / 60
e["argOfPeriapsis"] = j.get("Periapsis")
e["orbitalEccentricity"] = j.get("Eccentricity")
e["rotationalPeriodTidallyLocked"] = (j.get("TidalLock") or False)
e["name"] = j.get("BodyName")
if j.get("Rings"):
e["rings"] = []
for ring in j.get("Rings"):
e["rings"].append(
{"name": ring.get("Name"),
"type": ring.get("RingClass").replace("eRingClass_", "").replace("MetalRich", "Metal Rich"),
"mass": float(ring.get("MassMT")),
"innerRadius": float(ring.get("InnerRad")) / 1000,
"outerRadius": float(ring.get("OuterRad")) / 1000
}
)
if j.get("SemiMajorAxis"):
e["semiMajorAxis"] = j.get("SemiMajorAxis") / 149597870700
if j.get("ReserveLevel"):
e["reserveLevel"] = j.get("ReserveLevel")
if j.get("Materials"):
e["materials"] = convert_materials(j.get("Materials"))
return e
def surface_pressure(tag, value):
if tag == "surfacePressure":
return value * 100000
else:
return value
def get_synodic_period(b1, b2):
T1 = b1.get("orbitalPeriod")
T2 = b2.get("orbitalPeriod")
if (T1 == T2):
return 9999999999
Tsyn = 1 / abs((1 / T1) - (1 / T2))
return Tsyn
class codexName(threading.Thread):
def __init__(self, callback):
Debug.logger.debug("initialise codexName Thread")
threading.Thread.__init__(self)
self.callback = callback
def run(self):
Debug.logger.debug("running codexName")
self.callback()
Debug.logger.debug("codexName Callback Complete")
class poiTypes(threading.Thread):
def __init__(self, system, system64, cmdr, callback):
# debug("initialise POITYpes Thread")
threading.Thread.__init__(self)
self.system = system
self.system64 = system64
self.cmdr = cmdr
self.callback = callback
def run(self):
# debug("running poitypes")
self.callback(self.system, self.system64, self.cmdr)
# debug("poitypes Callback Complete")
# class planetTypes(threading.Thread):
# def __init__(self, system, body, cmdr, callback):
# # debug("initialise POITYpes Thread")
# threading.Thread.__init__(self)
# self.system = system
# self.body = body
# self.cmdr = cmdr
# self.callback = callback
#
# def run(self):
# # debug("running poitypes")
# self.callback(self.system, self.body, self.cmdr)
# # debug("poitypes Callback Complete")
class saaScan():
def __init__(self):
Debug.logger.debug("We only use class methods here")
@classmethod
def journal_entry(cls, cmdr, is_beta, system, station, entry, state, x, y, z, body, lat, lon, client):
if entry.get("event") == "SAASignalsFound":
canonn.emitter.post("https://us-central1-canonn-api-236217.cloudfunctions.net/postEvent", {
"gameState": {
"systemName": system,
"systemCoordinates": [x, y, z],
"bodyName": body,
"clientVersion": client,
"isBeta": is_beta,
"platform": "PC",
"odyssey": state.get("Odyssey")
},
"rawEvent": entry,
"eventType": entry.get("event"),
"cmdrName": cmdr
})
class organicScan():
def __init__(self):
debug("We only use class methods here")
@classmethod
def journal_entry(cls, cmdr, is_beta, system, station, entry, state, x, y, z, body, latitude, longitude, temperature, gravity, client):
if entry.get("event") in ("ScanOrganic", "SellOrganicData"):
canonn.emitter.post("https://us-central1-canonn-api-236217.cloudfunctions.net/postEvent", {
"gameState": {
"systemName": system,
"systemCoordinates": [x, y, z],
"bodyName": body,
"clientVersion": client,
"isBeta": is_beta,
"platform": "PC",
"odyssey": state.get("Odyssey"),
"latitude": latitude,
"longitude": longitude,
"temperature": temperature,
"gravity": gravity,
},
"rawEvent": entry,
"eventType": entry.get("event"),
"cmdrName": cmdr
})
class CodexTypes():
tooltips = {
"MissingData": "Missing data in DB",
"Geology": "Geology: Vents and fumeroles",
"Cloud": "Lagrange Clouds",
"Anomaly": "Anomalous stellar phenomena",
"Thargoid": "Thargoid sites or barnacles",
"Biology": "Biological surface signals",
"Guardian": "Guardian sites",
"None": "Unclassified codex entry",
"Human": "Human Sites",
"Ring": "Planetary Ring Resources",
"Other": "Other Sites",
"Personal": "Personal Sites",
"Planets": "Valuable Planets",
"Tourist": "Tourist Informatiom",
"Jumponium": "Jumponium Planets",
"GreenSystem": "Jumponium Planets"
}
canonndata = {
"apsites": ["Biology", "Amphora Plants"],
"bmsites": ["Biology", "Bark Mounds"],
"btsites": ["Biology", "Brain Trees"],
"cssites": ["Biology", "Crystalline Shards"],
"fgsites": ["Biology", "Fungal Gourds"],
"fmsites": ["Geology", "Fumaroles"],
"gbsites": ["Guardian", "Guardian Beacons"],
"gensites": ["Human", "Generation Ships"],
"grsites": ["Guardian", "Guardian Ruins"],
"gssites": ["Guardian", "Guardian Structures"],
"gvsites": ["Geology", "Gas Vents"],
"gysites": ["Geology", "Geysers"],
"lssites": ["Geology", "Lava Spouts"],
"tbsites": ["Thargoid", "Thargoid Barnacles"],
"tssites": ["Thargoid", "Thargoid Structures"],
"twsites": ["Biology", "Tube Worms"],
}
body_types = {
'Metal-rich body': 'Metal-Rich Body',
'Metal rich body': 'Metal-Rich Body',
'Earth-like world': 'Earthlike World',
'Earthlike body': 'Earthlike World',
'Water world': 'Water World',
'Ammonia world': 'Ammonia World'
}
economies = {
'$economy_None;': 'None',
'$economy_Agri;': 'Agriculture',
'$economy_Refinery;': 'Refinery',
'$economy_Industrial;': 'Industrial',
'$economy_Colony;': 'Colony',
'$economy_Extraction;': 'Extraction',
'$economy_HighTech;': 'High Tech',
'$economy_Military;': 'Military',
'$economy_Terraforming;': 'Terraforming',
'$economy_Service;': 'Service',
'$economy_Tourism;': 'Tourism',
'$economy_Undefined;': 'Undefined',
'$economy_Damaged;': 'Damaged',
'$economy_Repair;': 'Repair'
}
odyssey_bio = [
"Aleoida",
"Bacterium",
"Cactoida",
"Clypeus",
"Concha",
"Electricae",
"Fonticulua",
"Frutexa",
"Fumerola",
"Fungoida",
"Osseus",
"Recepta",
"Stratum",
"Tubus",
"Tussock"
]
horizon_bio = [
"Brain Tree",
"Sinuous Tubers",
"Amphora Plant",
"Crystalline Shards",
"Anemone",
"Bark Mounds"
]
bodycount = 0
parentRadius = 0
minPressure = 80
close_orbit = 0.02
eccentricity = 0.9
intaxi = False
waitingPOI = True
waitingPlanet = True
fsscount = 0
fccount = 0
logqueue = True
logq = Queue()
edsm_bodyq = Queue()
edsm_stationq = Queue()
poiq = Queue()
saaq = Queue()
cmdrq = Queue()
planetq = Queue()
canonnq = Queue()
raw_mats = None
def __init__(self, parent, gridrow):
"Initialise the ``Patrol``."
# Frame.__init__(
# self,
# parent
# )
self.parent = parent
self.hidecodexbtn = tk.IntVar(value=config.get_int("CanonnHideCodex"))
self.hidecodex = self.hidecodexbtn.get()
self.hidehumandetailedbtn = tk.IntVar(
value=config.get_int("CanonnHideHumanDetailed"))
self.hidehumandetailed = self.hidehumandetailedbtn.get()
self.hidemissingdatabtn = tk.IntVar(
value=config.get_int("CanonnHideMissingData"))
self.hidemissingdata = self.hidemissingdatabtn.get()
self.frame = Frame(parent)
theme.update(self.frame)
self.frame.columnconfigure(0, weight=1)
self.frame.grid(row=gridrow, column=0, sticky="NSEW", columnspan=2)
self.frame.bind('<<refreshPOIData>>', self.refreshPOIData)
#self.frame.bind('<<refreshPlanetData>>', self.refreshPlanetData)
self.container = Frame(self.frame, highlightthickness=1)
self.container.grid(row=0, column=0, sticky="NSEW")
self.container.grid_remove()
self.titlepanel = Frame(self.container)
self.titlepanel.grid(row=1, column=0, sticky="NSEW")
self.systempanel = Frame(self.container)
self.systempanel.grid(row=2, column=0, sticky="NSEW")
self.systempanel.grid_remove()
self.systemtitle = Frame(self.titlepanel)
self.systemtitle.grid(row=0, column=0, sticky="NSEW")
self.systemtitle.grid_remove()
self.systemtitle_name = HyperlinkLabel(
self.container, text="?", url=None) # moved to container
self.systemtitle_name.grid(row=0, column=0, sticky="W")
self.systemprogress = tk.Label(self.systemtitle, text="?")
self.systemprogress.grid(
row=0, column=2, sticky="NSEW") # moved to next row
self.systemprogress.grid_remove()
self.planetpanel = Frame(self.container)
self.planetpanel.grid(row=3, column=0, sticky="NSEW")
self.planetpanel.grid_remove()
self.planettitle = Frame(self.titlepanel)
self.planettitle.grid(row=1, column=0, sticky="NSEW")
self.planettitle.grid_remove()
self.images_prev = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "left_arrow.gif"))
self.planettitle_prev = tk.Label(
self.planettitle, image=self.images_prev, cursor="hand2")
self.planettitle_prev.grid(row=0, column=0, sticky="NSEW")
self.planettitle_prev.bind(
'<Button-1>', lambda event, x=-1: self.changeBodyFocus(event, x))
self.images_next = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "right_arrow.gif"))
self.planettitle_next = tk.Label(
self.planettitle, image=self.images_next, cursor="hand2")
self.planettitle_next.grid(row=0, column=1, sticky="NSEW")
self.planettitle_next.bind(
'<Button-1>', lambda event, x=1: self.changeBodyFocus(event, x))
self.planettitle_name = tk.Label(self.planettitle, text="?")
self.planettitle_name.grid(row=0, column=2, sticky="NSEW")
self.planetprogress = tk.Label(self.planettitle, text="?")
self.planetprogress.grid(row=0, column=3, sticky="NSEW")
self.planetprogress.grid_remove()
self.system64 = 0
self.images = {}
self.labels = {}
self.systemlist = {}
self.systemcol1 = []
self.systemcol2 = []
self.planetlist = {}
self.planetcol1 = []
self.planetcol2 = []
self.stationdata = {}
self.settlementdata = {}
self.poidata = {}
self.ppoidata = {}
self.scandata = {}
self.saadata = {}
self.fssdata = {}
self.organicscan = {}
self.nfss = 0
self.fccount = 0
#self.stationPlanetData = {}
self.temp_poidata = None
self.temp_edsmdata = None
#self.cmdrData = {}
self.images_body = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "planet.gif"))
self.images_body_auto = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "system_planet.gif"))
self.images_body_grey = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "system.gif"))
self.icon_body = tk.Label(
self.systemtitle, image=self.images_body_auto, text="Body_auto")
self.icon_body.grid(row=0, column=1)
self.icon_body.bind("<Button-1>", self.nextBodyMode)
# self.icon_body.grid_remove()
self.types = ("MissingData", "Geology", "Cloud", "Anomaly", "Thargoid",
"Biology", "Guardian", "Human", "Ring",
"None", "Other", "Personal", "Planets",
"Tourist", "Jumponium", "GreenSystem")
k = 0
for category in self.types:
self.addimage(category, k+3)
self.systemlist[category] = Frame(self.systempanel)
self.systemlist[category].grid(row=k+1, column=0, sticky="W")
self.systemlist[category].grid_remove()
k += 1
self.typesPlanet = ("Geology", "Thargoid", "Biology", "Guardian",
"Human", "Other", "Personal", "Tourist",
"Jumponium")
k = 0
for category in self.typesPlanet:
self.addimage_planet(category, k+4)
self.planetlist[category] = Frame(self.planetpanel)
self.planetlist[category].grid(row=k+1, column=0, sticky="W")
self.planetlist[category].grid_remove()
k += 1
self.odyssey = False
self.event = None
self.system = None
self.bodies = None
self.body = None
self.latitude = None
self.longitude = None
self.temperature = None
self.gravity = None
self.allowed = False
self.lock = []
self.lockPlanet = []
self.planetlist_body = None
self.planetlist_show = False
self.planetlist_auto = True
# self.systemprogress.grid_remove()
def nextBodyMode(self, event):
Debug.logger.debug(f"nextBodyMode {self.event}")
if self.icon_body["text"] == "Body":
self.switchBodyMode("Body_auto")
elif self.icon_body["text"] == "Body_auto":
self.switchBodyMode("Body_grey")
elif self.icon_body["text"] == "Body_grey":
if len(self.ppoidata) != 0:
self.switchBodyMode("Body")
else:
self.switchBodyMode("Body_auto")
def switchBodyMode(self, mode):
Debug.logger.debug(f"switchBodyMode {mode}")
if mode == "Body":
self.planetlist_auto = False
self.planetlist_show = True
if self.planetlist_body is None:
self.planetlist_body = next(iter(self.ppoidata))
self.icon_body["image"] = self.images_body
self.icon_body["text"] = "Body"
elif mode == "Body_auto":
self.planetlist_auto = True
self.planetlist_show = False
self.icon_body["image"] = self.images_body_auto
self.icon_body["text"] = "Body_auto"
elif mode == "Body_grey":
self.planetlist_auto = False
self.planetlist_show = False
self.planetlist_body = None
self.icon_body["image"] = self.images_body_grey
self.icon_body["text"] = "Body_grey"
self.visualisePlanetData()
def setDestinationWidget(self, widget):
self.dest_widget = widget
def changeBodyFocus(self, event, inext):
# next or prev body to ffocus when using green arrow
body_list = []
for body in self.ppoidata:
body_list.append(body)
body_list = sorted(body_list)
k = 0
for body in body_list:
if self.planetlist_body == body:
k_selected = k
k += 1
if inext == -1:
if k_selected-1 < 0:
self.planetlist_body = body_list[len(body_list)-1]
else:
self.planetlist_body = body_list[k_selected-1]
elif inext == 1:
if k_selected+1 > len(body_list)-1:
self.planetlist_body = body_list[0]
else:
self.planetlist_body = body_list[k_selected+1]
self.switchBodyMode("Body")
self.visualisePlanetData()
def bodyFocus(self, body):
self.planetlist_body = body
self.switchBodyMode("Body")
tmplock = self.lock.copy()
for category in tmplock:
self.switchPOI(category)
self.switchPlanet(category)
self.visualisePlanetData()
def activateDestination(self, latlon):
lat = float(latlon.split(",")[0][1:])
lon = float(latlon.split(",")[1][:-1])
self.dest_widget.ActivateTarget(lat, lon)
def switchPOI(self, category):
if category in self.types:
if category in self.lock:
self.lock.remove(category)
self.systemlist[category].grid_remove()
self.labels[category]["image"] = self.images["{}_grey".format(
category)]
if len(self.lock) == 0:
self.systempanel.grid_remove()
else:
self.lock.append(category)
self.systemlist[category].grid()
self.labels[category]["image"] = self.images[category]
else:
if category in self.lock:
self.lock.remove(category)
else:
self.lock.append(category)
def switchPlanet(self, category):
if category in self.typesPlanet:
if category in self.lockPlanet:
self.lockPlanet.remove(category)
self.planetlist[category].grid_remove()
self.labels[category +
"_planet"]["image"] = self.images["{}_grey_planet".format(category)]
remove_panel = True
if self.planetlist_body in self.ppoidata:
for c in self.ppoidata[self.planetlist_body]:
if c in self.lockPlanet:
remove_panel = False
if remove_panel:
self.planetpanel.grid_remove()
else:
self.lockPlanet.append(category)
self.planetlist[category].grid()
self.labels[category +
"_planet"]["image"] = self.images[category+"_planet"]
else:
if category in self.lockPlanet:
self.lockPlanet.remove(category)
else:
self.lockPlanet.append(category)
def lockPOIData(self, name):
if name not in self.lock:
self.switchPOI(name)
self.systempanel.grid()
self.planetpanel.grid_remove()
for category in self.typesPlanet:
if category in self.lockPlanet:
self.switchPlanet(category)
if name != "MissingData":
if self.planetlist_auto and self.planetlist_show:
self.switchBodyMode("Body")
else:
self.switchPOI(name)
# self.visualisePOIData()
def lockPlanetData(self, name):
if name not in self.lockPlanet:
self.switchPlanet(name)
self.planetpanel.grid()
self.systempanel.grid_remove()
for category in self.types:
if category in self.lock:
self.switchPOI(category)
else:
self.switchPlanet(name)
# self.visualisePlanetData()
def enter(self, event):
name = event.widget["text"]
if name[len(name)-7:] == "_planet":
name = name[:len(name)-7]
if name not in self.lockPlanet:
self.labels[name +
"_planet"]["image"] = self.images[name+"_planet"]
self.planetlist[name].grid()
self.planetpanel.grid()
self.systempanel.grid_remove()
else:
if name not in self.lock:
self.labels[name]["image"] = self.images[name]
self.systemlist[name].grid()
self.systempanel.grid()
self.planetpanel.grid_remove()
def leave(self, event):
name = event.widget["text"]
if name[len(name)-7:] == "_planet":
name = name[:len(name)-7]
if name not in self.lockPlanet:
self.labels[name +
"_planet"]["image"] = self.images["{}_grey_planet".format(name)]
self.planetlist[name].grid_remove()
remove_panel = True
if self.planetlist_body in self.ppoidata:
for category in self.ppoidata[self.planetlist_body]:
if category in self.lockPlanet:
remove_panel = False
if remove_panel:
self.planetpanel.grid_remove()
if len(self.lock) != 0:
remove_panel = True
for category in self.poidata:
if category in self.lock:
remove_panel = False
if not remove_panel:
self.systempanel.grid()
else:
if name not in self.lock:
self.labels[name]["image"] = self.images["{}_grey".format(
name)]
self.systemlist[name].grid_remove()
remove_panel = True
for category in self.poidata:
if category in self.lock:
remove_panel = False
if remove_panel:
self.systempanel.grid_remove()
if len(self.lockPlanet) != 0:
remove_panel = True
if self.planetlist_body in self.ppoidata:
for category in self.ppoidata[self.planetlist_body]:
if category in self.lockPlanet:
remove_panel = False
if not remove_panel:
self.planetpanel.grid()
def addimage(self, name, col):
grey = "{}_grey".format(name)
self.images[name] = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "{}.gif".format(name)))
self.images[grey] = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "{}.gif".format(grey)))
self.labels[name] = tk.Label(
self.systemtitle, image=self.images.get(grey), text=name)
self.labels[name].grid(row=0, column=col)
self.labels[name].grid_remove()
self.labels[name].bind("<Enter>", self.enter)
self.labels[name].bind("<Leave>", self.leave)
self.labels[name].bind("<Button-1>", lambda event,
x=name: self.lockPOIData(x))
self.labels[name]["image"] = self.images[name]
def addimage_planet(self, name, col):
grey = "{}_grey".format(name)
self.images[name+"_planet"] = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "{}.gif".format(name)))
self.images[grey+"_planet"] = tk.PhotoImage(file=os.path.join(
CodexTypes.plugin_dir, "icons", "{}.gif".format(grey)))
self.labels[name+"_planet"] = tk.Label(
self.planettitle, image=self.images.get(grey+"_planet"), text=name+"_planet")
self.labels[name+"_planet"].grid(row=0, column=col)
self.labels[name+"_planet"].grid_remove()
self.labels[name+"_planet"].bind("<Enter>", self.enter)
self.labels[name+"_planet"].bind("<Leave>", self.leave)
self.labels[name+"_planet"].bind("<Button-1>",
lambda event, x=name: self.lockPlanetData(x))
self.labels[name+"_planet"]["image"] = self.images[name+"_planet"]
def set_image(self, name, enabled):
if name not in self.labels:
return
forplanet = False
lock = self.lock
types = self.types
if name[len(name)-7:] == "_planet":
name = name[:len(name)-7]
forplanet = True
lock = self.lockPlanet
types = self.typesPlanet
if name == None:
error("set_image: name is None")
return
if name not in types:
error("set_image: name {} is not allowed")
grey = "{}_grey".format(name)
if name not in lock:
setting = grey
else:
setting = name
if forplanet:
setting = setting+"_planet"
name = name+"_planet"
if enabled and self.labels.get(name):
self.labels[name]["image"] = self.images[setting]
self.labels[name].grid()
else:
self.labels[name].grid()
self.labels[name].grid_remove()
# this seems horribly confused
def refreshPOIData(self, event):
Debug.logger.debug(f"refreshPOIData {self.event} {self.waitingPOI}")
if self.waitingPOI:
return
try:
while not self.edsm_bodyq.empty():
# only expecting to go around once
self.temp_edsmdata = self.edsm_bodyq.get()
# if self.temp_edsmdata:
if not self.bodies:
self.bodies = {}
# restructure the EDSM data
if self.temp_edsmdata:
edsm_bodies = self.temp_edsmdata.get("bodies")
else:
edsm_bodies = {}
if edsm_bodies:
for b in edsm_bodies:
if not "Belt Cluster" in b.get("name"):
if b.get("bodyId") not in self.bodies:
self.bodies[b.get("bodyId")] = b
# Debug.logger.debug("self.bodies")
# Debug.logger.debug(self.bodies)
if len(self.bodies) > 0:
# bodies = self.temp_edsmdata.json().get("bodies")
bodies = self.bodies
if bodies:
CodexTypes.bodycount = len(bodies)
if not CodexTypes.fsscount:
CodexTypes.fsscount = 0
if nvl(CodexTypes.fsscount, 0) > nvl(CodexTypes.bodycount, 0):
# self.add_poi("Planets", "Unexplored Bodies", "")
if CodexTypes.fsscount > 0:
self.systemprogress.grid()
# self.systemprogress["text"]="{}%".format(round((float(CodexTypes.bodycount)/float(CodexTypes.fsscount))*100,1))
self.systemprogress["text"] = "{}/{}".format(
CodexTypes.bodycount, CodexTypes.fsscount)
else:
self.systemprogress.grid()
self.systemprogress.grid_remove()
for k in bodies.keys():
if bodies.get(k).get("name") == self.system and bodies.get(k).get("type") == "Star":
CodexTypes.parentRadius = self.light_seconds(
"solarRadius", bodies.get(k).get("solarRadius"))
# lets normalise radius between planets and stars
if bodies.get(k).get("solarRadius") is not None:
bodies[k]["radius"] = bodies.get(
k).get("solarRadius")
for k in bodies.keys():
b = bodies.get(k)
# debug(json.dumps(b,indent=4))
body_code = b.get("name").replace(self.system+" ", '')
body_name = b.get("name")
self.sheperd_moon(b, bodies)
self.trojan(b, bodies)
self.ringed_star(b)
self.close_rings(b, bodies, body_code)
self.close_bodies(b, bodies, body_code)
self.close_flypast(b, bodies, body_code)
self.rings(b, body_code)
self.green_system(bodies)
if moon_moon_moon(b):
self.add_poi(
"Tourist", "Moon Moon Moon", body_code)
# Terraforming
if b.get('terraformingState') == 'Candidate for terraforming':
if b.get('isLandable'):
if not b.get("rings"):
self.add_poi(
"Planets", "Landable Terraformable", body_code)