How to use load_images method in Airtest

Best Python code snippet using Airtest

threades.py

Source:threades.py

1#! /usr/bin/env python2#3#   Author : Mohit Taneja (mohitgenii@gmail.com)4#   Date : 9/06/2008 5#6#   This program is free software; you can redistribute it and/or modify7#   it under the terms of the GNU General Public License as published by8#   the Free Software Foundation; either version 2 of the License, or9#   (at your option) any later version.10#11#   This program is distributed in the hope that it will be useful,12#   but WITHOUT ANY WARRANTY; without even the implied warranty of13#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the14#   GNU General Public License for more details.15#16#   You should have received a copy of the GNU General Public License17#   along with this program; if not, write to the Free Software18#   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.19#20#from model import *21import model22import Exceptions                 23import threading   24import random   25from time import sleep,time,ctime26#import texts_spa27#import texts_eng28# import statements for animation classes29import pygame30import os31from pygame.locals import *32pygame.init()33pygame.mixer.init()34#from load_images import *35import game_events36import load_images37import pickle38import glob39from texts_spa import setup_text, upgrade_fac_text, buysell_exceptions, setup_fac_exceptions, upgrade_fac_exceptions, fac_running_exceptions, setup_format_text, upgrade_format_text40from texts_eng import setup_text, upgrade_fac_text, buysell_exceptions, setup_fac_exceptions, upgrade_fac_exceptions, fac_running_exceptions, setup_format_text, upgrade_format_text41#import proceduralFlow42original_screen_size = [1200.0,900.0]43import gui44#from gui import *45import defaultStyle46pygame.display.init()47try:48    display_info = pygame.display.Info()49    new_screen_size = [display_info.current_w,display_info.current_h]50    51except:52    53    new_screen_size = [800,600]54    55#new_screen_size = [800,600]56global screen   57if model.FLAG_XO:58    global screen59    new_screen_size[1] -= 80.0/900.0*new_screen_size[1]60    screen = pygame.display.set_mode(new_screen_size,SRCALPHA,32)61else:62    63    screen = pygame.display.set_mode(new_screen_size,FULLSCREEN|SRCALPHA,32)64    #screen = pygame.display.set_mode(new_screen_size,SRCALPHA,32)65defaultStyle.init(gui)66desktop = gui.Desktop()67###### FLAGS ####68GAME_EXIT_FLAG = False69# Facility placement flag70buildFacilityPlacementFlag = ""71# Level start Facility build flag 72levelStartFacilityBuildFlag = 073levelStartUpdateFlag = True74#Screen Initialization Flags75total_update_flag = True76panel_update_flag = True77map_update_flag = True78top_update_flag = True79facilities_update_flag = True   80game_save_flag = False81PLACING_LIST_TEMP = []82current_level = 083SOUND_PATH = os.path.join('sounds','effects')84SOUND_VOLUME = [1,1]  #max Vol is [1,1] i.e [left,right]85def initialize_facilities(autobuild_flag = True):86    87    model.ppl.change_total_population(1000)88    global levelStartFacilityBuildFlag89    global levelStartUpdateFlag90    levelStartUpdateFlag = False91    global PLACING_LIST_TEMP92    PLACING_DATA_LIST = PLACING_LIST_TEMP93    new_list = []94    HOUSE_NO = model.INIT_HOUSE95    HOSP_NO = model.INIT_HOSPITAL96    SCHOOL_NO = model.INIT_SCHOOL97    FARM_NO = model.INIT_FARM98    FOUNTAIN_NO = model.INIT_FOUNTAIN99    WORKS_NO = model.INIT_WORKSHOP100    101    102    for i in range(len(PLACING_DATA_LIST)):103        if PLACING_DATA_LIST[i][0] == 'HOUSE' and HOUSE_NO>0:104            build_facility(model.House,PLACING_DATA_LIST = PLACING_DATA_LIST[i], autobuild_flag = autobuild_flag)105            HOUSE_NO = HOUSE_NO -1106            levelStartFacilityBuildFlag +=1107            new_list.append(PLACING_DATA_LIST[i])108            109        if PLACING_DATA_LIST[i][0] == 'HOSPITAL' and HOSP_NO>0:110            build_facility(model.Hospital,PLACING_DATA_LIST[i], autobuild_flag = autobuild_flag)111            HOSP_NO = HOSP_NO -1112            levelStartFacilityBuildFlag +=1113            new_list.append(PLACING_DATA_LIST[i])114            115        if PLACING_DATA_LIST[i][0] == 'SCHOOL' and SCHOOL_NO>0:116            build_facility(model.School,PLACING_DATA_LIST[i], autobuild_flag = autobuild_flag)117            SCHOOL_NO = SCHOOL_NO -1118            levelStartFacilityBuildFlag +=1119            new_list.append(PLACING_DATA_LIST[i])120            121        if PLACING_DATA_LIST[i][0] == 'FARM' and FARM_NO>0:122            build_facility(model.Farm,PLACING_DATA_LIST[i], autobuild_flag = autobuild_flag)123            FARM_NO = FARM_NO -1124            levelStartFacilityBuildFlag +=1125            new_list.append(PLACING_DATA_LIST[i])126            127        if PLACING_DATA_LIST[i][0] == 'FOUNTAIN' and FOUNTAIN_NO>0:128            build_facility(model.Fountain,PLACING_DATA_LIST[i], autobuild_flag = autobuild_flag)129            FOUNTAIN_NO = FOUNTAIN_NO -1130            levelStartFacilityBuildFlag +=1131            new_list.append(PLACING_DATA_LIST[i])132            133        if PLACING_DATA_LIST[i][0] == 'WORKSHOP' and WORKS_NO>0:134            build_facility(model.Workshop,PLACING_DATA_LIST[i], autobuild_flag = autobuild_flag)135            WORKS_NO = WORKS_NO -1136            levelStartFacilityBuildFlag +=1137            new_list.append(PLACING_DATA_LIST[i])138  139    #reload_placing_data_list()140    model.ppl.change_total_population(-1000)141    142    PLACING_LIST_TEMP = new_list143    transform_obj.focus_at((1000,2000))144    transform_obj.set_ratio(0.5)145    calculate_indicators_starting()146# A Switch for pausing the update thread147update_thread_pause = True148''' Utility Functions '''149def stop_facility(facility_obj,name_res = ''):150    ''' Thread to stop a facility it resumes the facility when the village151    has enough model.resources to run the facility152    '''153    text = fac_running_exceptions['insufficient_res']%{'facility':model.FACILITY_NAMES[facility_obj.get_name()],'resource':str(name_res).lower()}154    message.push_message(text,'high')155    event = game_events.Event(type = game_events.STOPFACILITYEVENT, facility_name = facility_obj.get_name())156    game_events.EventQueue.add(event)157    res_cost = facility_obj.get_consumption()158    facility_obj.stop_facility()159    a=1160    while True:161        a=0162        for i in range(len(model.resources)):163            name = model.resources[i].get_name()164            if res_cost.has_key(name):165                if model.resources[i].get_vquantity() < res_cost[name]:166                    a=1167        if a==0:168            break169        if GAME_EXIT_FLAG:170            return171        sleep(1)172        if GAME_EXIT_FLAG:173            return174        sleep(1)175        if GAME_EXIT_FLAG:176            return177        178    facility_obj.resume_facility()179    text = fac_running_exceptions['resume']%{'facility':model.FACILITY_NAMES[facility_obj.get_name()]}180    message.push_message(text,'low')181    event = game_events.Event(type = game_events.RESUMEFACILITYEVENT, facility_name = facility_obj.get_name())182    game_events.EventQueue.add(event)183    184def get_setup_text(facility_obj):185    186    ty = model.text_file.setup_format_text[0]187    188    _name_dic = {'WATER':model.text_file.list_gen_res[0]189                 ,'BUILDING MATERIAL':model.text_file.list_gen_res[1]190                 ,'TOOLS':model.text_file.list_gen_res[2]191                 ,'MEDICINE':model.text_file.list_gen_res[3]192                 ,'BOOKS':model.text_file.list_gen_res[4]193                 ,'HOUSE':model.text_file.facilities_list[0]194                 ,'HOSPITAL':model.text_file.facilities_list[1]195                 ,'WORKSHOP':model.text_file.facilities_list[2]196                 ,'SCHOOL':model.text_file.facilities_list[3]197                 ,'FOUNTAIN':model.text_file.facilities_list[4]198                 ,'FARM':model.text_file.facilities_list[5]199                  }200    201    202    facility=_name_dic[str(facility_obj.get_name())]203    number = str(int(facility_obj.get_original_number()))204    costbuild = facility_obj.get_cost_build() or model.text_file.resources_text[1]205    costrun = facility_obj.get_cons_dict() or model.text_file.resources_text[1]206    manbuild = str(int(model.FACILITY_MANP_DICT_BUILD[facility_obj.get_name()]['EMPLOYED PEOPLE IN CONSTRUCTION']))207    try:208        manrun = model.FACILITY_MANP_DICT_RUN[facility_obj.get_name()]['EMPLOYED PEOPLE IN %(facility)s'%{'facility':facility}]209    except:210        manrun = '0'211    rem_build_mat = int(model.resources[1].get_vquantity()) - int(costbuild['BUILDING MATERIAL'])212    rem_tools = int(model.resources[2].get_vquantity()) - int(costbuild['TOOLS'])213    rem_water = int(model.resources[0].get_vquantity()) - int(costbuild['WATER'])214    215    if rem_build_mat < 0:216        resafter = model.text_file.setup_fac_exceptions['low_resource']%{'resource':'bricks'}217    elif rem_tools < 0:218        resafter = model.text_file.setup_fac_exceptions['low_resource']%{'resource':'tools'}219    elif rem_water < 0:220        resafter = model.text_file.setup_fac_exceptions['low_resource']%{'resource':'water'}221    else:222        resafter = model.text_file.list_gen_res[1]+':'+ str(rem_build_mat)+ model.text_file.list_gen_res[2]+':'+str(rem_tools)+model.text_file.list_gen_res[0]+':'+str(rem_water)223    224    strcostbuild = ''225    strcostrun = ''226     227    228    if type(costbuild) != str:229        for cost in costbuild.iteritems():230            strcostbuild+=' '+str(cost[1]).lower()+' '+str(_name_dic[cost[0]])231    else:232        strcostbuild=costbuild233    if type(costrun) != str:234        for cost in costrun.iteritems():235            strcostrun+=' '+str(cost[1]).lower()+' '+str(_name_dic[cost[0]])236    else:237        strcostrun=costrun238    239    return ty%{'facility':facility,'number':number,'costbuild':strcostbuild,'costrun':strcostrun,'manbuild':manbuild,'manrun':manrun,'resafter':resafter}240def get_upgrade_text(facility_obj):241    242    ty = model.text_file.upgrade_format_text[0]243    244    _name_dic = {'WATER':model.text_file.list_gen_res[0]245                 ,'BUILDING MATERIAL':model.text_file.list_gen_res[1]246                 ,'TOOLS':model.text_file.list_gen_res[2]247                 ,'MEDICINE':model.text_file.list_gen_res[3]248                 ,'BOOKS':model.text_file.list_gen_res[4]249                 ,'HOUSE':model.text_file.facilities_list[0]250                 ,'HOSPITAL':model.text_file.facilities_list[1]251                 ,'WORKSHOP':model.text_file.facilities_list[2]252                 ,'SCHOOL':model.text_file.facilities_list[3]253                 ,'FOUNTAIN':model.text_file.facilities_list[4]254                 ,'FARM':model.text_file.facilities_list[5]255                  }256    try:257        assert (facility_obj.get_level()<3)258        text = model.text_file.upgrade_text[facility_obj.get_name()][facility_obj.get_level()]259        facility=_name_dic[facility_obj.get_name()]260        number = str(int(facility_obj.get_original_number()))261        cost_upgrade = facility_obj.get_cost_inc_level()262        rem_build_mat = int(model.resources[1].get_vquantity()) - int(cost_upgrade['BUILDING MATERIAL'])263        rem_tools = int(model.resources[2].get_vquantity()) - int(cost_upgrade['TOOLS'])264        if rem_build_mat < 0:265            resafter = model.text_file.setup_fac_exceptions['low_resource']%{'resource':'bricks'}266        if rem_tools < 0 :267            resafter = model.text_file.setup_fac_exceptions['low_resource']%{'resource':'tools'}268        else:269            resafter = model.text_file.list_gen_res[1]+':'+ str(rem_build_mat)+ model.text_file.list_gen_res[2]+':'+str(rem_tools)270        strcostupgrade=''271        272        for cost in cost_upgrade.iteritems():273            strcostupgrade+=' '+str(cost[1])+' '+_name_dic[str(cost[0])]274    except:275        resafter=model.text_file.upgrade_fac_exceptions['max_level']276        return resafter277  278    return ty%{'text':text,'number':number,'facility':facility,'costupgrade':strcostupgrade,'resafter':resafter}279def set_build_facility_placement_flag(facility_obj = None):280    global buildFacilityPlacementFlag281    if facility_obj:282        buildFacilityPlacementFlag = facility_obj.get_name()283    else :284        buildFacilityPlacementFlag = ""285    286def build_placed_facility(facility_name, autobuild_flag, PLACING_DATA_LIST):287    '''Builds the placed facility according to placed position288    Args:289     facility_obj: The to be built facility object290     place_facility_thread: Thread for placing facility291    '''292    global PLACING_LIST_TEMP293    PLACING_LIST_TEMP.append(PLACING_DATA_LIST)294    295    facility_name = PLACING_DATA_LIST[0]296    rect_obj = PLACING_DATA_LIST[1]297    298    place_pos_x = rect_obj[0]299    place_pos_y = rect_obj[1]300        301    if autobuild_flag == False:302        audio.play_sound('build')       303        304    if facility_name == 'HOUSE':305        images_obj.initialize_facility('HOUSE')306        sprite = House_sprite((place_pos_x,place_pos_y))307        model.house_sprite_list.append(sprite)308        309    if facility_name == 'HOSPITAL':310        images_obj.initialize_facility('HOSPITAL')311        sprite = Hospital_sprite((place_pos_x,place_pos_y))312        model.hospital_sprite_list.append(sprite)313        314    if facility_name == 'WORKSHOP':315        images_obj.initialize_facility('WORKSHOP')316        sprite = Workshop_sprite((place_pos_x,place_pos_y))317        model.workshop_sprite_list.append(sprite)318        319    if facility_name == 'SCHOOL':320        images_obj.initialize_facility('SCHOOL')321        sprite = School_sprite((place_pos_x,place_pos_y))322        model.school_sprite_list.append(sprite)323        324    if facility_name == 'FARM':325        images_obj.initialize_facility('FARM')326        sprite = Farm_sprite((place_pos_x,place_pos_y))327        model.farm_sprite_list.append(sprite)328        329    if facility_name == 'FOUNTAIN':330        images_obj.initialize_facility('FOUNTAIN')331        sprite = Fountain_sprite((place_pos_x,place_pos_y))332        model.fountain_sprite_list.append(sprite)333    add_sprite_all(sprite)334    add_sprite_facilities(sprite)335    336    # Generating villagers for each facility337    speeds = [[2,0],[-2,0],[0,2],[0,-2]]338    facility_obj = model.facilities_list[0]339    for i in range(len(model.facilities_list)):340        if model.facilities_list[i].get_name() == facility_name:341            facility_obj = model.facilities_list[i]342    for i in range(int(random.random()*5)):343        #print attribute344        dir = int(random.random()*4)345        villager = Villager((place_pos_x-500,place_pos_y-500,place_pos_x+500,place_pos_y+500))346        villager.set_speed(speeds[dir])347        villager.add(villagers,all)348        349    check_collide_villager(sprite) # Function to check if a sprite collides with the position of a villager350    351        352def place_facility_collide_check(rect_obj):353    FACILITY_RECT_LIST = []354    355    (rect_obj[0],rect_obj[1]) = transform_obj.inverse_transform_cordinate((rect_obj[0],rect_obj[1]))356    market_rect = pygame.Rect(int(2800*(1200.0/new_screen_size[0])),int(2500*(900.0/new_screen_size[1])),int(516*(1200.0/new_screen_size[0])),int(600*(900.0/new_screen_size[1])))  357    358    for key in model.facilities_list_sprites.values():359        for i in range(len(key)):360            FACILITY_RECT_LIST.append(transform_obj.inverse_transform_rect(key[i].rect))361            362    result = rect_obj.collidelist(FACILITY_RECT_LIST)363    if rect_obj.colliderect(market_rect):364        result = 1365        366    if result == -1:367        return False368    else:369        return True370                                        371    372def build_facility(facility_obj, PLACING_DATA_LIST = [], list_food = model.DEF_FARM_PROD, autobuild_flag = False):373    ''' Thread to build a new building of any facility374    Args:375     facility_obj:Facility object to be built376     list_food:377    '''378    379    if facility_obj.get_number() == 0:380        381        if facility_obj.get_original_number() > 0:382            text = model.text_file.setup_fac_exceptions['stopped']383            message.push_message(text,'high')384            return text385    try:386        387        if facility_obj.check_manp_res(model.ppl)<0:388            raise Exceptions.Low_Manpower_Resources_Exception389    390        model.resources=facility_obj.build_start(model.resources,model.ppl)391        392        if facility_obj.get_name() == 'FARM':393            qrice = int(list_food[0])*model.MAX_FOOD_PROD_PER_FARM/100394            qwheat = int(list_food[1])*model.MAX_FOOD_PROD_PER_FARM/100395            qbeans = int(list_food[2])*model.MAX_FOOD_PROD_PER_FARM/100396            prod = facility_obj.get_prod_dict()397            prod['RICE'] = (prod['RICE']*facility_obj.get_number() + qrice)/(facility_obj.get_number() + 1)398            prod['WHEAT'] = (prod['WHEAT']*facility_obj.get_number() + qwheat)/(facility_obj.get_number() + 1)399            prod['BEANS'] = (prod['BEANS']*facility_obj.get_number() + qbeans)/(facility_obj.get_number() + 1)400            facility_obj.set_production(prod)401               402        model.ppl = facility_obj.update_manp_res(model.ppl)403        404        405    except Exceptions.Resources_Underflow_Exception,args:406        res = str(args).lower()407        text = model.text_file.setup_fac_exceptions['low_resource']%{'resource':res}408        return text409    except Exceptions.Low_Manpower_Resources_Exception:410        text = model.text_file.setup_fac_exceptions['low_manpower']411        return text412    except Exceptions.Maximum_Number_Reached:413        text = model.text_file.setup_fac_exceptions['max_limit']414        return text415    if autobuild_flag == False:416        set_build_facility_placement_flag(facility_obj)417    else:418        build_placed_facility("",True,PLACING_DATA_LIST)419    420    return model.text_file.setup_text[4]421def check_collide_villager(sprite):422    ''' Checks if an installation collides with a position of a villager, If yes, then it deletes 423    the villager sprite and create similar villager sprites at safe positions424    '''425    426    while True:427        428        sprites_list = pygame.sprite.spritecollide(sprite,villagers,False)429        if sprites_list:430            for sprites in sprites_list:431                new_sprite = Villager(sprites.get_attributes())432                sprites.remove(all,villagers)433                sprites.kill()434                435                new_sprite.add(villagers,all)    436        else:437            break438        439def build_end_facility(facility_obj):440    global levelStartFacilityBuildFlag441    model.ppl = facility_obj.build_end(model.ppl)442    event = game_events.Event(type = game_events.BUILDFACILITYEVENT, facility_name = facility_obj.get_name())443    game_events.EventQueue.add(event)444    if levelStartFacilityBuildFlag > 0:445        levelStartFacilityBuildFlag -= 1446        if levelStartFacilityBuildFlag == 0:447            model.resources = model.ppl.update_turn(model.resources,model.facilities_list)448    calculate_indicators_starting()449    450def upgrade_facility(facility_obj):451    ''' Upgrades a facility452    COMMENT : change the view of facility if you want to do so453    '''454    if facility_obj.get_number() == 0:455        456        if facility_obj.get_original_number() > 0:457            text = model.text_file.upgrade_fac_exceptions['stopped']458            message.push_message(text,'high')459            return text460        text = model.text_file.upgrade_fac_exceptions['none_setup']461        return text462        463    #global model.resources464    try:465        model.resources = facility_obj.update_level(model.resources,model.ppl)466    except Exceptions.Resources_Underflow_Exception,args:467        res = str(args).lower()468        text = model.text_file.upgrade_fac_exceptions['low_resource']%{'resource':res}469        return text470    except Exceptions.Maximum_Level_Reached:471        text =  model.text_file.upgrade_fac_exceptions['max_level']472        return text473    474    if facility_obj.get_name() == 'HOUSE':475        images_obj.House_flag = False476        images_obj.initialize_facility(facility_obj.get_name())477    if facility_obj.get_name() == 'HOSPITAL':478        images_obj.Hospital_flag = False479        images_obj.initialize_facility(facility_obj.get_name())480    if facility_obj.get_name() == 'WORKSHOP':481        images_obj.Workshop_flag = False482        images_obj.initialize_facility(facility_obj.get_name())483    if facility_obj.get_name() == 'SCHOOL':484        images_obj.School_flag = False485        images_obj.initialize_facility(facility_obj.get_name())486    for i in range(len(model.facilities_list_sprites[facility_obj.get_name()])):487        model.facilities_list_sprites[facility_obj.get_name()][i].upgrade_level()488    489    event = game_events.Event(type = game_events.UPGRADEFACILITYEVENT, facility_name = facility_obj.get_name())490    game_events.EventQueue.add(event)491    492    text = model.text_file.upgrade_fac_text[4]493    return text494def pause_update_thread():495    global update_thread_pause496    update_thread_pause = False497def resume_update_thread():498    global update_thread_pause499    update_thread_pause = True500def calculate_indicators_starting():501    502    # updation of indicators503    504    # housing505    ratio_people_sheltered = model.ppl.get_no_of_ppl_sheltered()/model.ppl.get_total_population()506    model.Housing.turn({'SHELTERED PEOPLE' : ratio_people_sheltered})507    # nutrition508    ppl_fed_ratio = model.ppl.get_no_of_ppl_fed()/model.ppl.get_total_population()509    temp = model.FOOD_DIST_DICT_INIT510    protiens = 0.0511    vitamins = 0.0512    fats = 0.0513    for resource in model.food_resources:514        name = resource.get_name()515        if temp.has_key(name):516            quantity = int(resource.get_vquantity())517            protiens += temp[name]['PROTIENS'] * quantity518            vitamins += temp[name]['VITAMINS'] * quantity519            fats += temp[name]['FATS'] * quantity520        521    522    food = protiens + vitamins + fats523    if food:524            protiens /= food*0.6525            if protiens>1:526                protiens = 1527            vitamins /= food*0.4528            if vitamins>1:529                vitamins = 1530            fats /= food*0.6531            if fats>1:532                fats = 1533    model.Nutrition.turn({'PEOPLE FED' : ppl_fed_ratio , 'PROTIENS' : protiens , 'FATS' : fats , 'VITAMINS' : vitamins})534    # health535    healthy_ppl_ratio = model.ppl.get_no_of_ppl_healthy()/model.ppl.get_total_population()536    nutrition = model.Nutrition.get_value()537    nutrition /= model.MAX_INDICATOR538    water = model.Water.get_vquantity()/1000.0539    if water>1:540        water =1541    model.Health.turn({'HEALTHY PEOPLE' : healthy_ppl_ratio , 'NUTRITION' : nutrition , 'WATER' : water})542    # education543    educated_ppl = model.ppl.get_no_of_ppl_educated()/model.ppl.get_total_population()544    level = model.School.get_level()/model.MAX_LEVELS_FACILITY545    model.Education.turn({'EDUCATED PEOPLE' : educated_ppl , 'LEVEL OF EDUCATION' : level })546    # training547    level = model.Workshop.get_level()/model.MAX_LEVELS_FACILITY548    ppl_workshop = model.ppl.get_no_of_ppl_emp_in_workshop()/model.ppl.get_total_population()549    ppl_farm = model.ppl.get_no_of_ppl_emp_in_farm()/model.ppl.get_total_population()    550    ppl_hospital = model.ppl.get_no_of_ppl_emp_in_hospital()/model.ppl.get_total_population()551    ppl_construction = model.ppl.get_no_of_ppl_emp_in_cons()/model.ppl.get_total_population()552    ppl_emp = model.ppl.get_total_no_of_ppl_emp()/model.ppl.get_total_population()553    model.Training.turn({ 'LEVEL OF WORKSHOPS' : level , 'EMPLOYED PEOPLE IN WORKSHOP' : ppl_emp , 'EMPLOYED PEOPLE IN FARM' : ppl_emp , 'EMPLOYED PEOPLE IN HOSPITAL' : ppl_emp , 'EMPLOYED PEOPLE IN CONSTRUCTION' : ppl_emp })554update_turn_time = 0         555def update_turn(delay = 0):556    ''' Updates the model.resources, facilities, manpower model.resources and indicators557    at each turn558    '''559    global food_resources560    global Housing561    global Nutrition562    global Health563    global Water564    global School565    global update_turn_time566    567    update_turn_time += delay568    #print "Delay :" + str(delay)569    #print "turn time :" + str(update_turn_time)570    if update_turn_time>10000:571        572        if update_thread_pause == True:573            # updation of all facilities574            global levelStartUpdateFlag575            levelStartUpdateFlag = True576    577            for i in range(len(model.facilities_list)):578                try:579                    model.resources = model.facilities_list[i].turn(model.resources)580                except Exceptions.Resources_Underflow_Exception,args:581                    582                    t = threading.Thread(target = stop_facility , args = [model.facilities_list[i],str(args)])583                    t.start()584                except Exceptions.Resources_Overflow_Exception:585                    pass 586    587            # Increase of population588            popul = model.ppl.get_total_population()589            model.POPULATION_FACTOR+=0.05590            model.ppl.change_total_population((popul * model.POPULATION_CHANGE/model.POPULATION_FACTOR))591            model.ppl.update_total_no_of_ppl_employed()592            593            # updation of manpower model.resources594            595            model.resources = model.ppl.update_turn(model.resources,model.facilities_list)596            # updation of prices of model.resources and the check on model.resources if their market value decreases a certain value then it should increase it597            598            for i in range(len(model.resources)):599                model.resources[i].update_price()600                if model.resources[i].get_mquantity < 500:601                    model.resources[i].change_mquantity(8000)602    603            # housing604            ratio_people_sheltered = model.ppl.get_no_of_ppl_sheltered()/model.ppl.get_total_population()605            model.Housing.turn({'SHELTERED PEOPLE' : ratio_people_sheltered})606    607            # nutrition608            ppl_fed_ratio = model.ppl.get_no_of_ppl_fed()/model.ppl.get_total_population()609            #print "ppl_fed_ratio",ppl_fed_ratio610            temp = model.FOOD_DIST_DICT_INIT611            protiens = 0.0612            vitamins = 0.0613            fats = 0.0614            for resource in model.food_resources:615                name = resource.get_name()616                if temp.has_key(name):617                    quantity = int(resource.get_vquantity())618                    #print "name, quantity of food resource",name,quantity619                    protiens += temp[name]['PROTIENS'] * quantity620                    vitamins += temp[name]['VITAMINS'] * quantity621                    fats += temp[name]['FATS'] * quantity622                623            #print "value of protiens,vitamins,fats",protiens,vitamins,fats624            food = protiens + vitamins + fats625            if food:626                protiens /= food*0.6627                if protiens>1:628                    protiens = 1629                vitamins /= food*0.4630                if vitamins>1:631                    vitamins = 1632                fats /= food*0.6633                if fats>1:634                    fats = 1635            #print "protiens,vitamins,fats",protiens,vitamins,fats636    637            model.Nutrition.turn({'PEOPLE FED' : ppl_fed_ratio , 'PROTIENS' : protiens , 'FATS' : fats , 'VITAMINS' : vitamins})638    639            # health640            healthy_ppl_ratio = model.ppl.get_no_of_ppl_healthy()/model.ppl.get_total_population()641            #print "healthy_ppl_ratio",healthy_ppl_ratio642            nutrition = model.Nutrition.get_value()643            nutrition /= model.MAX_INDICATOR644            #print "nutrition",nutrition645            water = model.Water.get_vquantity()/1000.0646            if water>1:647                water =1648            #print "water",water649    650            model.Health.turn({'HEALTHY PEOPLE' : healthy_ppl_ratio , 'NUTRITION' : nutrition , 'WATER' : water})651    652            # education653            educated_ppl = model.ppl.get_no_of_ppl_educated()/model.ppl.get_total_population()654            level = model.School.get_level()/model.MAX_LEVELS_FACILITY655            model.Education.turn({'EDUCATED PEOPLE' : educated_ppl , 'LEVEL OF EDUCATION' : level })656    657            # training658            level = model.Workshop.get_level()/model.MAX_LEVELS_FACILITY659            ppl_workshop = model.ppl.get_no_of_ppl_emp_in_workshop()/model.ppl.get_total_population()660            ppl_farm = model.ppl.get_no_of_ppl_emp_in_farm()/model.ppl.get_total_population()    661            ppl_hospital = model.ppl.get_no_of_ppl_emp_in_hospital()/model.ppl.get_total_population()662            ppl_construction = model.ppl.get_no_of_ppl_emp_in_cons()/model.ppl.get_total_population()663            ppl_emp = model.ppl.get_total_no_of_ppl_emp()/model.ppl.get_total_population()664            model.Training.turn({ 'LEVEL OF WORKSHOPS' : level , 'EMPLOYED PEOPLE IN WORKSHOP' : ppl_emp , 'EMPLOYED PEOPLE IN FARM' : ppl_emp , 'EMPLOYED PEOPLE IN HOSPITAL' : ppl_emp , 'EMPLOYED PEOPLE IN CONSTRUCTION' : ppl_emp })665            update_turn_time =0666# Functions for making the code resolution independent667def resize_pos(original_pos,original_size = original_screen_size,new_size = new_screen_size):668    ratio_x = (original_pos[0]+0.0)/(original_size[0]+0.0) 669    ratio_y = original_pos[1]/(original_size[1] +0.0)670    new_pos = (int(new_size[0]*ratio_x),int(new_size[1]*ratio_y))671    return new_pos672def resize_pt(point,original_size = original_screen_size,new_size = new_screen_size):673    ratio_x = new_size[0]/(original_size[0]+0.0) 674    ratio_y = new_size[1]/(original_size[1] +0.0)675    ratio = (ratio_x + ratio_y)/2676    point *= ratio677    return int(point)678def resize_pt_x(point,original_size = original_screen_size,new_size = new_screen_size):679    ratio_x = new_size[0]/(original_size[0]+0.0) 680    point *= ratio_x681    return int(point)682def resize_pt_y(point,original_size = original_screen_size,new_size = new_screen_size):683    ratio_y = new_size[1]/(original_size[1] +0.0)684    point *= ratio_y685    return int(point)686    687def resize_rect(original_rect,original_size = original_screen_size,new_size = new_screen_size):688    ratio_x = new_size[0]/(original_size[0]+0.0) 689    ratio_y = new_size[1]/(original_size[1] +0.0)690    new_rect = (int(original_rect[0]*ratio_x),int(original_rect[1]*ratio_y),int(original_rect[2]*ratio_x),int(original_rect[3]*ratio_y))691    return new_rect692# Functions to perform various game operations693def buy_res(res,res_quantity):694    ''' This method allows a user to buy model.resources695    '''696    #global model.resources697    #global model.money698    699    700    try:701        quantity=int(res_quantity)702        model.money = res.buy(quantity , model.money)703    except Exceptions.Money_Underflow_Exception:704        text = model.text_file.buysell_exceptions['low_money']705        return text706    except Exceptions.Resources_Underflow_Exception,args:707        text = model.text_file.buysell_exceptions['low_mkt_qty']708        return text709    except Exceptions.Resources_Overflow_Exception:710        text = model.text_file.buysell_exceptions['overflow']711        return text712        713    text = model.text_file.buysell_exceptions['no_exception']714    715    event = game_events.Event(type = game_events.BUYRESOURCESEVENT, res_name = res.get_name(), res_quantity = res_quantity)716    game_events.EventQueue.add(event)717    718    return text719        720def sell_res(res,res_quantity):721    ''' This method allows a user to sell model.resources722    '''723    try:724        quantity=int(res_quantity)725        model.money = res.sell(quantity , model.money)       726    except Exceptions.Resources_Underflow_Exception,args:727        text = model.text_file.buysell_exceptions['low_qty']728        return text729    except Exceptions.Resources_Overflow_Exception:730        text = model.text_file.buysell_exceptions['no_exception']731        return text732    text = model.text_file.buysell_exceptions['no_exception']733    734    event = game_events.Event(type = game_events.SELLRESOURCESEVENT, res_name = res.get_name(), res_quantity = res_quantity)735    game_events.EventQueue.add(event)736    737    return text738    739    740# Functions for calamities741def demolish_facility(facility_name):742    ''' Function to demolish a facility743    '''744    745    if (facility_name == 'House') and (model.House.get_number()>0):746        747        model.ppl = model.House.demolish(model.ppl)748        sprite = model.house_sprite_list.pop(0)749        event = game_events.Event(type = game_events.DEMOLISHFACILITYEVENT, facility_name = model.House.get_name())750        game_events.EventQueue.add(event)751        sprite.kill()752    753    if (facility_name == 'Hospital') and (model.Hospital.get_number()>0):754        model.ppl = model.Hospital.demolish(model.ppl)755        sprite = model.hospital_sprite_list.pop(0)756        event = game_events.Event(type = game_events.DEMOLISHFACILITYEVENT, facility_name = model.Hospital.get_name())757        game_events.EventQueue.add(event)758        sprite.kill()759    760    if (facility_name == 'Workshop') and (model.Workshop.get_number()>0):761        model.ppl = model.Workshop.demolish(model.ppl)762        sprite = model.workshop_sprite_list.pop(0)763        event = game_events.Event(type = game_events.DEMOLISHFACILITYEVENT, facility_name = model.Workshop.get_name())764        game_events.EventQueue.add(event)765        sprite.kill()766    767    if (facility_name == 'School') and (model.School.get_number()>0):768        model.ppl = model.School.demolish(model.ppl)769        sprite = model.school_sprite_list.pop(0)770        event = game_events.Event(type = game_events.DEMOLISHFACILITYEVENT, facility_name = model.School.get_name())771        game_events.EventQueue.add(event)772        sprite.kill()773    774    if (facility_name == 'Farm') and (model.Farm.get_number()>0):775        model.ppl = model.Farm.demolish(model.ppl)776        sprite = model.farm_sprite_list.pop(0)777        event = game_events.Event(type = game_events.DEMOLISHFACILITYEVENT, facility_name = model.Farm.get_name())778        game_events.EventQueue.add(event)779        sprite.kill()780    781    if (facility_name == 'Fountain') and (model.Fountain.get_number()>0):782        model.ppl = model.Fountain.demolish(model.ppl)783        sprite = model.fountain_sprite_list.pop(0)784        event = game_events.Event(type = game_events.DEMOLISHFACILITYEVENT, facility_name = model.Fountain.get_name())785        game_events.EventQueue.add(event)786        sprite.kill()787    788def flood():789    '''This method needs to be called when there is an flood in the village790    It will increase the quantity of water with the village and stop the operation of791    all facilities for some time792    '''793    global Hospital 794    global House795    global School796    global Workshop797    #global model.ppl798    global Water799    global Farm800    801    802    try :803        model.Water.change_vquantity(1000)804    except :805        pass806    807    model.Hospital.stop_facility()808    model.House.stop_facility()  # we can comment it out even....809    model.School.stop_facility()810    model.Workshop.stop_facility()811    model.Farm.stop_facility()812     813    sleep(90)                   # that means for five turns814    815    model.Hospital.resume_facility()816    model.House.resume_facility()817    model.School.resume_facility()818    model.Workshop.resume_facility()819    model.Farm.resume_facility()820    821    822def famine():823    '''This method needs to be called when there is an famine in the village824    It will stop the production of farms for some time, five turns825    '''826    827    global Farm828    829    model.Farm.stop_facility()830    sleep(90)831    model.Farm.resume_facility()832    833if model.FLAG_XO or model.FLAG_SOAS:834    import olpcgames.util835    import subprocess836    list_file = open('storyboard_list.pkl')837    for i in range(pickle.load(list_file)):838        item = pickle.load(list_file)839        subprocess.call(['mkdir', os.path.join(olpcgames.util.get_activity_root(),'storyboards',str(item))])840    save_game_file = os.path.join(olpcgames.util.get_activity_root(),'storyboards',str(model.storyboard_file),'save_game.pkl')841else:842    save_game_file = os.path.join('storyboards',str(model.storyboard_file),'save_game.pkl')843def save_game():844    '''Used to save current level'''845    global PLACING_LIST_TEMP846    global current_level847    global game_save_flag848    global storyboard_file849    game_save_flag = True850    851    data_file = os.path.join('storyboards',str(model.storyboard_file),'save_game.pkl')852    output = open(data_file,'wb')853    pickle.dump(current_level,output)854    pickle.dump(model.game_controller.get_global_time(),output)855    pickle.dump(PLACING_LIST_TEMP,output)856    output.close()857    858def delete_saved_game(data_file = save_game_file):859    '''Used to delete saved game data'''860    global game_saved_flag861    game_save_flag = False862    output = open(data_file,'wb')863    output.close()864    865def resume_game():866    '''Used to resume a saved game'''867    global PLACING_LIST_TEMP868    global level_save_time869    global game_save_flag870    global current_level871    872    data_file = os.path.join('storyboards',str(model.storyboard_file),'save_game.pkl')873    output = open(data_file,'rb')874    level = pickle.load(output)875    current_level = level876    level_save_time = pickle.load(output)877    model.game_controller.resume_game_time_update(level_save_time)878    #print model.global_time879    while True:880        try:881            PLACING_LIST_TEMP = pickle.load(output)882            #print PLACING_LIST_TEMP883        except EOFError:884            break885    output.close()886    game_save_flag = False887    888def check_saved_game_level():889    '''Used to check the status of game, saved or unsaved'''890 891    global game_save_flag892    storyboard_list_file = open('storyboard_list.pkl')893    for i in range(pickle.load(storyboard_list_file)):894        storyboard_name = pickle.load(storyboard_list_file)895        if os.path.exists(os.path.join('storyboards',str(storyboard_name[1]),'save_game.pkl')):896            game_save_flag = True       897            break898    899def load_initial_facilities():900    global PLACING_LIST_TEMP901    PLACING_LIST_TEMP = []902    fac_load_file = open(os.path.join('storyboards',str(model.storyboard_file),'init_fac.pkl'),'rb')903    while True:904        try:905            PLACING_LIST_TEMP.append(pickle.load(fac_load_file))906        except EOFError:907            break908    fac_load_file.close()909        910    911# The messages Classes    912class Messages:913    ''' Class which handles the messaging system914    '''915    def __init__(self):916        self.queue = []917        self.queue_color = []918        919    920    def push_message(self,text,priority):921        ''' Used to push a message in the message queue922        '''923        if priority == 'low':924            color = (0,250,0) # Green925        if priority == 'medium':926            color = (0,0,250) # Blue927        if priority == 'high':928            color = (250,0,0) # Red929        930        self.queue_color.append(color)931        self.queue.append(text)932    933    def pop_message(self):934        ''' Used to pop a message from the message queue935        '''936        937        text = None938        color = None939        if self.queue:940            text = self.queue.pop(0)941            color = self.queue_color.pop(0)942        return (text,color)943    944    945message = Messages()   # the Mesages class object 946# NOW there are classes of animation and sprites here947class Workshop_sprite(pygame.sprite.Sprite):948    949    def __init__(self,(x,y)):950        pygame.sprite.Sprite.__init__(self)951        self.frame = 0952        self.ratio = transform_obj.ratio953        self.level = model.Workshop.get_level()954        self.built_flag = 0955        self.image = load_images.Workshop_tiles_list[self.level][self.frame]956        self.rect = self.image.get_rect()957        self.position = (x,y)958        self.position_rect = self.rect.move(self.position)959        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))960        self.tile_time = 0961        self.update_flag = True962    def update(self):963        if self.tile_time < 2000:964            self.tile_time += model.iteration_time965        else:966            self.tile_time = 0967            968            if (self.frame >= 2 and self.level ==0) :969                if (self.frame == 2 and self.built_flag == 0) :970                    build_end_facility(model.Workshop)971                    self.built_flag = 1972            elif (self.frame >= 2 and self.level ==1) :973                if (self.frame == 2 and self.built_flag == 0) :974                    build_end_facility(model.Workshop)975                    self.built_flag = 1976            elif (self.frame >= 2 and self.level ==2) :977                if (self.frame == 2 and self.built_flag == 0) :978                    build_end_facility(model.Workshop)979                    self.built_flag = 1980            elif (self.frame >= 2 and self.level ==3) :981                if (self.frame == 2 and self.built_flag == 0) :982                    build_end_facility(model.Workshop)983                    self.built_flag = 1984            else:985                self.frame += 1986                self.update_flag = True987        if not self.ratio == transform_obj.ratio:988            self.update_flag = True989            self.ratio = transform_obj.ratio990        self.rect = self.image.get_rect()991        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))992            993        994    def set_frame(self):995        if transform_obj.check_update_condition() or self.update_flag:996            self.image = load_images.Workshop_tiles_list[self.level][self.frame]997            self.update_flag = False998        self.rect = self.image.get_rect()999        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1000        1001    def get_position(self):1002        ''' Returns the position rect of the sprite1003        '''1004        return self.position_rect1005    1006    def upgrade_level(self):1007        1008        transform_obj.focus_at(self.position)1009        self.level +=11010        self.counter = 41011        self.frame = 01012        self.update_flag = True1013  1014class House_sprite(pygame.sprite.Sprite):1015    1016    def __init__(self,(x,y)):1017        pygame.sprite.Sprite.__init__(self)1018        # Saving tiles of all the upgrades in tiles_list1019        self.frame = 01020        self.level = model.House.get_level()1021        self.built_flag = 01022        self.ratio = transform_obj.ratio1023        self.image = load_images.House_tiles_list[self.level][self.frame]1024        self.rect = self.image.get_rect()1025        self.position = (x,y)1026        self.position_rect = self.rect.move(self.position)1027        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1028        self.tile_time = 01029        self.update_flag = True1030    def update(self):1031        if self.tile_time < 2000:1032            self.tile_time += model.iteration_time1033        else:1034            self.tile_time = 01035            1036            if (self.frame >= 3 and self.level ==0) :1037                if (self.frame == 3 and self.built_flag == 0) :1038                    build_end_facility(model.House)1039                    self.built_flag = 11040            elif (self.frame >= 2 and self.level ==1) :1041                if (self.frame == 2 and self.built_flag == 0) :1042                    build_end_facility(model.House)1043                    self.built_flag = 11044            elif (self.frame >= 2 and self.level ==2) :1045                if (self.frame == 2 and self.built_flag == 0) :1046                    build_end_facility(model.House)1047                    self.built_flag = 11048            elif (self.frame >= 2 and self.level ==3) :1049                if (self.frame == 2 and self.built_flag == 0) :1050                    build_end_facility(model.House)1051                    self.built_flag = 11052            else:1053                self.frame += 11054                self.update_flag = True1055        if not self.ratio == transform_obj.ratio:1056            self.update_flag = True1057            self.ratio = transform_obj.ratio1058        1059        self.rect = self.image.get_rect()1060        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1061            1062        1063    def set_frame(self):1064        if transform_obj.check_update_condition() or self.update_flag:1065            self.image = load_images. House_tiles_list[self.level][self.frame]1066            self.update_flag = False1067        self.rect = self.image.get_rect()1068        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1069        1070    def get_position(self):1071        ''' Returns the position rect of the sprite1072        '''1073        return self.position_rect1074    1075    def upgrade_level(self):1076        transform_obj.focus_at(self.position)1077        self.level +=11078        self.counter = 41079        self.frame = 01080        self.update_flag = True1081        1082class Hospital_sprite(pygame.sprite.Sprite):1083    1084    def __init__(self,(x,y)):1085        pygame.sprite.Sprite.__init__(self)1086        # Saving tiles of all the upgrades in tiles_list1087        self.frame = 01088        self.ratio = transform_obj.ratio1089        self.level = model.Hospital.get_level()1090        self.built_flag = 01091        self.image = load_images.Hospital_tiles_list[self.level][self.frame]1092        self.rect = self.image.get_rect()1093        self.position = (x,y)1094        self.position_rect = self.rect.move(self.position)1095        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1096        self.tile_time = 01097        self.update_flag = True1098    def update(self):1099        1100        if self.tile_time < 2000:1101            self.tile_time += model.iteration_time1102        else:1103            self.tile_time = 01104            1105            if (self.frame >= 3 and self.level ==0) :1106                if (self.frame == 3 and self.built_flag == 0) :1107                    build_end_facility(model.Hospital)1108                    self.built_flag = 11109            elif (self.frame >= 2 and self.level ==1) :1110                if (self.frame == 2 and self.built_flag == 0) :1111                    build_end_facility(model.Hospital)1112                    self.built_flag = 11113            elif (self.frame >= 2 and self.level ==2) :1114                if (self.frame == 2 and self.built_flag == 0) :1115                    build_end_facility(model.Hospital)1116                    self.built_flag = 11117            elif (self.frame >= 2 and self.level ==3) :1118                if (self.frame == 2 and self.built_flag == 0) :1119                    build_end_facility(model.Hospital)1120                    self.built_flag = 11121            else:1122                self.frame += 11123                self.update_flag = True1124        if not self.ratio == transform_obj.ratio:1125            self.update_flag = True1126            self.ratio = transform_obj.ratio1127        1128        self.rect = self.image.get_rect()1129        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1130            1131        1132    def set_frame(self):1133        if transform_obj.check_update_condition() or self.update_flag:1134            self.image = load_images.Hospital_tiles_list[self.level][self.frame]1135            self.update_flag = False1136        self.rect = self.image.get_rect()1137        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1138        1139    def get_position(self):1140        ''' Returns the position rect of the sprite1141        '''1142        return self.position_rect1143        1144    def upgrade_level(self):1145        transform_obj.focus_at(self.position)1146        self.level +=11147        self.counter = 41148        self.frame = 01149        self.update_flag = True1150        1151        1152class School_sprite(pygame.sprite.Sprite):1153    1154    def __init__(self,(x,y)):1155        pygame.sprite.Sprite.__init__(self)1156       # Saving tiles of all the upgrades in tiles_list1157        1158        1159        self.frame = 01160        self.level = model.School.get_level()1161        self.built_flag =01162        self.ratio = transform_obj.ratio1163        self.image = load_images.School_tiles_list[self.level][self.frame]1164        self.rect = self.image.get_rect()1165        self.position = (x,y)1166        self.position_rect = self.rect.move(self.position)1167        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1168        self.tile_time =01169        self.update_flag = True1170        1171    def update(self):1172        1173        if self.tile_time < 2000:1174            self.tile_time += model.iteration_time1175        else:1176            self.tile_time = 01177            1178            if (self.frame >= 3 and self.level ==0) :1179                if (self.frame == 3 and self.built_flag == 0) :1180                    build_end_facility(model.School)1181                    self.built_flag = 11182            elif (self.frame >= 2 and self.level ==1) :1183                if (self.frame == 2 and self.built_flag == 0) :1184                    build_end_facility(model.School)1185                    self.built_flag = 11186            elif (self.frame >= 2 and self.level ==2) :1187                if (self.frame == 2 and self.built_flag == 0) :1188                    build_end_facility(model.School)1189                    self.built_flag = 11190            elif (self.frame >= 2 and self.level ==3) :1191                if (self.frame == 2 and self.built_flag == 0) :1192                    build_end_facility(model.School)1193                    self.built_flag = 11194            else:1195                self.frame += 11196                self.update_flag = True1197        if not self.ratio == transform_obj.ratio:1198            self.update_flag = True1199            self.ratio = transform_obj.ratio1200        1201        self.rect = self.image.get_rect()1202        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1203            1204        1205    def set_frame(self):1206        if transform_obj.check_update_condition() or self.update_flag:1207            self.image = load_images.School_tiles_list[self.level][self.frame]1208            self.update_flag = False1209        self.rect = self.image.get_rect()1210        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1211        1212    def get_position(self):1213        ''' Returns the position rect of the sprite1214        '''1215        return self.position_rect1216        1217    def upgrade_level(self):1218        transform_obj.focus_at(self.position)1219        self.level +=11220        self.counter = 41221        self.frame = 01222        self.update_flag = True1223 1224class Farm_sprite(pygame.sprite.Sprite):1225    1226    def __init__(self,(x,y)):1227        pygame.sprite.Sprite.__init__(self)1228        self.frame = 01229        self.built_flag = 01230        self.ratio = transform_obj.ratio1231        self.image = load_images.Farm_tiles[0][self.frame]1232        self.rect = self.image.get_rect()1233        self.position = (x,y)1234        self.position_rect = self.rect.move(self.position)1235        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1236        self.tile_time = 01237        self.update_flag = True1238        1239    def update(self):1240        1241        1242        if self.tile_time < 2000:1243            self.tile_time += model.iteration_time1244        else:1245            self.tile_time = 01246            1247            if (self.frame >= 2) :1248                if (self.frame == 2 and self.built_flag == 0) :1249                    build_end_facility(model.Farm)1250                    self.built_flag = 11251            else:1252                self.frame += 11253                self.update_flag = True1254        1255        if not self.ratio == transform_obj.ratio:1256            self.update_flag = True1257            self.ratio = transform_obj.ratio1258        1259        self.rect = self.image.get_rect()1260        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1261        1262  1263    def set_frame(self):1264        if transform_obj.check_update_condition() or self.update_flag:1265            self.image = load_images.Farm_tiles[0][self.frame]1266            self.update_flag = False1267        1268        self.rect = self.image.get_rect()1269        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1270        1271    def get_position(self):1272        ''' Returns the position rect of the sprite1273        '''1274        return self.position_rect1275    1276    def upgrade_level(self):1277        transform_obj.focus_at(self.position)1278        self.update_flag = True1279        1280    1281class Fountain_sprite(pygame.sprite.Sprite):1282    1283    def __init__(self,(x,y)):1284        pygame.sprite.Sprite.__init__(self)1285        # Saving tiles of all the upgrades in tiles_list1286        self.frame = 01287        self.built_flag = 01288        self.ratio = transform_obj.ratio1289        self.image = load_images.Fountain_tiles[0][self.frame]1290        self.rect = self.image.get_rect()1291        self.position = (x,y)1292        self.position_rect = self.rect.move(self.position)1293        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1294        self.tile_time = 01295        self.update_flag = True1296        1297    def update(self):1298        1299        1300        if self.tile_time < 2000:1301            self.tile_time += model.iteration_time1302        else:1303            self.tile_time = 01304            1305            if (self.frame >= 3) :1306                if (self.frame == 3 and self.built_flag == 0) :1307                    build_end_facility(model.Fountain)1308                    self.built_flag = 11309            else:1310                self.frame += 11311                self.update_flag = True1312        if not self.ratio == transform_obj.ratio:1313            self.update_flag = True1314            self.ratio = transform_obj.ratio1315        1316        self.rect = self.image.get_rect()1317        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1318        1319    def set_frame(self):1320        if transform_obj.check_update_condition() or self.update_flag:1321            self.image = load_images.Fountain_tiles[0][self.frame]1322            self.update_flag = False1323        self.rect = self.image.get_rect()1324        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1325        1326    def get_position(self):1327        ''' Returns the position rect of the sprite1328        '''1329        return self.position_rect1330    1331    def upgrade_level(self):1332        transform_obj.focus_at(self.position)1333        self.update_flag = True1334        1335# The work for drawing the background1336#global back_image_level11337if not model.FLAG_XO:1338    global image_to_scale1339    image_to_scale = [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35]1340    global image_pos1341    image_pos = []1342    for num_ver in range(10):1343        for num_hor in range(12):1344            rect = Rect(num_hor*250 + 10, num_ver*250 + 10, 230, 230)1345            image_pos.append(rect)1346#Class to initialise the background1347class Environment2:1348    1349    def __init__(self):1350        self.sheet = pygame.image.load(os.path.join('data','tileset2.png')).convert()1351        #self.sheet = pygame.transform.scale(self.sheet,(3010,2260))1352            1353        self.dis_image = {}1354        for image_no in image_to_scale:1355            self.surf = pygame.Surface((230,230)).convert()1356            self.rect = image_pos[image_no]1357            self.surf.blit(self.sheet,(0,0),self.rect)1358            self.surf = pygame.transform.scale(self.surf,resize_pos((230,230)))1359            self.dis_image[image_no] = self.surf1360        1361        self.dis_image_trans = {}1362        for self.dis_image_key in self.dis_image.keys():1363            self.dis_image_trans[self.dis_image_key] = transform_obj.transform_surface(self.dis_image.get(self.dis_image_key))1364           1365    def update_background(self):1366        #self.dis_image_trans = {}1367        if transform_obj.check_update_condition():1368            for self.dis_image_key in self.dis_image.keys():1369                self.dis_image_trans[self.dis_image_key] = transform_obj.transform_surface(self.dis_image.get(self.dis_image_key))1370        rect = self.dis_image_trans[self.dis_image_key].get_rect()1371        (self.x_inc ,self.y_inc) = rect.size 1372        self.img_x_init = int(transform_obj.pos_x/self.x_inc)1373        self.img_y_init = int(transform_obj.pos_y/self.y_inc)1374        self.ratio = transform_obj.ratio1375        self.pos_x_init = (self.x_inc*self.img_x_init) - transform_obj.pos_x1376        self.pos_y_init = (self.y_inc*self.img_y_init) - transform_obj.pos_y1377        self.pos_x = self.pos_x_init  1378        self.pos_y = self.pos_y_init  1379        self.img_x = self.img_x_init1380        self.img_y = self.img_y_init1381        1382        while self.pos_x < resize_pt_x(1000):1383            self.img_y = self.img_y_init1384            self.pos_y = self.pos_y_init1385            while self.pos_y < resize_pt_y(600):1386                screen.blit(self.dis_image_trans[load_images.back_image_level1[self.img_y][self.img_x]],(self.pos_x,self.pos_y),rect)1387       1388                self.img_y += 11389                self.pos_y += self.y_inc1390            self.img_x += 11391            self.pos_x += self.x_inc1392class Environment(pygame.sprite.Sprite):1393    1394    def __init__(self):1395        pygame.sprite.Sprite.__init__(self)1396        spritesheet = load_images.Spritesheet('tileset.png')1397        self.tiles = spritesheet.imgat((0,0,930,560))1398        self.tiles = pygame.transform.scale(self.tiles,resize_pos((930,560)))1399        1400    def update_background(self):1401        1402        screen.blit(self.tiles,(0,resize_pt_y(40)))1403    1404class Build(pygame.sprite.Sprite):1405    1406    def __init__(self, filename, x, y, colorkey=None):1407        pygame.sprite.Sprite.__init__(self)1408        self.market_image = pygame.image.load(os.path.join('data', filename)).convert_alpha()1409        self.image = transform_obj.transform_surface(self.market_image)1410        if colorkey is not None:1411            if colorkey is -1:1412                colorkey = self.image.get_at((0, 0))1413            self.image.set_colorkey(colorkey, RLEACCEL)1414        self.rect = self.image.get_rect()1415        self.x = x1416        self.y = y1417        self.update_flag = True1418        self.ratio = transform_obj.ratio1419        self.rect = self.rect.move(transform_obj.transform_cordinates((x, y)))1420        1421    def update(self):1422        if not self.ratio == transform_obj.ratio:1423            self.update_flag = True1424            self.ratio = transform_obj.ratio1425        1426        self.rect = self.image.get_rect()1427        self.rect = self.rect.move(transform_obj.transform_cordinates((self.x, self.y)))1428        1429    def set_frame(self):1430        1431        if transform_obj.check_update_condition() or self.update_flag:1432            self.image = transform_obj.transform_surface(self.market_image)1433        self.rect = self.image.get_rect()1434        self.rect = self.rect.move(transform_obj.transform_cordinates((self.x, self.y)))1435        1436    1437# Functions to add sprites to groups1438def add_sprite_all(sprite):1439    sprite.add(all)    1440    1441def add_sprite_facilities(sprite):1442    sprite.add(facilities_group)    1443# The screen sprite to clip all the sprites which are not in the drawable region1444class screen_sprite(pygame.sprite.Sprite):1445    1446    def __init__(self):1447        pygame.sprite.Sprite.__init__(self)1448        #self.image = pygame.surface.Surface(resize_pos((1200,560)))1449        self.rect = Rect(resize_rect((0,40,930,560)))1450  1451# The villager class1452class Villager(pygame.sprite.Sprite):1453    1454    def __init__(self,range_rect):1455        pygame.sprite.Sprite.__init__(self)1456        names = ['Man','Woman','Boy','Girl']1457        name = names[int(random.random()*4)]1458        self.dx = 21459        self.dy = 21460        self.update_flag = True1461        self.ratio = transform_obj.ratio1462        self.speed = [2, 0]1463        self.speed_time = 01464        self.tile_time =01465        self.name = name1466        self.dtiles_final = [0,0,0,0]1467        self.range = range_rect1468        if self.name == 'Man':1469            self.tiles = load_images.Man_tiles[0]1470        1471        if self.name == 'Woman':1472            self.tiles = load_images.Woman_tiles[0]1473        1474        if self.name == 'Boy':1475            self.tiles = load_images.Boy_tiles[0]1476        1477        if self.name == 'Girl':1478            self.tiles = load_images.Girl_tiles[0]1479        1480        self.frame = 01481        self.set_direction()1482        self.dtiles_final = self.dtiles1483            1484        self.image = self.dtiles_final[self.frame]1485        self.rect = self.image.get_rect()1486        1487        flag =True1488        while flag:1489            flag = False1490            self.initial_position = [self.range[0]+int(random.random()*self.range[2]), self.range[1]+int(random.random()*self.range[3])]1491            self.position = self.initial_position1492            self.position_rect = self.rect.move(self.position)1493            for key in model.facilities_list_sprites.keys(): 1494                sprite_list = model.facilities_list_sprites[key]1495                for sprite in sprite_list:1496                    self.test_rect = sprite.get_position()1497                    if self.test_rect.colliderect(self.position_rect):1498                        1499                        flag = True1500        1501        self.prev_disp = transform_obj.transform_cordinates(self.position)1502        self.rect = self.rect.move(self.prev_disp)1503        1504    1505    def set_direction(self):1506        1507        1508        if self.name == 'Man':1509            self.tiles = load_images.Man_tiles[0]1510        1511        if self.name == 'Woman':1512            self.tiles = load_images.Woman_tiles[0]1513        1514        if self.name == 'Boy':1515            self.tiles = load_images.Boy_tiles[0]1516        1517        if self.name == 'Girl':1518            self.tiles = load_images.Girl_tiles[0]1519        1520        sp = self.speed1521        if sp[0] > 0  and sp[1] == 0:1522            self.dtiles = self.tiles[0:4]1523        elif sp[0] < 0  and sp[1] == 0:1524            self.dtiles = self.tiles[4:8]1525        elif sp[0] == 0  and sp[1] < 0:1526            self.dtiles = self.tiles[8:12]1527        elif sp[0] == 0  and sp[1] > 0:1528            self.dtiles = self.tiles[12:16]1529            1530        self.dtiles_final = self.dtiles1531            1532    def collide_build(self):1533        1534        self.set_speed(map(lambda x: -x, self.speed))1535        1536        self.position = [self.position[0] + 5, self.position[1] + 5]1537        self.position = [self.position[0] + 5, self.position[1] + 5]1538        1539        self.update()1540        self.set_direction()1541    1542    def set_speed(self, speed):1543        1544        1545        self.speed = speed1546        self.set_direction()1547    1548    def update(self):1549    1550        self.speed_time += model.iteration_time1551        self.tile_time +=model.iteration_time1552        1553        ANIMRECT = Rect(0,0,9000,6000)1554        if self.tile_time >= 500:1555            self.tile_time =0 1556            self.frame  += 11557            if self.frame >3:1558                self.frame = 01559        1560        if self.speed_time >= 6000:1561            self.speed_time = 01562            temp = self.speed[0]1563            self.speed[0] = self.speed[1]1564            self.speed[1] = temp1565            1566        1567        self.rect = self.image.get_rect()1568        self.position = [self.position[0] + (self.speed[0]*model.iteration_time/100.0), self.position[1] + (self.speed[1]*model.iteration_time/100.0)]1569        self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1570        1571        if self.position[0] <= 0 or (self.position[0]+100) >= ANIMRECT.width or self.position[0] <= (self.range[0]) or self.position[0] >= (self.range[0]+self.range[2]):1572            self.speed[0] = -self.speed[0]1573            1574            self.rect = self.image.get_rect()1575            self.position[0] += self.speed[0]*model.iteration_time/100.01576            self.position[1] += self.speed[1]*model.iteration_time/100.01577            self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1578            1579        elif self.position[1] <= 0 or (self.position[1]-100) >= ANIMRECT.height or self.position[1] <= (self.range[1]) or self.position[1] >= (self.range[1]+self.range[3]):1580            self.speed[1] = -self.speed[1]1581            1582            self.rect = self.image.get_rect()1583            self.position[0] += self.speed[0]*model.iteration_time/100.01584            self.position[1] += self.speed[1]*model.iteration_time/100.01585            self.rect = self.rect.move(transform_obj.transform_cordinates(self.position))1586        self.set_direction()1587        if not self.ratio == transform_obj.ratio:1588            self.update_flag = True1589            self.ratio = transform_obj.ratio1590        1591        #self.rect.clamp_ip(ANIMRECT)    1592    def set_frame(self):1593        1594        self.set_direction()1595        if transform_obj.check_update_condition() or self.update_flag:1596            self.dtiles_final = self.dtiles1597        self.image = self.dtiles_final[self.frame]1598        1599    def get_attributes(self):1600        return self.range1601    def get_name(self):1602        return self.name1603    1604# Function to check for villagers collision1605def check_villagers_self_collision():1606    1607    villagers_sprite_list = []1608    for sprite in villagers.sprites():1609        sprite.remove(villagers)1610        sprites_list = pygame.sprite.spritecollide(sprite,villagers,False)1611        if sprites_list:1612            for villager in sprites_list:1613                villager.collide_build()1614        villagers_sprite_list.append(sprite)1615    while villagers_sprite_list:1616        villager = villagers_sprite_list.pop()1617        villager.add(villagers)1618         1619class Transform:1620    def __init__(self):1621        self.pos_x = 01622        self.pos_y = 01623        self.MAX_RATIO = 0.91624        self.MIN_RATIO = 0.41625        self.ratio = 0.41626        self.motion_up = 01627        self.motion_down = 01628        self.motion_left = 01629        self.motion_right = 01630        self.mouse_move_flag = True1631        self.prev_ratio = 0.21632    1633    def check_update_condition(self):1634        ''' Checks Whether to update an image or not1635        '''1636        1637        if self.prev_ratio == self.ratio:1638            return False1639        else : 1640            return True1641        1642    def move_up(self,dist = 10):1643        1644        self.pos_y -= dist1645    1646    def stop_mouse_move(self):1647        self.mouse_move_flag = False1648        1649    def resume_mouse_move(self):1650        self.mouse_move_flag = True1651    1652    def start_move(self,dir):    1653        1654        if dir == 'up':1655            self.motion_up = 11656        elif dir == 'down':1657            self.motion_down = 11658        elif dir == 'right':1659            self.motion_right = 11660        elif dir == 'left':1661            self.motion_left = 11662  1663    def stop_move(self,dir):    1664        1665        if dir == 'up':1666            self.motion_up = 01667        elif dir == 'down':1668            self.motion_down = 01669        elif dir == 'right':1670            self.motion_right = 01671        elif dir == 'left':1672            self.motion_left = 01673  1674    def move(self):1675        speed = 2001676        if self.motion_up:1677            self.pos_y -= speed*model.iteration_time/10001678        if self.motion_down:1679            self.pos_y += speed*model.iteration_time/10001680        if self.motion_right:1681            self.pos_x+= speed*model.iteration_time/10001682        if self.motion_left:1683            self.pos_x -= speed*model.iteration_time/10001684  1685    def move_mouse(self,(x,y)):1686    1687        if self.mouse_move_flag == True:1688            self.pos_x -= x1689            self.pos_y -=y1690 1691    def move_down(self):1692        1693        self.pos_y += 101694  1695    def move_right(self,dist = 10):1696        1697        self.pos_x += dist    1698  1699    def move_left(self,dist = 10):1700        1701        self.pos_x -= dist    1702    1703    def move_free(self,(x,y)):1704    1705        self.pos_x -= x1706        self.pos_y -=y1707    1708    def check_pos(self):1709        if self.pos_x < 0:1710            self.pos_x = 01711        if self.pos_x > (int(self.ratio*6000) - 930):1712            self.pos_x = (int(self.ratio*6000) - 930)1713        if self.pos_y < 0:1714            self.pos_y = 01715        if self.pos_y > (int(self.ratio*5000) - 560):1716            self.pos_y = (int(self.ratio*5000) - 560)1717            1718    1719    def focus(self):1720        ''' Used to focus or zoom in'''1721        self.ratio = self.ratio + 0.101722        if self.ratio >= 0.9:1723            self.ratio = 0.91724        else:1725            a = self.pos_x +6001726            b = self.pos_y + 2801727            a *= self.ratio/(self.ratio - 0.10)1728            b *= self.ratio/(self.ratio - 0.10)1729            self.pos_x = int(a - 600)1730            self.pos_y = int(b - 280)1731    1732    1733    def defocus(self):1734        ''' Used to defocus or zoom out'''1735        self.ratio = self.ratio - 0.101736        if self.ratio <= 0.2:1737            self.ratio = 0.21738        else:1739            a = self.pos_x +6001740            b = self.pos_y + 2801741            a *= self.ratio/(self.ratio + 0.10)1742            b *= self.ratio/(self.ratio + 0.10)1743            self.pos_x = int(a - 600)1744            self.pos_y = int(b - 280)1745    1746    1747    def focus_at(self,(x,y)):1748        '''Used to focus at a particular position'''1749        #self.ratio = 0.61750        self.pos_x = int(x*self.ratio) -5001751        self.pos_y = int(y*self.ratio) - 801752  1753    def transform_cordinates(self,(x,y)):1754        newx = x*self.ratio - self.pos_x1755        newy = y*self.ratio - self.pos_y + resize_pt_y(40)1756        return (int(newx),int(newy))1757 1758    def inverse_transform_cordinate(self,(x,y)):1759        ''' Transform the Screen Cordinates to Village Cordinates1760        1761        Args:1762         x:int:x cordinate1763         y:int:y cordinate1764        Return:1765         newx:int:new x cordinate1766         newy:int:new y cordinate1767        '''1768        newx = ((x + self.pos_x)/self.ratio)*(1200.0/new_screen_size[0])1769        newy = ((y + self.pos_y - 40)/self.ratio)*(900.0/new_screen_size[1])1770        return(int(newx),int(newy))1771    1772    1773    def inverse_trans_cordinate(self,(x,y)):1774        ''' Transform the Screen Cordinates to Village Cordinates1775        1776        Args:1777         x:int:x cordinate1778         y:int:y cordinate1779        Return:1780         newx:int:new x cordinate1781         newy:int:new y cordinate1782        '''1783        newx = ((x + self.pos_x)/self.ratio)1784        newy = ((y + self.pos_y - resize_pt_y(40))/self.ratio)1785        return(int(newx),int(newy))1786    1787    def inverse_transform_rect(self,(x,y,w,z)):1788        ''' Transform the Screen Cordinates to Village Cordinates1789        1790        Args:1791         x:int:x cordinate1792         y:int:y cordinate1793        Return:1794         newx:int:new x cordinate1795         newy:int:new y cordinate1796        '''1797        newx = ((x + self.pos_x)/self.ratio)*(1200.0/new_screen_size[0])1798        newy = ((y + self.pos_y - 40)/self.ratio)*(900.0/new_screen_size[1])1799        neww = (w/self.ratio)*(1200.0/new_screen_size[0])1800        newz = (z/self.ratio)*(900.0/new_screen_size[1])1801        return(int(newx),int(newy),int(neww),int(newz))1802    1803    def set_ratio(self,ratio):1804        self.ratio = ratio1805  1806    def transform_surface(self,surface):1807        (x,y) = surface.get_size()1808        x *= self.ratio1809        y *= self.ratio1810        surface = pygame.transform.scale(surface, (int(x),int(y)))1811        return surface1812    1813    def village_boundary_covered(self):1814        min_x =  int(self.pos_x/self.ratio)1815        min_y = int(self.pos_y/self.ratio)1816        max_x = int((self.pos_x+930) /self.ratio)1817        max_y = int((self.pos_y+560) /self.ratio)1818        return [min_x, min_y, max_x, max_y]1819    1820  1821   1822class update_images:1823    1824    def __init__(self):1825        self.House_flag = False1826        self.Workshop_flag = False1827        self.School_flag = False1828        self.Hospital_flag = False1829        self.Fountain_flag = False1830        self.Farm_flag = False1831        1832    def update_images(self):1833        1834        if transform_obj.check_update_condition():1835            if transform_obj.prev_ratio > transform_obj.ratio:1836                for i in range(len(load_images.House_tiles_list)):1837                    for j in range(len(load_images.House_tiles_list[i])):1838                        (x,y) = load_images.House_tiles_list[i][j].get_size()1839                        x *= transform_obj.ratio/transform_obj.prev_ratio1840                        y *= transform_obj.ratio/transform_obj.prev_ratio1841                        load_images.House_tiles_list[i][j] = pygame.transform.scale(load_images.House_tiles_list[i][j],(int(x),int(y)))1842                1843                for i in range(len(load_images.Hospital_tiles_list)):1844                    for j in range(len(load_images.Hospital_tiles_list[i])):1845                        (x,y) = load_images.Hospital_tiles_list[i][j].get_size()1846                        x *= transform_obj.ratio/transform_obj.prev_ratio1847                        y *= transform_obj.ratio/transform_obj.prev_ratio1848                        load_images.Hospital_tiles_list[i][j] = pygame.transform.scale(load_images.Hospital_tiles_list[i][j],(int(x),int(y)))1849                for i in range(len(load_images.Workshop_tiles_list)):1850                    for j in range(len(load_images.Workshop_tiles_list[i])):1851                        (x,y) = load_images.Workshop_tiles_list[i][j].get_size()1852                        x *= transform_obj.ratio/transform_obj.prev_ratio1853                        y *= transform_obj.ratio/transform_obj.prev_ratio1854                        load_images.Workshop_tiles_list[i][j] = pygame.transform.scale(load_images.Workshop_tiles_list[i][j],(int(x),int(y)))1855                for i in range(len(load_images.School_tiles_list)):1856                    for j in range(len(load_images.School_tiles_list[i])):1857                        (x,y) = load_images.School_tiles_list[i][j].get_size()1858                        x *= transform_obj.ratio/transform_obj.prev_ratio1859                        y *= transform_obj.ratio/transform_obj.prev_ratio1860                        load_images.School_tiles_list[i][j] = pygame.transform.scale(load_images.School_tiles_list[i][j],(int(x),int(y)))1861                1862                for i in range(len(load_images.Fountain_tiles)):1863                    for j in range(len(load_images.Fountain_tiles[i])):1864                        (x,y) = load_images.Fountain_tiles[i][j].get_size()1865                        x *= transform_obj.ratio/transform_obj.prev_ratio1866                        y *= transform_obj.ratio/transform_obj.prev_ratio1867                        load_images.Fountain_tiles[i][j] = pygame.transform.scale(load_images.Fountain_tiles[i][j],(int(x),int(y)))1868                for i in range(len(load_images.Farm_tiles)):1869                    for j in range(len(load_images.Farm_tiles[i])):1870                        (x,y) = load_images.Farm_tiles[i][j].get_size()1871                        x *= transform_obj.ratio/transform_obj.prev_ratio1872                        y *= transform_obj.ratio/transform_obj.prev_ratio1873                        load_images.Farm_tiles[i][j] = pygame.transform.scale(load_images.Farm_tiles[i][j],(int(x),int(y)))1874                1875                for i in range(len(load_images.Man_tiles)):1876                    for j in range(len(load_images.Man_tiles[i])):1877                        (x,y) = load_images.Man_tiles[i][j].get_size()1878                        x *= transform_obj.ratio/transform_obj.prev_ratio1879                        y *= transform_obj.ratio/transform_obj.prev_ratio1880                        load_images.Man_tiles[i][j] = pygame.transform.scale(load_images.Man_tiles[i][j],(int(x),int(y)))1881                1882                for i in range(len(load_images.Woman_tiles)):1883                    for j in range(len(load_images.Woman_tiles[i])):1884                        (x,y) = load_images.Woman_tiles[i][j].get_size()1885                        x *= transform_obj.ratio/transform_obj.prev_ratio1886                        y *= transform_obj.ratio/transform_obj.prev_ratio1887                        load_images.Woman_tiles[i][j] = pygame.transform.scale(load_images.Woman_tiles[i][j],(int(x),int(y)))1888                1889                for i in range(len(load_images.Boy_tiles)):1890                    for j in range(len(load_images.Boy_tiles[i])):1891                        (x,y) = load_images.Boy_tiles[i][j].get_size()1892                        x *= transform_obj.ratio/transform_obj.prev_ratio1893                        y *= transform_obj.ratio/transform_obj.prev_ratio1894                        load_images.Boy_tiles[i][j] = pygame.transform.scale(load_images.Boy_tiles[i][j],(int(x),int(y)))1895                1896                for i in range(len(load_images.Girl_tiles)):1897                    for j in range(len(load_images.Girl_tiles[i])):1898                        (x,y) = load_images.Girl_tiles[i][j].get_size()1899                        x *= transform_obj.ratio/transform_obj.prev_ratio1900                        y *= transform_obj.ratio/transform_obj.prev_ratio1901                        load_images.Girl_tiles[i][j] = pygame.transform.scale(load_images.Girl_tiles[i][j],(int(x),int(y)))1902                1903                        1904                        1905            else:1906                if self.House_flag:1907                    load_images.load_images_facility('HOUSE',model.House.get_level())1908    1909                    for i in range(len(load_images.House_tiles_list)):1910                        for j in range(len(load_images.House_tiles_list[i])):1911                            (x,y) = resize_pos(load_images.House_tiles_list[i][j].get_size())1912                            x *= transform_obj.ratio1913                            y *= transform_obj.ratio1914                            load_images.House_tiles_list[i][j] = pygame.transform.scale(load_images.House_tiles_list[i][j],(int(x),int(y)))1915                    1916                if self.Hospital_flag:1917                    load_images.load_images_facility('HOSPITAL',model.Hospital.get_level())1918                    1919                    for i in range(len(load_images.Hospital_tiles_list)):1920                        for j in range(len(load_images.Hospital_tiles_list[i])):1921                            (x,y) = resize_pos(load_images.Hospital_tiles_list[i][j].get_size())1922                            x *= transform_obj.ratio1923                            y *= transform_obj.ratio1924                            load_images.Hospital_tiles_list[i][j] = pygame.transform.scale(load_images.Hospital_tiles_list[i][j],(int(x),int(y)))1925                if self.Workshop_flag:1926                    load_images.load_images_facility('WORKSHOP',model.Workshop.get_level())1927    1928                    for i in range(len(load_images.Workshop_tiles_list)):1929                        for j in range(len(load_images.Workshop_tiles_list[i])):1930                            (x,y) = resize_pos(load_images.Workshop_tiles_list[i][j].get_size())1931                            x *= transform_obj.ratio1932                            y *= transform_obj.ratio1933                            load_images.Workshop_tiles_list[i][j] = pygame.transform.scale(load_images.Workshop_tiles_list[i][j],(int(x),int(y)))1934                if self.School_flag:                1935                    load_images.load_images_facility('SCHOOL',model.School.get_level())1936    1937                    for i in range(len(load_images.School_tiles_list)):1938                        for j in range(len(load_images.School_tiles_list[i])):1939                            (x,y) = resize_pos(load_images.School_tiles_list[i][j].get_size())1940                            x *= transform_obj.ratio1941                            y *= transform_obj.ratio1942                            load_images.School_tiles_list[i][j] = pygame.transform.scale(load_images.School_tiles_list[i][j],(int(x),int(y)))1943                if self.Fountain_flag:1944                    load_images.load_images_facility('FOUNTAIN',model.Fountain.get_level())1945                    1946                    for i in range(len(load_images.Fountain_tiles)):1947                        for j in range(len(load_images.Fountain_tiles[i])):1948                            (x,y) = resize_pos(load_images.Fountain_tiles[i][j].get_size())1949                            x *= transform_obj.ratio1950                            y *= transform_obj.ratio1951                            load_images.Fountain_tiles[i][j] = pygame.transform.scale(load_images.Fountain_tiles[i][j],(int(x),int(y)))1952                            1953                if self.Farm_flag:1954                    load_images.load_images_facility('FARM',model.Farm.get_level())1955                    1956                    for i in range(len(load_images.Farm_tiles)):1957                        for j in range(len(load_images.Farm_tiles[i])):1958                            (x,y) = resize_pos(load_images.Farm_tiles[i][j].get_size())1959                            x *= transform_obj.ratio1960                            y *= transform_obj.ratio1961                            load_images.Farm_tiles[i][j] = pygame.transform.scale(load_images.Farm_tiles[i][j],(int(x),int(y)))1962                    1963                load_images.load_images_ppl()1964                1965                for i in range(len(load_images.Man_tiles)):1966                    for j in range(len(load_images.Man_tiles[i])):1967                        (x,y) = resize_pos(load_images.Man_tiles[i][j].get_size())1968                        x *= transform_obj.ratio1969                        y *= transform_obj.ratio1970                        load_images.Man_tiles[i][j] = pygame.transform.scale(load_images.Man_tiles[i][j],(int(x),int(y)))1971                1972                for i in range(len(load_images.Woman_tiles)):1973                    for j in range(len(load_images.Woman_tiles[i])):1974                        (x,y) = resize_pos(load_images.Woman_tiles[i][j].get_size())1975                        x *= transform_obj.ratio1976                        y *= transform_obj.ratio1977                        load_images.Woman_tiles[i][j] = pygame.transform.scale(load_images.Woman_tiles[i][j],(int(x),int(y)))1978                1979                for i in range(len(load_images.Boy_tiles)):1980                    for j in range(len(load_images.Boy_tiles[i])):1981                        (x,y) = resize_pos(load_images.Boy_tiles[i][j].get_size())1982                        x *= transform_obj.ratio1983                        y *= transform_obj.ratio1984                        load_images.Boy_tiles[i][j] = pygame.transform.scale(load_images.Boy_tiles[i][j],(int(x),int(y)))1985                1986                for i in range(len(load_images.Girl_tiles)):1987                    for j in range(len(load_images.Girl_tiles[i])):1988                        (x,y) = resize_pos(load_images.Girl_tiles[i][j].get_size())1989                        x *= transform_obj.ratio1990                        y *= transform_obj.ratio1991                        load_images.Girl_tiles[i][j] = pygame.transform.scale(load_images.Girl_tiles[i][j],(int(x),int(y)))1992                1993            1994    def initialize_facility(self,facility_name = '',level = 0):1995        1996        if facility_name == 'HOUSE' and (not self.House_flag):1997            1998            load_images.load_images_facility('HOUSE',model.House.get_level())1999            self.House_flag = True    2000            for i in range(len(load_images.House_tiles_list)):2001                for j in range(len(load_images.House_tiles_list[i])):2002                    (x,y) = resize_pos(load_images.House_tiles_list[i][j].get_size())2003                    x *= transform_obj.ratio2004                    y *= transform_obj.ratio2005                    load_images.House_tiles_list[i][j] = pygame.transform.scale(load_images.House_tiles_list[i][j],(int(x),int(y)))2006            2007        if facility_name == 'HOSPITAL' and (not self.Hospital_flag):2008            2009            load_images.load_images_facility('HOSPITAL',model.Hospital.get_level())2010            self.Hospital_flag = True        2011            for i in range(len(load_images.Hospital_tiles_list)):2012                for j in range(len(load_images.Hospital_tiles_list[i])):2013                    (x,y) = resize_pos(load_images.Hospital_tiles_list[i][j].get_size())2014                    x *= transform_obj.ratio2015                    y *= transform_obj.ratio2016                    load_images.Hospital_tiles_list[i][j] = pygame.transform.scale(load_images.Hospital_tiles_list[i][j],(int(x),int(y)))2017        2018        if facility_name == 'WORKSHOP' and (not self.Workshop_flag):2019            2020            load_images.load_images_facility('WORKSHOP',model.Workshop.get_level())2021            self.Workshop_flag = True2022            for i in range(len(load_images.Workshop_tiles_list)):2023                for j in range(len(load_images.Workshop_tiles_list[i])):2024                    (x,y) = resize_pos(load_images.Workshop_tiles_list[i][j].get_size())2025                    x *= transform_obj.ratio2026                    y *= transform_obj.ratio2027                    load_images.Workshop_tiles_list[i][j] = pygame.transform.scale(load_images.Workshop_tiles_list[i][j],(int(x),int(y)))2028        2029        if facility_name == 'SCHOOL' and (not self.School_flag):2030            2031            load_images.load_images_facility('SCHOOL',model.School.get_level())2032            self.School_flag = True2033            for i in range(len(load_images.School_tiles_list)):2034                for j in range(len(load_images.School_tiles_list[i])):2035                    (x,y) = resize_pos(load_images.School_tiles_list[i][j].get_size())2036                    x *= transform_obj.ratio2037                    y *= transform_obj.ratio2038                    load_images.School_tiles_list[i][j] = pygame.transform.scale(load_images.School_tiles_list[i][j],(int(x),int(y)))2039        2040        if facility_name == 'FOUNTAIN' and (not self.Fountain_flag):2041            2042            load_images.load_images_facility('FOUNTAIN',model.Fountain.get_level())2043            self.Fountain_flag = True2044            for i in range(len(load_images.Fountain_tiles)):2045                for j in range(len(load_images.Fountain_tiles[i])):2046                    (x,y) = resize_pos(load_images.Fountain_tiles[i][j].get_size())2047                    x *= transform_obj.ratio2048                    y *= transform_obj.ratio2049                    load_images.Fountain_tiles[i][j] = pygame.transform.scale(load_images.Fountain_tiles[i][j],(int(x),int(y)))2050                    2051            2052        if facility_name == 'FARM' and (not self.Farm_flag):2053            2054            load_images.load_images_facility('FARM',model.Farm.get_level())2055            self.Farm_flag = True            2056            for i in range(len(load_images.Farm_tiles)):2057                for j in range(len(load_images.Farm_tiles[i])):2058                    (x,y) = resize_pos(load_images.Farm_tiles[i][j].get_size())2059                    x *= transform_obj.ratio2060                    y *= transform_obj.ratio2061                    load_images.Farm_tiles[i][j] = pygame.transform.scale(load_images.Farm_tiles[i][j],(int(x),int(y)))2062            2063images_obj = update_images()2064class Animation:2065    2066    def __init__(self):2067       2068        2069        2070        global env2071        if model.FLAG_XO:2072            env = Environment()2073        else:2074            env = Environment2()2075        env.update_background()2076        mkt = Build('market.png',2800,2500)2077        mkt.add(all,market)2078    2079    2080    2081    def update(self):2082        ''' Creates the final surface with the background and all and with the sprites too '''2083        2084        transform_obj.move()2085        transform_obj.check_pos() 2086        if natural_calamities:2087            #natural_calamities.clear(screen,self.background)2088            natural_calamities.update()2089        2090        images_obj.update_images()2091        check_sprite = screen_sprite()2092        #screen.blit(self.background,(0,resize_pt_y(40)))2093        #all_drawable.clear(screen,self.background)2094        env.update_background()2095        2096        all_drawable.empty()2097        all.update()2098        drawable_sprites = pygame.sprite.spritecollide(check_sprite,all,False)2099        for sprite in drawable_sprites:2100            sprite.set_frame()2101            sprite.add(all_drawable)2102            2103        2104        # Checking for collision of villagers nd other facilities and the market2105        collide = pygame.sprite.groupcollide(villagers, facilities_group, False, False)2106        for villager in collide.keys():2107            villager.collide_build()2108        collide = pygame.sprite.groupcollide(villagers, market, False, False)2109        for villager in collide.keys():2110            villager.collide_build()2111        collide = pygame.sprite.groupcollide(villagers, facilities_group, False, False)2112        for villager in collide.keys():2113            new_sprite = Villager(villager.get_attributes())2114            villager.remove(all,villagers)2115            villager.kill()2116            new_sprite.add(villagers,all)2117        collide = pygame.sprite.groupcollide(villagers, market, False, False)2118        for villager in collide.keys():2119            new_sprite = Villager(villager.get_attributes())2120            villager.remove(all,villagers)2121            villager.kill()2122            new_sprite.add(villagers,all)2123        check_villagers_self_collision()2124        2125        2126        all_drawable.draw(screen)       2127        if natural_calamities:2128            natural_calamities.draw(screen)2129        transform_obj.prev_ratio = transform_obj.ratio2130 2131class Sounds:2132    '''Controls the sounds'''2133    def __init__(self):2134        self.SOUND_PATH = SOUND_PATH2135        self.SOUND_DIC = {}2136        self.SOUND_DIC = self.load_sound()2137        self.volume = SOUND_VOLUME2138    2139    def load_sound(self,sound_path = SOUND_PATH):2140        '''Gets a dictionary of sounds with just their names from SOUND_PATH and loads them into buffer'''2141        sound_list = glob.glob(os.path.join(SOUND_PATH,'*.ogg'))2142        sound_dic = {}2143        for sound_name in sound_list:2144            try:2145                sound_dic[sound_name] = pygame.mixer.Sound(sound_name)2146            except Exception is e:2147                sound_dic[sound_name] = None2148                print "Error Loading Sound: " + str(e)+ '\n ' + sound_name2149        return sound_dic2150    2151    def play_sound(self,sound_name,volume = SOUND_VOLUME):2152        '''Plays the requested sound effect2153        The function shuffles between the available sound effects2154        volume: [0.0 to 1.0] :volume [left, right]2155        '''2156        sound_set = []2157        for key in self.SOUND_DIC:2158            if sound_name in key:2159                sound_set.append(key)2160        sound_name = sound_set[random.randrange(0,len(sound_set))]2161        sound_object = self.SOUND_DIC[sound_name]2162        2163        if sound_object:2164            channel = sound_object.play()2165            channel.set_volume(volume[0],volume[1])2166            2167    def play_music(self,storyboard_music_enabled,sound_name):2168        if storyboard_music_enabled:2169            if sound_name != 'soundtrack':2170                loop = 12171            else:2172                loop = -12173            if pygame.mixer.get_busy():2174                pygame.mixer.music.stop()2175            pygame.mixer.music.load(os.path.join('storyboards',str(model.storyboard_file),sound_name+'.ogg'))2176            pygame.mixer.music.play(loop)2177            pygame.mixer.music.set_volume((self.volume[0]+self.volume[1])/2)2178        else:2179            if pygame.mixer.get_busy():2180                pygame.mixer.music.stop()2181            pygame.mixer.music.load(os.path.join('sounds','soundtrack.ogg'))2182            pygame.mixer.music.play(-1)2183            pygame.mixer.music.set_volume((self.volume[0]+self.volume[1])/2)2184              2185    def stop_soundtrack(self):2186        pygame.mixer.music.stop()2187            2188    def safe_exit(self):2189        pygame.mixer.stop()2190        2191    def pause_music(self):2192        pygame.mixer.pause()2193            2194natural_calamities = pygame.sprite.RenderUpdates()2195villagers = pygame.sprite.Group()2196all = pygame.sprite.RenderUpdates() 2197facilities_group = pygame.sprite.Group()2198market = pygame.sprite.Group()2199transform_obj = Transform()2200audio = Sounds()...

player.py

Source:player.py

...6class Player(pygame.sprite.Sprite):7    def __init__(self, name, state):8        pygame.sprite.Sprite.__init__(self, self.containers)9        self.name = name10        self.walkright_images    = load_images(state + '' + name + ' run 1.png', state + '' + name + ' run 2.png',11                                               state + '' + name + ' run 3.png', state + '' + name + ' run 2.png')12        self.walkleft_images     = load_images(state + '' + name + ' run 1.png', state + '' + name + ' run 2.png',13                                               state + '' + name + ' run 3.png', state + '' + name + ' run 2.png')14        15        self.walkleft_images[0]  = pygame.transform.flip(self.walkleft_images[0], True, False)16        self.walkleft_images[1]  = pygame.transform.flip(self.walkleft_images[1], True, False)17        self.walkleft_images[2]  = pygame.transform.flip(self.walkleft_images[2], True, False)18        self.walkleft_images[3]  = pygame.transform.flip(self.walkleft_images[3], True, False)19        self.skid_left_images    = load_images(state + '' + name + ' Skid Left.png')20        self.skid_right_images   = load_images(state + '' + name + ' Skid Right.png')21        self.jumpright_images    = load_images(state + '' + name + ' jump.png')22        self.jumpleft_images     = load_images(state + '' + name + ' jump.png')23        self.jumpleft_images[0]  = pygame.transform.flip(self.jumpleft_images[0], True, False)24        self.standleft_images    = load_images(state + '' + name + ' stand.png')25        self.standleft_images[0] = pygame.transform.flip(self.standleft_images[0], True, False)26        self.standright_images   = load_images(state + '' + name + ' stand.png')27        self.throw_images = load_images('Fiery Mario Throw.png')28        self.throw_images2 = load_images('Fiery Mario Throw.png')29        self.throw_images2[0] = pygame.transform.flip(self.throw_images2[0], True, False)30        if main.STATE == 1:31            self.transferimgs        = load_images(name + ' stand2.png', 'Super ' + name + ' Stand.png')32        if main.STATE == 2:33            self.transferimgs        = load_images('Super ' + name + ' Stand.png', 'Fiery ' + name + ' Stand.png')34        else:35            self.transferimgs        = load_images(name + ' Stand2.png', 'Super ' + name + ' Stand.png')36        self.rectimage = load_image(state + name + ' Rect.png')37        self.rectimage.set_colorkey((255, 255, 255), RLEACCEL)38        self.image = load_image(state + name + ' Rect.png')39        self.x = SCREENRECT.centerx40        self.y = 18041        42        self.rect = self.image.get_rect(center=(self.x, self.y))  43        self.speed = 044        self.max_speed = 445        self.animation_speed = 446        self.jump_speed = 047        self.jumping = True48        self.jump_power = 11.549        self.keydown_fall_speed = 0.13250        self.keyup_fall_speed = 0.7651        self.max_fall_speed = -1152        self.frame = 053        self.facing = 154        self.transfertimer = 055        self.transfering = False56        self.throw_timer = 057    def topwallcheck(self, rect):58        if self.jump_speed < 0 and \59               (self.rect.bottom - 16 < rect.top <= self.rect.bottom):60            self.rect.bottom = rect.top61            self.jump_speed = 0        62            self.jumping = False63    def bottomwallcheck(self, rect):64        if self.jump_speed > 0 and \65           (self.rect.top + 18 > rect.bottom >= self.rect.top):66            self.jump_speed = -167            self.rect.top = rect.bottom68    def sidewallcheck(self, rect, moving):69        if self.speed > 0 or self.speed < 0 and \70           (rect.left > self.rect.left or \71           rect.right < self.rect.right):72            if self.speed < 0 and self.rect.bottom > rect.top and self.rect.top < rect.bottom - 16:73                for s in self.sprites:74                    s.rect.move_ip(self.speed, 0)75            if self.speed > 0 and self.rect.bottom > rect.top and self.rect.top < rect.bottom - 16:76                for s in self.sprites:77                    s.rect.move_ip(self.speed, 0)78    def transfer(self):79        self.transfertimer = 2580        self.transfering = True81    def move(self, moving):82        if moving: self.facing = moving        83        if not self.transfering:84            self.rect.move_ip(0, -self.jump_speed)85        86        self.frame += 187        if self.jump_speed < 1:88            self.keyup_fall_speed = 1.289            self.keydown_fall_speed = 1.190        if self.jump_speed >= 1:91            self.keyup_fall_speed = 0.892            self.keydown_fall_speed = 0.493        if self.transfering:94            if self.transfertimer > 0:95                self.transfertimer -= 196                self.image = self.transferimgs[self.frame/4%2]97        if self.transfertimer <= 0:98            self.transfering = False99        if not moving and not self.jumping:100            if self.speed > 0:101                self.speed -= 0.25102                self.image = self.walkleft_images[self.frame/(self.animation_speed+1)%3]103            if self.speed < 0:104                self.speed += 0.25105                self.image = self.walkleft_images[self.frame/(self.animation_speed+1)%3]106        keystate = pygame.key.get_pressed()107        if keystate[K_x] and not self.jumping:108            self.max_speed = 5109            self.animation_speed = 2110        if not (keystate[K_x]) and not self.jumping:111            self.max_speed = 4112            self.animation_speed = 4113            if self.speed > 4:114                self.speed = 4115            if self.speed < -4:116                self.speed = -4117        if self.jump_speed < -2.8 and not pygame.sprite.spritecollide(self, self.platforms3, 0):118            self.jumping = True119        if moving > 0 and self.jumping == False and not self.transfering:120            if self.speed < self.max_speed:121                self.speed += 0.1875122            if self.speed < 0:123                self.image = self.skid_left_images[0]124            else:125                self.image = self.walkright_images[self.frame/self.animation_speed%3]126        if moving < 0 and self.jumping == False and not self.transfering:127            if self.speed > -self.max_speed:128                self.speed -= 0.1875129            if self.speed > 0:130                self.image = self.skid_right_images[0]131            else:132                self.image = self.walkleft_images[self.frame/self.animation_speed%3]133        if self.facing > 0 and not moving and self.jumping == False and not self.transfering:134            self.image = self.standright_images[0]135        if self.facing < 0 and not moving and self.jumping == False and not self.transfering:136            self.image = self.standleft_images[0]137        if self.facing > 0 and self.jumping == True and not self.transfering:138            if self.speed < self.max_speed and moving > 0:139                self.speed += 0.0625140            self.image = self.jumpright_images[0] 141        if self.facing < 0 and self.jumping == True and not self.transfering:142            if self.speed > -self.max_speed and moving < 0:143                self.speed -= 0.0625144            self.image = self.jumpleft_images[0]145        if (keystate[K_x]) and main.STATE == 3 and self.throw_timer > 0:146            if self.facing > 0:147                self.image = self.throw_images[0]148            if self.facing < 0:149                self.image = self.throw_images2[0]150        self.throw_timer -= 1151class PlayerDie(pygame.sprite.Sprite):152    defaultlife = 200153    animcycle = 3154    images = []155    def __init__(self, actor):156        pygame.sprite.Sprite.__init__(self, self.containers)157        self.images = load_images(actor.name + ' dead.png')158        self.image = self.images[0]159        self.orgImage = self.image.copy()160        self.rect = self.image.get_rect(center=actor.rect.center)161        self.life = self.defaultlife162        self.yspeed = -16163        self.frame = 0164        self.angle = 0165    def update(self):166        self.frame += 1167        self.rect.move_ip(0, self.yspeed)168        self.yspeed += 0.4169        self.life = self.life - 1170        if self.life <= 0:171            self.kill()172    def rotate(self, amount):173        self.oldCenter = self.rect.center174        self.angle -= -amount175        self.image = pygame.transform.rotate(self.orgImage, self.angle)176        self.rect = self.image.get_rect()177        self.rect.center = self.oldCenter178class PlayerWin(pygame.sprite.Sprite):179    animcycle = 4180    images = []181    def __init__(self, actor):182        pygame.sprite.Sprite.__init__(self, self.containers)183        if main.STATE == 1:184            self.slideimg = load_images(actor.name + ' Slide.png')185            self.fallimg = load_images(actor.name + ' Jump.png')186            self.images = load_images(actor.name + ' Run 1.png', actor.name + ' Run 2.png',187                                      actor.name + ' Run 3.png', actor.name + ' Run 2.png')188        if main.STATE == 2:189            self.slideimg = load_images('Super ' + actor.name + ' Slide.png')190            self.fallimg = load_images('Super ' + actor.name + ' Jump.png')191            self.images = load_images('Super ' + actor.name + ' Run 1.png',192                                      'Super ' + actor.name + ' Run 2.png',193                                      'Super ' + actor.name + ' Run 3.png',194                                      'Super ' + actor.name + ' Run 2.png')195        if main.STATE == 3:196            self.slideimg = load_images('Fiery Mario Slide.png')197            self.fallimg = load_images('Fiery Mario Jump.png')198            self.images = load_images('Fiery Mario Run 1.png',199                                      'Fiery Mario Run 2.png',200                                      'Fiery Mario Run 3.png',201                                      'Fiery Mario Run 2.png')202        self.image = self.images[0]203        self.rect = self.image.get_rect(center=actor.rect.center)204        self.rect.move_ip(2, 0)205        self.yspeed = 2206        self.frame = 0207    def update(self):208        self.frame += 1209        if not pygame.sprite.spritecollide(self, self.platforms, 0):210            if pygame.sprite.spritecollide(self, self.flags, 0):211                for flag in self.flags:212                    if self.rect.left < flag.rect.left + 4:...

assets.py

Source:assets.py

...4NONE_IMG = load_image(os.path.join(MAIN_PATH, "assets", "images", "none.png"))5# player animations6if (DEBUG): print("--- player animation ---")7PLAYER_ANIM = [8    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "dead*.png")), # dead9    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "idle*.png")), # idle10    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "move*.png")), # move11    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "jump*.png")), # jump12    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "fall*.png")), # fall13    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "hurt*.png")), # hurt14    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "atk1*.png")), # attack 115    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "player", "atk2*.png")), # attack 216    ]17# enemy animations18if (DEBUG): print("--- enemy animation ---")19ENEMY_ANIM = [20    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "dead*.png")), # dead21    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "idle*.png")), # idle22    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "move*.png")), # move23    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "jump*.png")), # jump24    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "fall*.png")), # fall25    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "hurt*.png")), # hurt26    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "atk1*.png")), # attack 127    load_images(os.path.join(MAIN_PATH, "assets", "images", "entity", "enemy", "atk2*.png")), # attack 228    ]...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.