def setupGrid( self, matrix ):
if self.__test:
self.__rows = 101
self.__cols = 101
self.__gridWidget = GridView( self, self.__rows, self.__cols, False )
self.__layout.addWidget( self.__gridWidget, 0, 0 )
b_overwriteSpectralValue = True
maxEnergy = 255 / 3
automaton = C_spectrum_CAM_RGB( maxQuanta=maxEnergy )
automaton.component_add( 'R', maxEnergy / 3, b_overwriteSpectralValue )
automaton.component_add( 'G', maxEnergy / 3, b_overwriteSpectralValue )
automaton.component_add( 'B', maxEnergy / 3, b_overwriteSpectralValue )
automaton.updateRule_changeAmount(self.__updateAmount)
world = C_CAE( np.array( ( self.__rows, self.__cols ) ), automaton )
world.verbosity_set( 1 )
arr_world = np.zeros( ( self.__rows, self.__cols ) )
arr_world[0, 0] = 1
arr_world[50, 50] = maxEnergy / 3 + 1
arr_world[100, 100] = maxEnergy / 3 * 2 + 1
elif matrix:
maxEnergy = 255
arr_worldRaw = np.loadtxt( matrix, float, '#', '\t' )
arr_world = misc.arr_normalize( arr_worldRaw, scale=maxEnergy )
self.__rows, self.__cols = arr_world.shape
self.__gridWidget = GridView( self, self.__rows, self.__cols, False )
self.__layout.addWidget( self.__gridWidget, 0, 0 )
b_overwriteSpectralValue = True
automaton = C_spectrum_CAM_RGB( maxQuanta=maxEnergy )
automaton.component_add( 'R', maxEnergy / 3, b_overwriteSpectralValue )
automaton.component_add( 'G', maxEnergy / 3, b_overwriteSpectralValue )
automaton.component_add( 'B', maxEnergy / 3, b_overwriteSpectralValue )
print "Update amount = %d" % self.__updateAmount
automaton.updateRule_changeAmount(self.__updateAmount)
world = C_CAE( np.array( ( self.__rows, self.__cols ) ), automaton )
world.verbosity_set( 1 )
else:
c.error( 'No test mode and no matrix..' )
sys.exit()
print arr_world
world.initialize( arr_world )
self.__world = world
#
# 04 January 2012
# o Initial development implementation.
#
import numpy as np
from C_spectrum_CAM import *
from C_CAE import *
import _common.systemMisc as misc
b_overwriteSpectralValue = True
maxEnergy = 249
automaton = C_spectrum_CAM_RGB(maxQuanta=maxEnergy)
automaton.component_add('R', maxEnergy / 3, b_overwriteSpectralValue)
automaton.component_add('G', maxEnergy / 3, b_overwriteSpectralValue)
automaton.component_add('B', maxEnergy / 3, b_overwriteSpectralValue)
world = C_CAE(np.array((101, 101)), automaton)
world.verbosity_set(1)
arr_world = np.zeros((101, 101))
arr_world[0, 0] = 1
arr_world[50, 50] = maxEnergy / 3 + 1
arr_world[100, 100] = maxEnergy / 3 * 2 + 1
world.initialize(arr_world)
for iter in np.arange(0, 100):
world.state_transition()
# 04 January 2012
# o Initial development implementation.
#
import numpy as np
from C_spectrum_CAM import *
from C_CAE import *
import _common.systemMisc as misc
b_overwriteSpectralValue = True
maxEnergy = 249
automaton = C_spectrum_CAM_RGB(maxQuanta = maxEnergy)
automaton.component_add('R', maxEnergy/3, b_overwriteSpectralValue)
automaton.component_add('G', maxEnergy/3, b_overwriteSpectralValue)
automaton.component_add('B', maxEnergy/3, b_overwriteSpectralValue)
world = C_CAE( np.array( (101,101)), automaton )
world.verbosity_set(1)
arr_world = np.zeros( (101, 101) )
arr_world[0,0] = 1
arr_world[50,50] = maxEnergy/3 + 1
arr_world[100, 100] = maxEnergy/3*2 + 1
world.initialize(arr_world)
for iter in np.arange(0, 100):
world.state_transition()
