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cpsfs.py
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cpsfs.py
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import os
import time
import keyboard
class Console_Python_Space_Flight_Simulator():
class Cli_graphic():
class Game_view():
def __init__(self, engine):
from graphic import Blinking_light, Cli_element, In_progress_light
self.blink_light = Blinking_light(engine.threads_manager)
self.in_progress_light = In_progress_light(engine.threads_manager)
self.position = engine.player.position
self.movement = engine.player.movement
self.map = engine.map
self.auto_pilot = engine.player.auto_pilot
self.data_table = Cli_element()
self.data_map_terrain = Cli_element()
self.graphic_2d_map_x = Cli_element()
self.graphic_2d_map_y = Cli_element()
self.screen = Cli_element()
def render_data_table(self):
def calculate_relative_height(position, map):
if position.in_map():
return '%.3f' % round(
position.detailed_coordinates[0] - map.map.terrain[position.simplified_coordinates[1]][
position.simplified_coordinates[2]], 3)
else:
return '???'
def render_relative_height_warning(position, map, blink_light):
if position.in_map():
if position.detailed_coordinates[0] - map.map.terrain[position.simplified_coordinates[1]][
position.simplified_coordinates[2]] < 1:
return blink_light.render()
else:
return ' '
else:
return ' '
def render_fuel_level_warning(movement, blink_light):
if movement.fuel < 50:
return blink_light.render()
else:
return ' '
def render_landing_conditions(landing, blink_light,in_progress_light):
if landing.status == 3:
return '###'
elif landing.status == 2:
return in_progress_light.render()
elif landing.status == 1:
return blink_light.render()
elif landing.status == 0:
return ' '
self.data_table.content.clear()
self.data_table.generate_element_as_column(
S_Position=[
{'z': self.position.simplified_coordinates[0],
'x': self.position.simplified_coordinates[1],
'y': self.position.simplified_coordinates[2]}
],
D_Position=[
{'z': "%.3f" % round(self.position.detailed_coordinates[0], 3),
'x': "%.3f" % round(self.position.detailed_coordinates[1], 3),
'y': "%.3f" % round(self.position.detailed_coordinates[2], 3)},
{'rh': calculate_relative_height(self.position, self.map),
'R.H.W': render_relative_height_warning(self.position, self.map, self.blink_light)}
],
Rotation=[
{'z': self.position.movement_engine.rotation[2],
'x': self.position.movement_engine.rotation[0]}
],
Velocity=[
{'z': "%.1f" % round(self.position.movement_engine.velocity[0], 1),
'x': "%.1f" % round(self.position.movement_engine.velocity[1], 1),
'y': "%.1f" % round(self.position.movement_engine.velocity[2], 1)},
{'tr': self.position.movement_engine.thrust}
],
Fuel=[
{'fl': '%.2f' % round(self.movement.fuel, 2),
'F.L.W': render_fuel_level_warning(self.movement, self.blink_light)}
],
Auto_TL_Sys=[
{'S.I.':render_landing_conditions(self.auto_pilot.land_takeoff,self.blink_light,self.in_progress_light)}
],
)
def render_terrain_map(self):
self.data_map_terrain.content.clear()
def render_y_index(y, map):
if map.check_position_coordinates(0, 0, y):
return str(y)
else:
return '?'
def render_x_index(x, map):
if map.check_position_coordinates(0, x, 0):
return str(x)
else:
return '?'
def render_height(z, x, y, map, position, blink_light):
if position.simplified_coordinates[1:] == [x, y]:
return '@'
if render_x_index(x, map) != '?' and render_y_index(y, map) != '?':
if map.map.terrain[x][y] - 1 > z:
if blink_light.on:
return '!'.rjust(len(str(map.map.terrain[x][y] - 1)))
else:
return map.map.terrain[x][y] - 1
return map.map.terrain[x][y] - 1
else:
return '#'
self.data_map_terrain.generate_element_as_map(
name='Terrain_Height_Map',
x_indexes=[render_x_index(index, self.map) for index in
range(self.position.simplified_coordinates[1] - 4,
self.position.simplified_coordinates[1] + 5)],
**{render_y_index(y_index, self.map): [
render_height(self.position.simplified_coordinates[0], x_index, y_index, self.map,
self.position, self.blink_light)
for x_index in
range(self.position.simplified_coordinates[1] - 4,
self.position.simplified_coordinates[1] + 5)]
for y_index in
range(self.position.simplified_coordinates[2] - 4,
self.position.simplified_coordinates[2] + 5)})
def render_graphic_2d_map_x(self):
self.graphic_2d_map_x.content.clear()
def render_z_index(z, map):
if map.check_position_coordinates(z, 0, 0):
return str(z)
else:
return '?'
def render_x_index(x, map):
if map.check_position_coordinates(0, x, 0):
return str(x)
else:
return '?'
def render_y_index(y, map):
if map.check_position_coordinates(0, 0, y):
return str(y)
else:
return '?'
def render_cell(z, x, y, map, position):
if position.simplified_coordinates == [z, x, y]:
return '@'
elif all(result != '?' for result in (render_y_index(y, map),
render_x_index(x, map),
render_z_index(z, map))):
if map.is_not_space(z, x, y):
return 'X'
else:
return '*'
else:
return '#'
self.graphic_2d_map_x.generate_element_as_map(
name='X_axis_AGSS',
x_indexes=[render_x_index(index, self.map) for index in
range(self.position.simplified_coordinates[1] - 4,
self.position.simplified_coordinates[1] + 5)],
**{render_z_index(z_index, self.map): [
render_cell(z_index, x_index, self.position.simplified_coordinates[2], self.map, self.position)
for x_index in
range(self.position.simplified_coordinates[1] - 4, self.position.simplified_coordinates[1] + 5)]
for z_index in
range(self.position.simplified_coordinates[0] + 2, self.position.simplified_coordinates[0] - 3,
-1)}
)
def render_graphic_2d_map_y(self):
self.graphic_2d_map_y.content.clear()
def render_z_index(z, map):
if map.check_position_coordinates(z, 0, 0):
return str(z)
else:
return '?'
def render_x_index(x, map):
if map.check_position_coordinates(0, x, 0):
return str(x)
else:
return '?'
def render_y_index(y, map):
if map.check_position_coordinates(0, 0, y):
return str(y)
else:
return '?'
def render_cell(z, x, y, map, position):
if position.simplified_coordinates == [z, x, y]:
return '@'
elif all(result != '?' for result in (render_y_index(y, map),
render_x_index(x, map),
render_z_index(z, map))):
if map.is_not_space(z, x, y):
return 'X'
else:
return '*'
else:
return '#'
self.graphic_2d_map_y.generate_element_as_map(
name='Y_axis_AGSS',
x_indexes=[render_y_index(index, self.map) for index in
range(self.position.simplified_coordinates[2] - 4,
self.position.simplified_coordinates[2] + 5)],
**{render_z_index(z_index, self.map): [
render_cell(z_index, self.position.simplified_coordinates[1], y_index, self.map, self.position)
for y_index in
range(self.position.simplified_coordinates[2] - 4, self.position.simplified_coordinates[2] + 5)]
for z_index in
range(self.position.simplified_coordinates[0] + 2, self.position.simplified_coordinates[0] - 3,
-1)}
)
self.graphic_2d_map_y.content.insert(0, ' ' * self.graphic_2d_map_y.width)
def render_screen(self):
self.screen.content.clear()
self.render_graphic_2d_map_y()
self.render_graphic_2d_map_x()
self.render_data_table()
self.render_terrain_map()
self.screen.generate_element_as_screen(
'Console_Python_Space_Flight_Simulator',
[self.data_table,
self.data_map_terrain],
[self.graphic_2d_map_x,
self.graphic_2d_map_y],
)
def test_print(self):
self.render_screen()
os.system('cls')
for line in self.screen.content:
print(line)
time.sleep(0.1)
def __init__(self, engine):
self.game_view = self.Game_view(engine)
def __init__(self):
from engine import Engine
self.engine = Engine(100, 100, 50)
self.engine.key_manager.register_hotkey(self.g_exit,True)
self.cli_test_graphic = self.Cli_graphic(self.engine)
self.engine.threads_manager.start_new_thread(self.cli_test_graphic.game_view.test_print)
def g_exit(self):
self.engine.threads_manager.stop_all()
keyboard.unhook_all()
os.system('cls')
game = Console_Python_Space_Flight_Simulator()
# 1# todo: baza i refuel
# 2# todo: minerały i wydobycie + sprzedrz w bazie + płatny refuel
# 3# todo: menu
# todo: więciej niż 1 baza
# 4#