def render(self,model):
for i in range(0,model.size()):
p = sim_helpers.safelog(redking.rk_real_getitem(model.get_parasites(),i))
h = sim_helpers.safelog(redking.rk_real_getitem(model.get_hosts(),i))
c = self.pixels[(model.size()-i)-1,int(self.pos)]
# squash the log10
p=min(1,abs(p))
h=min(1,abs(h))
# screen blend mode
col = [(1-self.parasite_col[0]*p)*(1-self.host_col[0]*h),
(1-self.parasite_col[1]*p)*(1-self.host_col[1]*h),
(1-self.parasite_col[2]*p)*(1-self.host_col[2]*h)]
# convert to 8 bit
c[0] = (1-col[0])*255
c[1] = (1-col[1])*255
c[2] = (1-col[2])*255
if c[0]>255: c[0]=255
if c[1]>255: c[1]=255
if c[2]>255: c[2]=255
self.pixels[(model.size()-i)-1,int(self.pos)]=c
self.pos+=self.x_per_render
def combined_array(model):
#return [safelog(redking.rk_real_getitem(m.get_hosts(),i) +
# redking.rk_real_getitem(m.get_parasites(),i))
# for i in range(0,model.size())]
return [redking.rk_real_getitem(model.get_hosts(),i) +
redking.rk_real_getitem(model.get_parasites(),i)
for i in range(0,model.size())]
def render(self, model):
for i in range(0, model.size()):
p = sim_helpers.safelog(
redking.rk_real_getitem(model.get_parasites(), i))
h = sim_helpers.safelog(
redking.rk_real_getitem(model.get_hosts(), i))
c = self.pixels[(model.size() - i) - 1, int(self.pos)]
# squash the log10
p = min(1, abs(p))
h = min(1, abs(h))
# screen blend mode
col = [(1 - self.parasite_col[0] * p) * (1 - self.host_col[0] * h),
(1 - self.parasite_col[1] * p) * (1 - self.host_col[1] * h),
(1 - self.parasite_col[2] * p) * (1 - self.host_col[2] * h)]
# convert to 8 bit
c[0] = (1 - col[0]) * 255
c[1] = (1 - col[1]) * 255
c[2] = (1 - col[2]) * 255
if c[0] > 255: c[0] = 255
if c[1] > 255: c[1] = 255
if c[2] > 255: c[2] = 255
self.pixels[(model.size() - i) - 1, int(self.pos)] = c
self.pos += self.x_per_render
def combined_array(model):
#return [safelog(redking.rk_real_getitem(m.get_hosts(),i) +
# redking.rk_real_getitem(m.get_parasites(),i))
# for i in range(0,model.size())]
return [redking.rk_real_getitem(model.get_hosts(),i) +
redking.rk_real_getitem(model.get_parasites(),i)
for i in range(0,model.size())]
def parasite_matrix(model):
ret = []
for i in range(0, model.size()):
m = model.get_matrix_row(i)
ret+=[redking.rk_real_getitem(m,j)
for j in range(model.size())]
return ret
def parasite_matrix(model):
ret = []
for i in range(0, model.size()):
m = model.get_matrix_row(i)
ret+=[redking.rk_real_getitem(m,j)
for j in range(model.size())]
return ret
def host_cost(model):
return [
redking.rk_real_getitem(model.get_host_cost(), i)
for i in range(0, model.size())
]
def host_state_array(model):
return [
redking.rk_real_getitem(model.get_hosts(), i)
for i in range(0, model.size())
]
def parasite_state_array(model):
return [
redking.rk_real_getitem(model.get_parasites(), i)
for i in range(0, model.size())
]
def host_cost(model):
return [redking.rk_real_getitem(model.get_host_cost(),i)
for i in range(0,model.size())]
def host_state_array(model):
return [redking.rk_real_getitem(model.get_hosts(),i)
for i in range(0,model.size())]
def parasite_state_array(model):
return [redking.rk_real_getitem(model.get_parasites(),i)
for i in range(0,model.size())]
