def run(self):
"""Call flint functions and emit a signal when each one is complete."""
fl.get_systems()
self.jobFinished.emit('systems')
fl.maps.generate_universe_graph()
self.jobFinished.emit('universe')
fl.get_equipment()
self.jobFinished.emit('equipment')
fl.get_goods()
self.jobFinished.emit('goods')
fl.routines.get_markets()
self.jobFinished.emit('markets')
def run(self):
"""This is a bit of a hack. Run expensive routines in flint before loading the rest of the application."""
fl.get_systems()
self.jobFinished.emit('Systems')
fl.maps.generate_universe_graph()
self.jobFinished.emit('Universe')
fl.get_equipment()
self.jobFinished.emit('Equipment')
fl.get_goods()
self.jobFinished.emit('Goods')
fl.routines.get_markets()
self.jobFinished.emit('Markets')
def __init__(self, freelancer_root):
fl.paths.set_install_path(freelancer_root)
self._systems = {s.name() for s in fl.get_systems() if s.name()}
self._bases = {b.name() for b in fl.get_bases() if b.name()}
self._timer = None
self._process = 0
self.begin_polling()
def __call__(self):
if not self.state.system:
input.queue_display_text(f'Err: unknown location')
else:
systems = {s.name(): s for s in flint.get_systems()}
system_scale = systems[self.state.system].navmapscale
sector = flint.maps.pos_to_sector(self.state.pos, system_scale)
input.queue_display_text(
f'You are in sector {sector}, {self.state.system}')