from __future__ import division import math, random import constants, physics """TO DO: create suite of variable assigning fucntions that reflect inheritance and assign multiple properties as automatically as possible""" def add_thermo_material(dict, material, rho, shc, heat_transfer, burn_min, burn_temp, burn_max, burn_rate, burn_damage): """setup function for quickly creating new materials. not actually used, just built for practice """ dict[material]['rho'] = rho dict[material]['shc'] = shc dict[material]['heat_transfer'] = heat_transfer dict[material]['burn_min'] = burn_min dict[material]['burn_temp'] = burn_temp dict[material]['burn_max'] = burn_max dict[material]['burn_rate'] = burn_rate dict[material]['burn_damage'] = burn_damage materials = {} #add_thermo_material(materials, 'air', 1.293, 1004, 300, 100, 10000, 100, 1, 0.01) materials['air']={'rho':1.293,'shc':1004,'heat_transfer':300,'burn_min':100, 'burn_temp':10000,'burn_max':100,'burn_rate':1,'burn_damage':0.01} materials['water']={'rho':1000,'shc':4181,'heat_transfer':100,'burn_min':100, 'burn_temp':10000,'burn_max':100,'burn_rate':1,'burn_damage':0.01} materials['wood']={'rho':900,'shc':100,'heat_transfer':100,'burn_min':80, 'burn_temp':150,'burn_max':1300,'burn_rate':1,'burn_damage':0.01} materials['shrub']={'rho':500,'shc':10,'heat_transfer':200,'burn_min':50, 'burn_temp':50,'burn_max':350,'burn_rate':1,'burn_damage':0.05} materials['petrol']={'rho':770,'shc':20,'heat_transfer':250,'burn_min':15, 'burn_temp':15,'burn_max':250,'burn_rate':1,'burn_damage':0.0002} materials['phosphorus']={'rho':1300,'shc':20,'heat_transfer':450,'burn_min':10, 'burn_temp':10,'burn_max':10000,'burn_rate':1,'burn_damage':0.01} materials['concrete']={'rho':2750,'shc':1000,'heat_transfer':50,'burn_min':1000, 'burn_temp':10000,'burn_max':10000,'burn_rate':1,'burn_damage':0.01} materials['animal']={'rho':800,'shc':30,'heat_transfer':10,'burn_min':45, 'burn_temp':120,'burn_max':250,'burn_rate':1,'burn_damage':0.01} def default(sim): #setup physics time for physics integrator sim.physics_dt = sim.world.physics_dt sim.physics_time_remaining = sim.world.dt #setup grid properties sim.grid_viewed = False sim.sight_radius = 0 #setup faction properties sim.faction = None #setup simulation properties sim.physical = True # can have physics, heat, appied to it (NOT YET USED) sim.collidable = False # can collide with other stuff, but cannot penetrate sim.penetrating = False # can move though other stuff, like a bullet sim.mobile = False # can move, apply physics to it sim.motive = False # can move under own power, sim.memory dont remember it sim.heatable = False sim.opaque = False # does not block sight sim.block = False # does not block movement sim.indicator_color = None # for drawing screen edge indicators sim.zombie_food = 0 ##sim.attrs = {} # a dict of attributes for sims. physical data, game data, stats, etc. ##sim.attrs['physics'] = {} ##sim.attrs['physics']['shape'] = "circle" sim.boundary_method = 'stop' # need to make this an attr as well sim.max_health = 1 # need to ake this part of the attrs dict, as well as all other sim "game attrs sim.load_image(sim.world.images[sim.sim_type+"_image"]) sim.attrs = {} # attributes dictionary. can have sub-dictionary values for groups of attributes sim.stack_count = 1 sim.stackable = False def load_thermo_constants(sim, materials, material): sim.heatable = True sim.attrs['thermo'] = {} sim.attrs['thermo']['material'] = material for key, val in materials[material].items(): sim.attrs['thermo'][key] = val def load_physical_constants(sim, sim_type): sim.attrs['physics'] = {} for key, val in physics[sim_type].items(): sim.attrs['physics'][key] = val def concrete_block(sim): sim.sim_cat = "block" sim.elevation = 1 sim.collidable = True sim.opaque = True sim.block = True load_thermo_constants(sim, materials, 'concrete') sim.attrs['physics']= dict( shape = 'square', mass = 2750*2, friction_0 = 10, friction_1 = 8, coeff_drag = 2, reference_area = 2, hardness = 10**8, elasticity =0.95 ) sim.max_health = 10**5 def shrub(sim): sim.sim_cat = "block" sim.heatable = True load_thermo_constants(sim, materials, 'shrub') sim.attrs['physics']= dict( shape = 'square', mass = 20, friction_0 = 10, friction_1 = 8, coeff_drag = 2, reference_area = 2, hardness = 0, elasticity =0.2 ) sim.max_health =random.uniform(500,2000) sim.opaque = True sim.elevation = 2 def zombie_hive(sim): sim.sim_cat = "block" sim.faction = "horde" sim.collidable = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 100, friction_0 = 10, friction_1 = 8, coeff_drag = 2, reference_area = 2, hardness = 100, elasticity =0.9 ) sim.max_health = 10**3 sim.opaque = True sim.block = True sim.elevation = 1 sim.world.num_hives +=1 sim.world.num_zom +=1 sim.points = 1000 def survivor(sim): sim.sim_cat = "biped" sim.faction = "survivors" sim.elevation = 1 sim.mobile = True sim.motive = True sim.collidable = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 80, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**6, elasticity =0.0 ) sim.speed_mod = 1 sim.speed_max = 12/3.6 #km/h into m/s sim.acc_max = 4*constants.GRAVITY sim.acc_profile = lambda sim: max(sim.acc_max*(1-(sim.speed/(sim.speed_max*sim.speed_mod))**2),0) sim.turn_rate = math.pi*2 sim.agility = 1.8 sim.max_ammo = constants.MAX_AMMO sim.max_health = 250 sim.max_grenades = constants.MAX_GRENADES sim.zombie_food = 20 sim.indicator_color = (0,0,255) sim.alive = True sim.sight_radius = constants.survivor_SIGHT_RADIUS sim.throw_radius = constants.survivor_SIGHT_RADIUS sim.max_sprint_energy = 20 sim.sprint_energy = sim.max_sprint_energy sim.fitness = 5 sim.sprinting = False sim.melee_damage = 10 #he much damage sim does per attack sim.melee_range = 0.5 # how far sim can reach beyond sim radius to attack sim.melee_arc = 0.5 #cos(theta), theta is melee arc angle, can attack in this angle sim.melee_delay = 1 sim.world.num_hum +=1 sim.points = -1000 def zombie_normal(sim): sim.sim_cat = "biped" sim.faction = "horde" sim.sound_groan = sim.world.sounds[sim.sim_type+"_groan"] sim.elevation = 1 sim.mobile = True sim.motive = True sim.collidable = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 100, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.acc_max = 2*constants.GRAVITY sim.speed_max = 10/3.6 #km/h into m/s sim.acc_profile = lambda sim: max(sim.acc_max*(1-(sim.speed/sim.speed_max)**2),0) sim.turn_rate = math.pi sim.agility = 1.4 sim.max_health = 80 sim.indicator_color = (255,0,0) sim.alive = False sim.sight_radius = constants.ZOMBIE_SIGHT_RADIUS sim.sprinting = False sim.max_sprint_energy = 20 sim.sprint_energy = sim.max_sprint_energy sim.fitness = 5 sim.melee_damage = 40 #he much damage sim does per attack sim.melee_range = 0.5 # how far sim can reach beyond sim radius to attack sim.melee_arc = 0.4 #cos(theta), theta is melee arc angle, can attack in this angle sim.melee_delay = 1 sim.world.num_zom +=1 sim.points = 5 def zombie_massive(sim): sim.sim_cat = "biped" sim.faction = "horde" sim.sound_groan = sim.world.sounds[sim.sim_type+"_groan"] sim.elevation = 1 sim.mobile = True sim.motive = True sim.collidable = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 200, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.acc_max = 4*constants.GRAVITY sim.speed_max = 15/3.6 #km/h into m/s sim.acc_profile = lambda sim: max(sim.acc_max*(1-(sim.speed/sim.speed_max)**2),0) sim.turn_rate = math.pi/4*1.2 sim.agility = -0.7 #sim.acc_profile = "0.001*sim.acc_max/(sim.speed/sim.speed_max+1)" #sim.acc_profile = "sim.acc_max/(sim.speed/sim.speed_max)" sim.max_health = 1000 sim.indicator_color = (100,0,0) sim.alive = False sim.sight_radius = constants.ZOMBIE_SIGHT_RADIUS sim.sprinting = False sim.max_sprint_energy = 20 sim.sprint_energy = sim.max_sprint_energy sim.fitness = 5 sim.melee_damage = 100 #he much damage sim does per attack sim.melee_range = 0.5 # how far sim can reach beyond sim radius to attack sim.melee_arc = 0.4 #cos(theta), theta is melee arc angle, can attack in this angle sim.melee_delay = 1 sim.world.num_zom +=1 sim.points = 250 def zombie_fast(sim): sim.sim_cat = "biped" sim.faction = "horde" sim.sound_groan = sim.world.sounds[sim.sim_type+"_groan"] sim.elevation = 1 sim.mobile = True sim.motive = True sim.collidable = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 50, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.acc_max = 6*constants.GRAVITY sim.speed_max = 30/3.6 #km/h into m/s sim.acc_profile = lambda sim: 0.1*sim.acc_max/(sim.speed/sim.speed_max+0.1) sim.turn_rate = math.pi*4 sim.agility = 1.3 sim.max_health = 30 sim.indicator_color = (175,0,0) sim.alive = False sim.sight_radius = constants.ZOMBIE_SIGHT_RADIUS sim.sprinting = False sim.max_sprint_energy = 20 sim.sprint_energy = sim.max_sprint_energy sim.fitness = 5 sim.melee_damage = 30 #he much damage sim does per attack sim.melee_range = 0.5 # how far sim can reach beyond sim radius to attack sim.melee_arc = 0.5 #cos(theta), theta is melee arc angle, can attack in this angle sim.melee_delay = 0.5 sim.world.num_zom +=1 sim.points = 10 def remains(sim): sim.sim_cat = "pickup" sim.collidable = True sim.penetrating = True sim.mobile = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 50, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.max_health = 20 # seconds sim.zombie_food = 1 sim.alive = False sim.elevation = 0 sim.decay_rate = sim.max_health/constants.CORPSE_LIFETIME def zombie_normal_corpse(sim): sim.sim_cat = "pickup" sim.collidable = True sim.penetrating = True sim.mobile = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 100, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.max_health = 50 # seconds sim.zombie_food = 1 sim.alive = False sim.elevation = 0 sim.decay_rate = sim.max_health/constants.CORPSE_LIFETIME def zombie_massive_corpse(sim): sim.sim_cat = "pickup" sim.collidable = True sim.penetrating = True sim.mobile = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 200, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.max_health = 250 # seconds sim.zombie_food = 1 sim.alive = False sim.elevation = 0 sim.decay_rate = sim.max_health/constants.CORPSE_LIFETIME def zombie_fast_corpse(sim): sim.sim_cat = "pickup" sim.collidable = True sim.penetrating = True sim.mobile = True load_thermo_constants(sim, materials, 'animal') sim.attrs['physics']= dict( shape = 'circle', mass = 50, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.max_health = 25 # seconds sim.zombie_food = 1 sim.alive = False sim.elevation = 0 sim.decay_rate = sim.max_health/constants.CORPSE_LIFETIME def ammo(sim): sim.sim_cat = "pickup" sim.collidable = True sim.penetrating = True sim.mobile = True sim.stackable = True sim.boundary_method = "stop" sim.attrs['physics']= dict( shape = 'circle', mass = 50, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2.1, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.max_health = 50 sim.stack_count = 1000 sim.stack_max = 1000 sim.elevation = 0 sim.decay_rate = -1 def medkit(sim): sim.sim_cat = "pickup" sim.collidable = True sim.penetrating = True sim.mobile = True sim.stackable = True sim.boundary_method = "stop" sim.attrs['physics']= dict( shape = 'circle', mass = 50, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.max_health = 2000 sim.stack_count = 1000 sim.stack_max = 1000 sim.elevation = 0 sim.decay_rate = -1 def petrol(sim): sim.sim_cat = "pickup" sim.mobile = True load_thermo_constants(sim, materials, 'petrol') sim.attrs['physics']= dict( shape = 'circle', mass = 50, friction_0 = 1, friction_1 = 0.9, coeff_drag = 1.3, reference_area = 1, hardness = 10**2, elasticity =0.0 ) sim.max_health = 200 sim.elevation = 0 sim.decay_rate = 0 def Pistol(sim): sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = 0.20 sim.recoil = 17/180 sim.muzzle_velocity = 350 sim.recock_time = 1/6 sim.reload_time = 0.5 sim.clip_size = 10 sim.clip_ammo = 0 sim.ammo_use = 0 sim.ammo = 0 sim.firemode = "semi" sim.weapon_num = 1 sim.bullets = 1 def SMG(sim): sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = 0.4 sim.recoil = 12/180 sim.muzzle_velocity = 350 sim.recock_time = 1/50 sim.reload_time = 1 sim.clip_size = 100 sim.clip_ammo = 0 sim.ammo_use = 1 sim.ammo = 0 sim.firemode = "full" sim.weapon_num = 2 sim.bullets = 1 def AssaultR(sim): sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = .65 sim.recoil = 5/180 sim.muzzle_velocity = 800 sim.recock_time = 1/10 sim.reload_time = 1.5 sim.clip_size = 30 sim.clip_ammo = 0 sim.ammo_use = 2 sim.ammo = 0 sim.firemode = "full" sim.weapon_num = 3 sim.bullets = 1 def SniperR(sim): sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = 1.0 sim.recoil = 0.01/180 sim.muzzle_velocity = 1000 sim.recock_time = .5 sim.reload_time = 1 sim.clip_size = 5 sim.clip_ammo = 0 sim.ammo_use = 6 sim.ammo = 0 sim.firemode = "manual" sim.weapon_num = 4 sim.bullets = 1 def GaussR(sim): sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = 0.6 sim.recoil = 0.0/180 sim.muzzle_velocity = 3000 sim.recock_time = .4 sim.reload_time = 2 sim.clip_size = 10 sim.clip_ammo = 0 sim.ammo_use = 20 sim.ammo = 0 sim.firemode = "manual" sim.weapon_num = 6 sim.bullets = 1 def MiniGun(sim): sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = 0.7 sim.recoil = 5/180 sim.muzzle_velocity = 800 sim.recock_time = .01 sim.reload_time = 3 sim.clip_size = 250 sim.clip_ammo = 0 sim.ammo_use = constants.MAX_AMMO/sim.clip_size sim.ammo = 0 sim.firemode = "full" sim.weapon_num = 7 sim.bullets = 1 def LaserR(sim): sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = 0.6 sim.recoil = 0 sim.muzzle_velocity = 3000 sim.recock_time = 0 sim.reload_time = sim.world.dt sim.clip_size = 1 sim.clip_ammo = 0 sim.ammo_use = 1 sim.ammo = 0 sim.firemode = "full" sim.weapon_num = 5 sim.bullets = 1 def Pistol_bullet(sim): sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 24*10**-3, friction_0 = 0, friction_1 = 0, coeff_drag = 0.295, reference_area = 0.009**2, hardness = 0, elasticity =0.1 ) sim.load_image(sim.world.images["bullet_image"]) sim.reload_time = 1/50 sim.color = (254,254,0) sim.trail_thickness = 1 sim.mobile = True sim.motive = True sim.elevation = 1 def SMG_bullet(sim): sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 8*10**-3, friction_0 = 0, friction_1 = 0, coeff_drag = 0.295, reference_area = 0.009**2, hardness = 0, elasticity =0.05 ) sim.load_image(sim.world.images["bullet_image"]) sim.color = (254,254,0) sim.trail_thickness = 1 sim.mobile = True sim.motive = True sim.elevation = 1 def AssaultR_bullet(sim): sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 10*10**-3, friction_0 = 0, friction_1 = 0, coeff_drag = 0.295, reference_area = 0.01**2, hardness = 0, elasticity =0.1 ) sim.load_image(sim.world.images["bullet_image"]) sim.color = (254,254,0) sim.trail_thickness = 1 sim.mobile = True sim.motive = True sim.elevation = 1 def SniperR_bullet(sim): sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 65*10**-3, friction_0 = 0, friction_1 = 0, coeff_drag = 0.295, reference_area = 0.01**2, hardness = 0, elasticity =0.9 ) sim.load_image(sim.world.images["bullet_image"]) sim.color = (254,254,0) sim.trail_thickness = 1 sim.mobile = True sim.motive = True sim.elevation = 1 def GaussR_bullet(sim): sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 100*10**-3, friction_0 = 0, friction_1 = 0, coeff_drag = 0.295, reference_area = 0, hardness = 100, elasticity = 1 ) sim.load_image(sim.world.images["bullet_image"]) sim.color = (102,0,153) sim.trail_thickness = 2 sim.mobile = True sim.motive = True sim.elevation = 1 def MiniGun_bullet(sim): sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 50*10**-3, friction_0 = 0, friction_1 = 0, coeff_drag = 0.295, reference_area = 0.01**2, hardness = 0.5, elasticity = 0.3 ) sim.load_image(sim.world.images["bullet_image"]) sim.color = (255,255,125) sim.trail_thickness = 1 sim.mobile = True sim.motive = True sim.elevation = 1 def LaserR_bullet(sim): sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 1*10**-9, friction_0 = 0, friction_1 = 0, coeff_drag = 0, reference_area = 0, hardness = 0, elasticity = 0 ) sim.load_image(sim.world.images["bullet_image"]) sim.color = (255,0,0) sim.trail_thickness = 3 sim.mobile = True sim.motive = True sim.elevation = 1 #sim.damage = 25 def muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def Pistol_muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def SMG_muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def AssaultR_muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def SniperR_muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def LaserR_muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def GaussR_muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def MiniGun_muzzle_flash(sim): sim.sim_cat = "effect" sim.penetrating = True sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.01 # seconds sim.elevation = 1 sim.decay_rate = 1 def blood(sim): sim.sim_cat = "effect" sim.collidable = False sim.penetrating = True sim.mobile = False sim.motive = True sim.boundary_method = "stop" sim.max_health = 0.2 # seconds sim.elevation = 2 sim.decay_rate = 1 def ricochet(sim): sim.sim_cat = "effect" sim.collidable = False sim.penetrating = True sim.mobile = False sim.motive = True sim.boundary_method = "stop" sim.max_health = sim.world.dt/2 # seconds sim.elevation = 2 sim.decay_rate = 1 def fire(sim): sim.sim_cat = "effect" sim.collidable = False sim.penetrating = True sim.mobile = False sim.motive = True sim.boundary_method = "stop" sim.sound = sim.world.sounds[sim.sim_type] sim.max_health = 0.2 # seconds sim.elevation = 2 sim.decay_rate = 1 def rip(sim): sim.sim_cat = "effect" sim.collidable = False sim.penetrating = True sim.mobile = False sim.motive = True sim.boundary_method = "stop" sim.sound = sim.world.sounds[sim.sim_type] sim.max_health = 0.2 # seconds sim.elevation = 2 sim.decay_rate = 1 def grenade_concussion(sim): sim.sim_cat = "grenade" sim.collidable = False sim.penetrating = True sim.mobile = True sim.motive = True sim.boundary_method = "stop" sim.attrs['physics']= dict( shape = 'circle', mass = 0.5, friction_0 = 0, friction_1 = 0, coeff_drag = 0, reference_area = 0**2, hardness = 15, elasticity = 1 ) sim.sound_explosion = sim.world.sounds[sim.sim_type] sim.max_health = 0.5 sim.elevation = 2 sim.grenade_num = 1 sim.decay_rate = 1 def grenade_molotov(sim): sim.sim_cat = "grenade" sim.collidable = False sim.penetrating = True sim.mobile = True sim.motive = True sim.boundary_method = "stop" sim.attrs['physics']= dict( shape = 'circle', mass = 0.5, friction_0 = 0, friction_1 = 0, coeff_drag = 0, reference_area = 0**2, hardness = 15, elasticity = 1 ) sim.sound_explosion = sim.world.sounds[sim.sim_type] sim.max_health = 0.5 sim.elevation = 2 sim.grenade_num = 2 sim.decay_rate = 1 def grenade_incendiary(sim): sim.sim_cat = "grenade" sim.collidable = False sim.penetrating = True sim.mobile = True sim.motive = True sim.boundary_method = "stop" sim.attrs['physics']= dict( shape = 'circle', mass = 0.5, friction_0 = 0, friction_1 = 0, coeff_drag = 0, reference_area = 0**2, hardness = 15, elasticity = 1 ) sim.sound_explosion = sim.world.sounds[sim.sim_type] sim.max_health = 0.5 sim.elevation = 2 sim.grenade_num = 3 sim.decay_rate = 1 def Shotgun(sim): "From Sean Lange" sim.sim_cat = "weapon" sim.mobile = True sim.collidable = True sim.penetrating = True sim.boundary_method = "stop" sim.elevation = 2 sim.attrs['physics']= dict( shape = 'circle', mass = 1, friction_0 = 1, friction_1 = 0.9, coeff_drag = 2, reference_area = 0.1, hardness = 0, elasticity =0 ) sim.sound_shoot = sim.world.sounds["shoot_"+sim.sim_type] sim.sound_reload = sim.world.sounds["reload_"+sim.sim_type] sim.length = 0.5 sim.recoil = 6/180 sim.muzzle_velocity = 600 sim.recock_time = 1/2 sim.reload_time = 1.5 sim.clip_size = 8 sim.clip_ammo = 0 sim.ammo_use = 5 sim.ammo = 0 sim.firemode = "semi" sim.weapon_num = 8 sim.bullets = 6 def Shotgun_bullet(sim): "From Sean Lange" sim.sim_cat = "bullet" sim.collidable = True sim.penetrating = True sim.mobile = True sim.motive = True sim.boundary_method = "kill" sim.attrs['physics']= dict( shape = 'circle', mass = 8*10**-3, friction_0 = 0, friction_1 = 0, coeff_drag = 0.295, reference_area = 0.009**2, hardness = 0, elasticity = 0 ) sim.load_image(sim.world.images["bullet_image"]) sim.color = (254,254,0) sim.trail_thickness = 1 sim.elevation = 1 def find_drag(sim): if sim.mobile: sim.attrs['physics']['drag_term_1'] = constants.RHO_AIR*sim.attrs['physics']['reference_area']*sim.attrs['physics']['coeff_drag'] sim.attrs['physics']['drag_term_2'] = 1/2*constants.RHO_AIR*sim.attrs['physics']['reference_area']*sim.attrs['physics']['coeff_drag'] ## sim.max_speed = physics.get_max_speed(sim) def load_physical_attributes(sim): """ loads the sim data based on the sim_type automatically uses icky eval, but eval makes the code so compact! """ default(sim) apply(eval(sim.sim_type), [sim]) find_drag(sim)