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frame_compare.py
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frame_compare.py
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import os
try:
import pygame
except:
os.system('pip install pygame')
import pygame
try:
import pygame_gui
except:
os.system('pip install pygame_gui')
import pygame_gui
try:
import numpy as np
except:
os.system('pip install numpy')
import numpy as np
from threading import Thread
import threading
import handler_node
import datetime
import settings
import time
import node
import dev_support
import getpass
import multiprocessing
import data
class Frame:
def __init__(self, _frame_handler, _screen):
pygame.init()
self.ui_manager = pygame_gui.UIManager((settings.SCREEN_WIDTH, settings.SCREEN_HEIGHT), 'theme.json')
self.frame_handler = _frame_handler
self.screen = _screen
self.ui_elements()
self.init()
def init(self):
self.is_play = False
self.is_show_dev = False
self.final_puzzle = [1,2,3,0,5,6,7,8,4]
self.ratio = (3,4,5)
self.current_ratio = self.ratio[0]
self.state1 = 'WAITTING'
self.state2 = 'WAITTING'
self.state3 = 'WAITTING'
self.state4 = 'WAITTING'
self.handlerNode1 = handler_node.HandlerNode(self.screen, self, self.current_ratio, 500)
self.handlerNode2 = handler_node.HandlerNode(self.screen, self, self.current_ratio, 500)
self.handlerNode3 = handler_node.HandlerNode(self.screen, self, self.current_ratio, 500)
self.handlerNode4 = handler_node.HandlerNode(self.screen, self, self.current_ratio, 500)
self.handlerNode1.root.set_pos((460,60))
self.handlerNode2.root.set_pos((890,60))
self.handlerNode3.root.set_pos((460,390))
self.handlerNode4.root.set_pos((890,390))
self.handlerNode1.root.set_puzzle(self.final_puzzle)
self.handlerNode2.root.set_puzzle(self.final_puzzle)
self.handlerNode3.root.set_puzzle(self.final_puzzle)
self.handlerNode4.root.set_puzzle(self.final_puzzle)
self.handlerNode1.root.set_draw_to_child(False)
self.handlerNode2.root.set_draw_to_child(False)
self.handlerNode3.root.set_draw_to_child(False)
self.handlerNode4.root.set_draw_to_child(False)
self.handlerNode1.set_algorithm('A* (Manhattan)')
self.handlerNode2.set_algorithm('Hill Climb')
self.handlerNode3.set_algorithm('A* (Euclidean)')
self.handlerNode4.set_algorithm('BFS')
self.dropdown_choose_1.disable()
self.dropdown_choose_2.disable()
self.dropdown_choose_3.disable()
self.dropdown_choose_4.disable()
self.dev = dev_support.DEV(self)
def ui_elements(self):
#panel
rect_Pane1 = pygame.Rect((30,20), (300, 650))
self.panel_1 = pygame_gui.elements.ui_panel.UIPanel(relative_rect = rect_Pane1,
starting_layer_height=0,
manager= self.ui_manager)
rect_Pane_algorithm1 = pygame.Rect((420,20), (410, 310))
self.panel_algorithm1 = pygame_gui.elements.ui_panel.UIPanel(relative_rect = rect_Pane_algorithm1,
starting_layer_height=0,
manager= self.ui_manager,
object_id= "panel1")
rect_Pane_algorithm2 = pygame.Rect((850,20), (410, 310))
self.panel_algorithm2 = pygame_gui.elements.ui_panel.UIPanel(relative_rect = rect_Pane_algorithm2,
starting_layer_height=0,
manager= self.ui_manager,
object_id= "panel1")
rect_Pane_algorithm3 = pygame.Rect((420,360), (410, 310))
self.panel_algorithm3 = pygame_gui.elements.ui_panel.UIPanel(relative_rect = rect_Pane_algorithm3,
starting_layer_height=0,
manager= self.ui_manager,
object_id= "panel1")
rect_Pane_algorithm4 = pygame.Rect((850,360), (410, 310))
self.panel_algorithm4 = pygame_gui.elements.ui_panel.UIPanel(relative_rect = rect_Pane_algorithm4,
starting_layer_height=0,
manager= self.ui_manager,
object_id= "panel1")
#label
self.label_F2 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "F2 - Open/Close Development",
relative_rect = pygame.Rect((10,0), (290, 20)),
object_id = "#label_dev_1")
self.label_timetext1 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "Time: 00:00",
relative_rect = pygame.Rect((650,30), (180, 30)),
object_id= "#label_text")
self.label_timetext2 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "Time: 00:00",
relative_rect = pygame.Rect((1080,30), (180, 30)),
object_id= "#label_text")
self.label_timetext3 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "Time: 00:00",
relative_rect = pygame.Rect((650,380), (180, 30)),
object_id= "#label_text")
self.label_timetext4 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "Time: 00:00",
relative_rect = pygame.Rect((1080,380), (180, 30)),
object_id= "#label_text")
self.label_node_count1 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "visited node: ",
relative_rect = pygame.Rect((425,255), (200, 20)),
object_id= "#label_text_small")
self.label_node_count2 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "visited node: ",
relative_rect = pygame.Rect((855,255), (200, 20)),
object_id= "#label_text_small")
self.label_node_count3 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "visited node: ",
relative_rect = pygame.Rect((425,600), (200, 20)),
object_id= "#label_text_small")
self.label_node_count4 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "visited node: ",
relative_rect = pygame.Rect((855,600), (200, 20)),
object_id= "#label_text_small")
self.label_state_1 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "WAITING",
relative_rect = pygame.Rect((625,155), (200, 25)),
object_id= "#label_text_waitting")
self.label_state_2 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "WAITING",
relative_rect = pygame.Rect((1055,155), (200, 25)),
object_id= "#label_text_waitting")
self.label_state_3 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "WAITING",
relative_rect = pygame.Rect((625,500), (200, 25)),
object_id= "#label_text_waitting")
self.label_state_4 = pygame_gui.elements.ui_label.UILabel(manager = self.ui_manager,
text = "WAITING",
relative_rect = pygame.Rect((1055,500), (200, 25)),
object_id= "#label_text_waitting")
#button
rect_push = pygame.Rect((30, 670), (100, 50))
self.button_back = pygame_gui.elements.UIButton(relative_rect = rect_push,
text = "Back",
manager = self.ui_manager,
object_id="#button_back")
rect_play = pygame.Rect((130, 540), (100,50))
self.button_Play = pygame_gui.elements.UIButton(relative_rect = rect_play,
text = "Play",
manager = self.ui_manager,
object_id = "#button_play")
rect_ok_start = pygame.Rect((270, 400), (40, 35))
self.button_ok_start = pygame_gui.elements.UIButton(relative_rect = rect_ok_start,
text = "OK",
manager = self.ui_manager,
object_id = "#button_ok")
#textbox
self.input_start_state = pygame_gui.elements.UITextEntryLine(relative_rect = pygame.Rect((40,400), (230, 35)),
manager = self.ui_manager,
object_id = "#input_1")
rect_choose_puzzle = pygame.Rect((40,450), (270, 35))
self.puzzle_options = []
for i in range(len(data.puzzle_random)):
self.puzzle_options.append(str(i))
self.dropdown_choose_puzzle = pygame_gui.elements.UIDropDownMenu(options_list = self.puzzle_options,
starting_option = self.puzzle_options[0],
relative_rect = rect_choose_puzzle,
manager = self.ui_manager)
#dropdown
rect_choose_1 = pygame.Rect((420,295), (270, 35)) #Node 1
combobox_options_1 = ['BFS', 'A* (Manhattan)', 'A* (Euclidean)', 'Hill Climb']
self.dropdown_choose_1 = pygame_gui.elements.UIDropDownMenu(options_list = combobox_options_1,
starting_option = combobox_options_1[1],
relative_rect = rect_choose_1,
manager = self.ui_manager)
rect_choose_2 = pygame.Rect((850,295), (270, 35)) #Node 2
combobox_options_2 = ['BFS', 'A* (Manhattan)', 'A* (Euclidean)', 'Hill Climb']
self.dropdown_choose_2 = pygame_gui.elements.UIDropDownMenu(options_list = combobox_options_2,
starting_option = combobox_options_2[3],
relative_rect = rect_choose_2,
manager = self.ui_manager)
rect_choose_3 = pygame.Rect((420,635), (270, 35)) #Node 3
combobox_options_3 = ['BFS', 'A* (Manhattan)', 'A* (Euclidean)', 'Hill Climb']
self.dropdown_choose_3 = pygame_gui.elements.UIDropDownMenu(options_list = combobox_options_3,
starting_option = combobox_options_3[2],
relative_rect = rect_choose_3,
manager = self.ui_manager)
rect_choose_4 = pygame.Rect((850,635), (270, 35)) #Node 4
combobox_options_4 = ['BFS', 'A* (Manhattan)', 'A* (Euclidean)', 'Hill Climb']
self.dropdown_choose_4 = pygame_gui.elements.UIDropDownMenu(options_list = combobox_options_4,
starting_option = combobox_options_4[0],
relative_rect = rect_choose_4,
manager = self.ui_manager)
def ui_event(self, _event):
if _event.type == pygame_gui.UI_BUTTON_PRESSED:
if _event.ui_element == self.button_back:
self.handlerNode1.set_run(False)
self.handlerNode2.set_run(False)
self.handlerNode3.set_run(False)
self.handlerNode4.set_run(False)
self.frame_handler.set_current_frame('frame_menu')
if _event.ui_element == self.button_Play:
self.is_play = True
self.label_timetext1.set_text('Time: 00:00s')
self.label_timetext2.set_text('Time: 00:00s')
self.label_timetext3.set_text('Time: 00:00s')
self.label_timetext4.set_text('Time: 00:00s')
self.state1 = 'FINDING'
self.start_time1 = datetime.datetime.now()
p1 = multiprocessing.Process(target = self.handlerNode1.find_solution())
p1.start()
self.state1 = 'FINAL'
self.state2 = 'FINDING'
self.start_time2 = datetime.datetime.now()
p2 = multiprocessing.Process(target = self.handlerNode2.find_solution())
p2.start()
self.state2 = 'FINAL'
self.state3 = 'FINDING'
self.start_time3 = datetime.datetime.now()
p3 = multiprocessing.Process(target = self.handlerNode3.find_solution())
p3.start()
self.state3 = 'FINAL'
print(self.handlerNode1.node_count)
print(str(self.handlerNode1.frame.execute_time1)[::-1].split(':', 1)[0][::-1])
print(self.handlerNode2.node_count)
print(str(self.handlerNode2.frame.execute_time2)[::-1].split(':', 1)[0][::-1])
print(self.handlerNode3.node_count)
print(str(self.handlerNode3.frame.execute_time3)[::-1].split(':', 1)[0][::-1])
self.state4 = 'FINDING'
self.start_time4 = datetime.datetime.now()
p4 = multiprocessing.Process(target = self.handlerNode4.find_solution())
p4.start()
self.state4 = 'FINAL'
print(self.handlerNode4.node_count)
print(str(self.handlerNode4.frame.execute_time4)[::-1].split(':', 1)[0][::-1])
if _event.ui_element == self.button_ok_start:
self.handlerNode1.set_root(self.input_start_state.get_text())
self.handlerNode2.set_root(self.input_start_state.get_text())
self.handlerNode3.set_root(self.input_start_state.get_text())
self.handlerNode4.set_root(self.input_start_state.get_text())
if _event.type == pygame.KEYDOWN:
if _event.key == pygame.K_F2:
if self.is_show_dev:
self.is_show_dev = False
else:
self.is_show_dev = True
if _event.type == pygame_gui.UI_DROP_DOWN_MENU_CHANGED:
if _event.ui_element == self.dropdown_choose_puzzle:
self.handlerNode1.root.set_puzzle(data.puzzle_random[int(_event.text)])
self.handlerNode2.root.set_puzzle(data.puzzle_random[int(_event.text)])
self.handlerNode3.root.set_puzzle(data.puzzle_random[int(_event.text)])
self.handlerNode4.root.set_puzzle(data.puzzle_random[int(_event.text)])
if _event.ui_element == self.dropdown_choose_1:
self.handlerNode1.set_algorithm(_event.text)
if _event.ui_element == self.dropdown_choose_2:
self.handlerNode2.set_algorithm(_event.text)
if _event.ui_element == self.dropdown_choose_3:
self.handlerNode3.set_algorithm(_event.text)
if _event.ui_element == self.dropdown_choose_4:
self.handlerNode4.set_algorithm(_event.text)
self.ui_manager.process_events(_event)
def render(self, _display_surface):
self.ui_manager.draw_ui(_display_surface)
self.handlerNode1.draw_root()
self.handlerNode2.draw_root()
self.handlerNode3.draw_root()
self.handlerNode4.draw_root()
if self.is_show_dev:
self.dev.draw(_display_surface)
def update(self, _delta_time):
self.handlerNode1.update_root()
self.handlerNode2.update_root()
self.handlerNode3.update_root()
self.handlerNode4.update_root()
self.ui_manager.update(_delta_time)
self.development()
self.dev.update(_delta_time)
self.label_node_count1.set_text('visited node: ' + str(self.handlerNode1.node_count))
self.label_node_count2.set_text('visited node: ' + str(self.handlerNode2.node_count))
self.label_node_count3.set_text('visited node: ' + str(self.handlerNode3.node_count))
self.label_node_count4.set_text('visited node: ' + str(self.handlerNode4.node_count))
if self.handlerNode1.node_count > 4999:
self.state1 = 'OVERTIME'
if self.handlerNode2.node_count > 4999:
self.state2 = 'OVERTIME'
if self.handlerNode3.node_count > 4999:
self.state3 = 'OVERTIME'
if self.handlerNode4.node_count > 4999:
self.state4 = 'OVERTIME'
self.label_state_1.set_text(self.state1)
self.label_state_2.set_text(self.state2)
self.label_state_3.set_text(self.state3)
self.label_state_4.set_text(self.state4)
def development(self):
pass
# Final Build