def finalSave(self, name, description):
self.savesDB = saves.Database()
if name.get() != '':
try:
if self.sim_type == 'a':
self.saveData = [name.get(), description.get(1.0, 'end'), self.sim_objects[0],
[self.dataMerge[0], self.dataMerge[4], self.functions[0].convert_to_string(), self.functions[1].convert_to_string()]]
elif self.sim_type == 'c':
for obj in self.sim_objects:
obj.position[0] = obj.position[0]/px_m
self.saveData = [name.get(), description.get(1.0, 'end'), self.sim_objects, [self.dataMerge[0],
self.dataMerge[1], self.dataMerge[2], self.dataMerge[3], self.dataMerge[4],
self.dataMerge[5], self.dataMerge[6], self.dataMerge[7], self.dataMerge[8]]]
self.savesDB.save(self.sim_type, self.saveData)
self.savesDB.finish()
self.parent.newScreen(self.saveScreen, 'b')
except Exception as err:
self.error = menus.ErrorScreen('Your input was not understood, please try again.\n\n' + str(err))
else:
self.error = menus.ErrorScreen('You have not given a name for the save.')
def newScreen(self, old, option):
if option == 'p':
self.begin(old, option, [], [])
elif option == 'e':
self.exitCheck = menus.ErrorScreen(
'Are you sure you want to quit?', 'e', self)
else:
old.discard()
if option == 'b':
m = menus.MainMenu(window, self)
m.create()
if option == 'l':
self.simulationDB = saves.Database()
self.saveData = self.simulationDB.load_for_menu()
load_menu = menus.LoadMenu('Saved Simulations', window,
self.saveData, self)
load_menu.create()
load_menu.updateDesc()
if option == 'c':
collisions_menu = menus.BaseMenu('Collisions Settings', window,
3, 6, self)
collisions_menu.display(self.top1, self.bottom1, option)
if option == 'a':
acceleration_menu = menus.BaseMenu(
'Variable Acceleration Settings', window, 5, 4, self)
acceleration_menu.display(self.top2, self.bottom2, option)
def update_cn(self, data):
try:
self.target.position[0] = int(data[0].get()) * px_m
self.target.height = int(data[1].get()) * px_m
except Exception as err:
self.error = menus.ErrorScreen('Your input was not understood, please try again.\n\n' + str(err))
def new_arrow(self, canvas, data):
try:
self.arrow.refresh(self, self.canvas, float(data[5].get()), float(data[6].get()),
[200, int(data[2].get())], float(data[3].get()), float(data[4].get()), float(data[7].get()))
self.arrow.canvas.coords(self.arrow.Arrow, self.arrow.position[0], self.arrow.height - self.arrow.position[1],
self.arrow.position[0] - self.arrow.length * math.cos(self.arrow.angle),
self.arrow.height - (self.arrow.position[1] - self.arrow.length * math.sin(self.arrow.angle)))
self.arrow.time = 0
if not self.arrow.pause:
self.arrow.pause = True
self.simDisplay.b_pause.config(text = 'Resume')
except Exception as err:
self.error = menus.ErrorScreen('Your input was not understood, please try again.\n\n' + str(err))
def run(self, data_top, data_bottom):
if self.sim_type != 'p':
self.sim_data = self.getData(self.sim_id, data_top, data_bottom)
if self.sim_data[0] != 'e':
if self.sim_type == 'c':
self.simDisplay.infoBox(self.sim_objects)
if self.sim_type == 'a':
self.simDisplay.infoBox(self.functions)
for i in range(len(self.sim_objects)):
ball = self.sim_objects[i]
ball.infobox = self.simDisplay.itemBoxes
ball.timeLabel = self.simDisplay.l_time
ball.play()
if self.sim_objects[0].pause:
self.simDisplay.b_pause.config(text = 'Resume')
else:
self.error = menus.ErrorScreen('Your input was not understood, please try again.\n\n' + str(self.sim_data[1]))
self.parent.newScreen(self.simDisplay, 'b')
else:
self.simDisplay.drawInputs(projectiles_input)
self.target = Target(self.canvas, self.window, 'red', 200, 50, [600, 0])
self.target.play()
self.arrow = Arrow(self, self.canvas, 0, 0, [200, -5000], 1, 0, 0)
self.arrow.infobox = self.simDisplay.infoBox([])
self.arrow.timeLabel = self.simDisplay.l_time
self.arrow.play()
self.sim_objects = [self.arrow, self.target]
if self.arrow.pause:
self.simDisplay.b_pause.config(text = 'Resume')