def inputButtonClicked(self):
text = self.inputScores.toPlainText().strip()
if text == "":
return
try:
b64 = bytes(text, encoding='utf8')
decoded = scores_decode(b64).decode('utf-8')
scores = json.loads(decoded)
except:
errorDialog(self, "Error", message="Failed to decode high scores")
return
scores_msg = "The string you added contains the following scores:<br><br>"
scores_msg += "<br>".join(['%s (%s)' % (x[0], x[1]) for x in scores])
scores_msg += "<br><br>"
scores_msg += "Are you sure you want to add them to your high scores?"
proceed = yesNoDialog(self, "Add scores?", message=scores_msg)
if not proceed:
return
for name, score in scores:
config.add_highscore(name, score)
infoDialog(self, "Success", "Scores added successfully")
def allButtonClicked(self):
proceed = yesNoDialog(
self,
"Are you sure?",
message="Are you sure you want to destroy all planets for {0:,}? "
"All planets except for the one you are currently "
"on will cease to exist, and all tradeable items "
"that currrently exist on those planets will be "
"shipped to your warehouse.".format(self.all_planets_cost))
if not proceed:
return
self.accepted = True
planets_to_destroy = [
p for p in self.state.planets
if id(p) != id(self.state.current_planet)
]
planets_to_destroy = self.handlePlanetResistance(planets_to_destroy)
if not planets_to_destroy:
return
for p in planets_to_destroy:
self.state.warehouse.add_all_items(p.items)
self.state.planets = [
p for p in self.state.planets if p not in planets_to_destroy
]
self.final_price = self.all_planets_cost
self.close()
infoDialog(self.parent,
"Success",
message="Your destruction of all planets is complete.")
def introduceNewItem(self, itemname):
quantity = self.parent.state.items.items[itemname].quantity
rand_quantity = random.randrange(*const.ITEM_SAMPLE_QUANTITY_RANGE)
planet = self.parent.state.current_planet
if quantity <= rand_quantity:
rand_quantity = max(1, int(quantity / 2))
msg = (
"{0} has never been seen on {1}, and you will have to persuade them "
"that it is worth buying. If you provide a free sample of {2} {0}, "
"this may help your cause.<br><br>Provide a free sample of "
"{2} {0}?".format(itemname, planet.full_name, rand_quantity))
proceed = yesNoDialog(self, "Provide sample?", message=msg)
if not proceed:
return
if itemname in planet.samples_today:
errorDialog(
self,
"Already sampled today",
message="%s has already sampled %s today, try again on "
"a different day" % (planet.full_name, itemname))
return
planet.samples_today.append(itemname)
# Add new items to planet-- we might remove them in a sec, but this
# also handles deleteing them from the player's items, so, meh
planet.items.add_items(itemname, self.parent.state.items,
rand_quantity)
self.parent.updatePlayerItemsLabel()
self.update()
successful = random.randrange(0,
100) < const.ITEM_SAMPLE_SUCCESS_PERCENT
if successful:
# Sample succesful, update planet item browser to show new item we added
self.parent.planetItemBrowser.update()
# Reset item's value history
item = planet.items.items[itemname]
item.value_history = [item.value]
title = "Good news!"
msg = ("Your sample achieved its intended purpose! "
"%s is now actively trading in %s." %
(planet.full_name, itemname))
else:
# Sample unsuccessful, delete items from planet
planet.items.remove_items(itemname, rand_quantity)
title = "Bad news!"
msg = (
"Your sample was not well received, and %s has decided not to "
"trade in %s." % (planet.full_name, itemname))
infoDialog(self, title, message=msg)
def advanceDay(self):
if self.state.next_day():
# Days remaining
self.runRandomNotifications()
self.state.update_planet_item_prices()
self.infoBar.update()
self.planetItemBrowser.update()
else:
# No days remaining
infoDialog(self, "Game complete", message="Time is up!")
self.checkHighScore()
self.reset()
def dayButtonClicked(self):
if self.parent.state.next_day():
# Days remaining
self.parent.infoBar.update()
self.parent.planetItemBrowser.update()
else:
# No days remaining
infoDialog(self, "Game complete", message="You are done")
self.checkHighScore()
self.parent.reset()
def use(self, parent):
if not yesNoDialog(
parent,
"Are you sure?",
message="Are you sure want to increase your capacity?"):
return False
parent.state.capacity += const.CAPACITY_INCREASE
parent.infoBar.update()
infoDialog(parent,
"Success",
message="Capacity successfully increased. "
"New capacity is %d" % parent.state.capacity)
return True
def use(self, parent):
if not yesNoDialog(
parent,
"Are you sure?",
message="Are you sure want to buy the long range scanner?"):
return False
parent.state.scanner_unlocked = True
#To Do add in long range ui in parent.infoBar.update()
parent.infoBar.update()
#To Do change radiologist
infoDialog(parent,
"Success",
message="Long Range Scanner unlocked,"
"assign a crew member with the Radiology skill to it.")
return True
def use(self, parent):
if not yesNoDialog(
parent,
"Are you sure?",
message="Are you sure you want to buy a %s" % self.name):
return
num_new = random.randrange(*const.PLANET_DISCOVERY_RANGE)
parent.state.expand_planets(num_new)
new_names = [p.full_name for p in parent.state.planets[-num_new:]]
name_listing = '<br>'.join(new_names)
infoDialog(
parent, "%d new planets with intelligent life have "
"been discovered!<br><br>%s" % (num_new, name_listing))
parent.infoBar.update()
parent.locationBrowser.update()
return True
def selectButtonClicked(self):
selectedRow = self.table.currentRow()
if selectedRow < 0:
errorDialog(self,
message="Please select a planet to travel to first!")
return
planet = self.parent.state.planets[selectedRow]
if self.parent.state.current_planet.full_name == planet.full_name:
errorDialog(self,
message="You are currently on %s, you cannot "
"destroy a planet that you are on" % planet.full_name)
return
proceed = yesNoDialog(self,
"Are you sure?",
message="Are you sure you want to destroy the "
"planet {0}? {0} will cease to exist, and "
"all tradeable items that currrently exist "
"on {0} will be shipped to your "
"warehouse.".format(planet.full_name))
if not proceed:
return
self.parent.state.warehouse.add_all_items(planet.items)
del self.parent.state.planets[selectedRow]
self.parent.infoBar.update()
self.parent.locationBrowser.update()
self.parent.warehouseItemBrowser.update()
self.parent.infoBar.update()
self.close()
self.accepted = True
infoDialog(self.parent,
"Success",
message="Your destruction of %s is complete." %
planet.full_name)
def handlePlanetResistance(self, planets_to_destroy):
successful = True
resisting_planet = self.checkForResistingPlanet(planets_to_destroy)
if resisting_planet is None:
return planets_to_destroy
resisting_planet.resists_destruction = True
msg = (
"Planet {0} is resisting destruction! A battle fleet from {0} has been "
+
"dispatched, and is prepared to defend the planet if you try to destroy it. "
+
"You must defeat them if you want to continue with the destruction of {0}. "
).format(resisting_planet.full_name)
if self.state.battle_level == 0:
msg += "<br><br>Since you have no battle fleet, your chances of victory are slim. "
msg += "<br><br>Do you want to fight?"
proceed = yesNoDialog(self, "Planet is resisting!", msg)
if not proceed:
infoDialog(
self.parent,
"Chickened out!",
message="You have declined to fight %s. They win, this time." %
resisting_planet.full_name)
# Remove resisting planet from list of planets to destroy
return [
p for p in planets_to_destroy if id(p) != id(resisting_planet)
]
if self.state.battle_won():
infoDialog(self.parent,
"Victory!",
message="You have defeated %s!" %
resisting_planet.full_name)
else:
infoDialog(self.parent,
"Defeat!",
message="You have been defeated in battle by %s."
"<br><br><br>You are dead :(" %
resisting_planet.full_name)
planets_to_destroy = None
self.died = True
self.close()
return []
return planets_to_destroy
def runRandomNotifications(self):
if self.pending_price_anomaly is not None:
planet, itemname, increase = self.pending_price_anomaly
self.pending_price_anomaly = None
if random.randint(0, 100) <= const.TRADING_TIP_ACCURACY_PERCENTAGE:
if itemname in planet.items.items:
item = planet.items.items[itemname]
self.temporary_price_change = (planet, itemname,
item.value)
old_value = item.value
if increase:
# Increase price by 100-500%
change_percentage = random.randint(200, 500)
item.value += int((float(item.value) / 100.0) *
float(change_percentage))
else:
# Decrease price by 70-90%
change_percentage = random.randint(80, 95)
item.value -= int((float(item.value) / 100.0) *
float(change_percentage))
if planet is self.state.current_planet:
infoDialog(
self, "Rumour was true!",
"The rumour you heard about %s was true!<br><br>%s prices are %s."
% (itemname, itemname, "through the roof"
if increase else "at an all-time low"))
else:
if planet is self.state.current_planet:
infoDialog(
self, "Rumour was false",
"The rumour you heard about %s on %s was false!" %
(itemname, planet.full_name))
return
if self.temporary_price_change is not None:
planet, itemname, old_value = self.temporary_price_change
self.temporary_price_change = None
if itemname in planet.items.items:
planet.items.items[itemname].value = old_value
if random.randint(0, 100) > const.CHANCE_TRADING_TIP_PERCENTAGE:
# Nothing to do this time
return
# Pick a random planet
planet = random.choice(self.state.planets)
# Pick a random item on that planet
itemname = random.choice(list(planet.items.items.keys()))
item = planet.items.items[itemname]
# Will the price increase or decrease?
increase = random.randint(0, 100) >= 50
adj = random.choice(["very", "extremely", "unreasonably", "unusually"])
descriptor = "expensive" if increase else "cheap"
msg = ("You hear a rumour that %s will be %s %s on %s tomorrow!" %
(itemname, adj, descriptor, planet.full_name))
infoDialog(self, "Rumour overheard!", msg)
self.pending_price_anomaly = (planet, itemname, increase)
def travelToPlanet(self, planetname):
if self.parent.state.current_planet.full_name == planetname:
errorDialog(self, message="You are already on %s!" % planetname)
return
if self.parent.state.money < self.parent.state.travel_cost:
errorDialog(self,
message="You don't have enough money! (%d required)" %
self.parent.state.travel_cost)
return
accepted = yesNoDialog(
self, "Travel",
"Travel to {0}?<br><br>(cost is {1:,}, you have {2:,})".format(
planetname, self.parent.state.travel_cost,
self.parent.state.money))
if not accepted:
return
self.parent.state.money -= self.parent.state.travel_cost
if random.randint(
0,
100) <= self.parent.state.chance_of_being_robbed_in_transit():
accepted = yesNoDialog(
self, "Attacked by pirates!",
"You have encountered a pirate fleet while travelling " +
"between planets!<br><br>Your battle fleet must defeat them if "
+
"you want to continue.<br><br>If you do not fight, then the only other "
+
"option is surrender; you will not die, but you may lose some of "
+ "your money and resources.<br><br>Do you want to fight?")
if accepted:
if self.parent.state.battle_won():
infoDialog(
self, "Battle won!",
"You have defeated the pirate fleet, " +
"and can continue with your travels.")
else:
infoDialog(
self, "Battle lost!",
"You have been defeated by the pirate fleet." +
"<br><br>You are dead.")
self.parent.reset()
return
else:
if (self.parent.state.items.count()
== 0) or (random.randint(0, 100) >= 80):
# take 95-99% percent of players money
percent_to_take = random.randint(95, 99)
money_to_take = (float(self.parent.state.money) /
100.0) * percent_to_take
self.parent.state.money -= int(money_to_take)
self.parent.state.items.remove_all_items()
self.parent.playerItemBrowser.update()
self.parent.infoBar.update()
infoDialog(
self, "Surrender",
"You decide not to fight the pirate fleet. " +
"<br><br>The pirates spare your life, but they rob you of everything you've got!"
)
self.parent.state.change_current_planet(planetname)
self.parent.advanceDay()
currentRow = self.table.currentRow()
self.update()
self.table.selectRow(currentRow)
self.parent.planetItemBrowser.update()
self.parent.infoBar.update()