def __init__(self):
# Parent Classes initialized by __init__() method
Particle.__init__(self) # Particle Class Inherited
Parameters.__init__(self) # Parameters Class Inherited
# emptyParticle Template for Particle Initialization
self.emptyParticle = {}
self.emptyParticle["Position"] = None # Particle Position
self.emptyParticle["Velocity"] = None # Particle Velocity
self.emptyParticle["Cost"] = None # Particle Cost
self.emptyParticle["Best"] = {} # Particle Personal Best
self.emptyParticle["Best"][
"Position"] = None # Particle Personal Best Position
self.emptyParticle["Best"][
"Cost"] = None # Particle Personal Best Cost
from additional import confidence_interval, bin_element, bin_radius
from EnergyBalance import get_energy
class RayTracing(Parameters):
'''
use the TowerScene to do ray-tracing simulations
'''
def __init__(self, num_rays, rendering, case,hemisphere='North'):
'''
num_rays - int, number of rays
rendering - boolean, visualise the scene
'''
Parameters.__init__(self)
self.num_rays=num_rays
self.rendering=rendering
self.case=case
self.hemisphere=hemisphere
# set the convergent standard
self.convergent='flux' # 'energy' or 'flux' or 'iters' or 'rays'
self.cvg_value=5.e-2
self.savefolder='./tracer_results/%s'%case
if not os.path.exists(self.savefolder):
os.makedirs(self.savefolder)
self.gen_plant()
def gen_plant(self):
