def get_detect_info(self, location):
if not g.techs["Socioanalytics"].done:
return g.strings["detect_chance_unknown_base"].replace(" ", u"\xA0")
accurate = g.techs["Advanced Socioanalytics"].done
detect_modifier = 1 / location.modifiers.get("stealth", 1)
chance = self.calc_discovery_chance(accurate, detect_modifier)
detect_template = u"Detection chance: NEWS:\xA0%s SCIENCE:\xA0%s COVERT:\xA0%s PUBLIC:\xA0%s"
return detect_template % (g.to_percent(chance.get("news", 0)),
g.to_percent(chance.get("science", 0)),
g.to_percent(chance.get("covert", 0)),
g.to_percent(chance.get("public", 0)))
def get_detect_info(self, location):
if not g.techs["Socioanalytics"].done:
return g.strings["detect_chance_unknown_base"].replace(
" ", u"\xA0")
accurate = g.techs["Advanced Socioanalytics"].done
detect_modifier = 1 / location.modifiers.get("stealth", 1)
chance = self.calc_discovery_chance(accurate, detect_modifier)
detect_template = u"Detection chance: NEWS:\xA0%s SCIENCE:\xA0%s COVERT:\xA0%s PUBLIC:\xA0%s"
return detect_template % (g.to_percent(chance.get(
"news", 0)), g.to_percent(
chance.get("science", 0)), g.to_percent(chance.get(
"covert", 0)), g.to_percent(chance.get("public", 0)))
def get_detect_info(detect_chance):
detect_template = _("Detection chance:") + "\n"
chances = []
for group in g.pl.groups.itervalues():
detect_template += group.name + u":\xA0%s\n"
chances.append(detect_chance.get(group.type.id, 0))
if g.pl.display_discover == "full":
return detect_template % tuple(g.to_percent(c) for c in chances)
elif g.pl.display_discover == "partial":
return detect_template % tuple(g.to_percent(g.nearest_percent(c, 25)) for c in chances)
else:
return detect_template % tuple(g.danger_level_to_detect_str(detect_chance_to_danger_level(c))
for c in chances)
def get_quality_info(self):
bonus_text = ""
if self.item_type == cpu_type:
bonus_text += _("CPU per day:") + " "
bonus_text += g.add_commas(self.item_qual)
elif self.item_type == reactor_type:
bonus_text += _("Detection chance reduction:") + " "
bonus_text += g.to_percent(self.item_qual)
elif self.item_type == network_type:
bonus_text += _("CPU bonus:") + " "
bonus_text += g.to_percent(self.item_qual)
elif self.item_type == security_type:
bonus_text += _("Detection chance reduction:") + " "
bonus_text += g.to_percent(self.item_qual)
return bonus_text
def get_detect_info(self, location):
if g.pl.display_discover == "none":
return g.strings["detect_chance_unknown_base"].replace(
" ", u"\xA0")
accurate = bool(g.pl.display_discover == "full")
detect_modifier = 1 / location.modifiers.get("stealth", 1)
chance = self.calc_discovery_chance(accurate, detect_modifier)
detect_template = _("Detection chance:") + "\n" + \
_("NEWS") + u":\xA0%s\n" + \
_("SCIENCE") + u":\xA0%s\n" + \
_("COVERT") + u":\xA0%s\n" + \
_("PUBLIC") + u":\xA0%s"
return detect_template % (g.to_percent(chance.get(
"news", 0)), g.to_percent(
chance.get("science", 0)), g.to_percent(chance.get(
"covert", 0)), g.to_percent(chance.get("public", 0)))
def get_quality_info(self):
bonus_text = ""
if self.item_type.id == "cpu":
bonus_text += _("CPU per day:")+" "
bonus_text += g.add_commas(self.item_qual)
elif self.item_type.id == reactor_type:
bonus_text += _("Detection chance reduction:")+" "
bonus_text += g.to_percent(self.item_qual)
elif self.item_type.id == "network":
bonus_text += _("CPU bonus:")+" "
bonus_text += g.to_percent(self.item_qual)
elif self.item_type.id == "security":
bonus_text += _("Detection chance reduction:")+" "
bonus_text += g.to_percent(self.item_qual)
return bonus_text
def get_detect_info(detect_chance):
detect_template = _("Detection chance:") + "\n" + \
_("NEWS") + u":\xA0%s\n" + \
_("SCIENCE") + u":\xA0%s\n" + \
_("COVERT") + u":\xA0%s\n" + \
_("PUBLIC") + u":\xA0%s"
chances = (detect_chance.get("news", 0),
detect_chance.get("science", 0),
detect_chance.get("covert", 0),
detect_chance.get("public", 0))
if g.pl.display_discover == "full":
return detect_template % tuple(g.to_percent(c) for c in chances)
elif g.pl.display_discover == "partial":
return detect_template % tuple(g.to_percent(g.nearest_percent(c, 25)) for c in chances)
else:
return detect_template % tuple(g.danger_level_to_detect_str(detect_chance_to_danger_level(c))
for c in chances)