def update(self):
"""update a farmtiles"""
modified = False
#Toggle rain using perlin noise
seed = self.gamemanager.getgameseed()
rainnoise = pnoise(time.time() * (1.0 / 64), 23482.8 * (1.0 / 64), seed + 0.5)
if rainnoise > 0.0:
self.raining = True
else:
self.raining = False
#update each farmtile
for farmtile in self.farmtiles.values():
#Update objects
if farmtile['object']:
ret = farmtile['object'].update(farmtile)
if ret:modified = True
ret = self.check_wilted(farmtile)
if ret:modified = True
farmtile.update()
else:
#Create anthills
chance = random.randint(0, 10000)
maxanthills = farmlib.rules["MAX_ANTHILLS"]
if chance == 1 and int(time.time()) % 600 == 0\
and self.count_objects(7) < maxanthills:
self.create_random_anthill(farmtile)
return True
return modified
def getShake(self, t, freq, amp, seed=0, octaves=3):
"""
getShake (float t, float freq, float amp, int seed = 0, int octaves = 3) -> float noise
A wrapper around the pnoise() function that produces a fractal sum
by using the octaves value to generate values multiple times
with increasing frequency and decreasing amplitude.
float t - the time value, or other changing value
float freq - fequency of the curve values (speed)
float amp - amplitude of the curve values (intensity)
int seed - Any random number. The seed number lets you change the randomization
int octaves - Creates finer detail (jitter) in the curve values
"""
val = 0
if amp == 0 or freq == 0:
return val
# underscore is a special symbol to throw away the
# value since we dont care about it.
for _ in range(octaves):
val += pnoise((t + seed) * freq) * amp
# modify the freq and amp for the next octave
freq *= 2
amp /= 2
return val
def update(self):
"""update a farmtiles"""
modified = False
# Toggle rain using perlin noise
seed = self.gamemanager.getgameseed()
nx = time.time() * (1.0 / 128.0)
ny = 23482.8 * (1.0 / 128)
rainnoise = pnoise(nx, ny, seed + 0.5)
if rainnoise > 0.2:
self.raining = True
else:
self.raining = False
# update each farmtile
for farmtile in self.farmtiles.values():
# Update objects
if farmtile['object']:
ret = farmtile['object'].update(farmtile)
if ret:
modified = True
ret = self.check_wilted(farmtile)
if ret:
modified = True
# Water nearest plants for ponds
if farmtile.farmobject and farmtile.farmobject.id == 11:
px = farmtile.posx
py = farmtile.posy
self.water(px + 1, py, True)
self.water(px - 1, py, True)
self.water(px, py + 1, True)
self.water(px, py - 1, True)
# update farmtile
farmtile.update()
else:
# Create anthills
chance = random.randint(0, 10000)
maxanthills = farmlib.rules["MAX_ANTHILLS"]
if chance == 1 and int(time.time()) % 600 == 0\
and self.count_objects(7) < maxanthills:
self.create_random_anthill(farmtile)
return True
return modified
def update(self):
"""update a farmtiles"""
modified = False
# Toggle rain using perlin noise
seed = self.gamemanager.getgameseed()
nx = time.time() * (1.0 / 128.0)
ny = 23482.8 * (1.0 / 128)
rainnoise = pnoise(nx, ny, seed + 0.5)
if rainnoise > 0.2:
self.raining = True
else:
self.raining = False
# update each farmtile
for farmtile in self.farmtiles.values():
# Update objects
if farmtile['object']:
ret = farmtile['object'].update(farmtile)
if ret:
modified = True
ret = self.check_wilted(farmtile)
if ret:
modified = True
# Water nearest plants for ponds
if farmtile.farmobject and farmtile.farmobject.id == 11:
px = farmtile.posx
py = farmtile.posy
self.water(px + 1, py, True)
self.water(px - 1, py, True)
self.water(px, py + 1, True)
self.water(px, py - 1, True)
# update farmtile
farmtile.update()
else:
# Create anthills
chance = random.randint(0, 10000)
maxanthills = farmlib.rules["MAX_ANTHILLS"]
if chance == 1 and int(time.time()) % 600 == 0\
and self.count_objects(7) < maxanthills:
self.create_random_anthill(farmtile)
return True
return modified
f.close()
for z0 in range(-1,3):
for x0 in range(-1,3):
for y0 in range(-1,3):
print("generating block "+str(x0)+","+str(y0)+","+str(z0))
#v3 blockp = v3(x0,y0,z0)
# Create a MapBlock
block = MapBlock()
# Generate stuff in it
for z in range(0,16):
for x in range(0,16):
h = 20.0*pnoise((x0*16+x)/100.,(z0*16+z)/100.,SEED+0)
h += 5.0*pnoise((x0*16+x)/25.,(z0*16+z)/25.,SEED+0)
if pnoise((x0*16+x)/25.,(z0*16+z)/25.,SEED+92412) > 0.05:
h += 10
#print("r="+str(r))
# This enables comparison by ==
h = int(h)
for y in range(0,16):
p = v3(x,y,z)
b = 254
y1 = y0*16+y
if y1 <= h-3:
b = 0 #stone
elif y1 <= h and y1 <= 0:
b = 8 #mud
elif y1 == h:
for z0 in range(-1, 3):
for x0 in range(-1, 3):
for y0 in range(-1, 3):
print("generating block " + str(x0) + "," + str(y0) + "," +
str(z0))
#v3 blockp = v3(x0,y0,z0)
# Create a MapBlock
block = MapBlock()
# Generate stuff in it
for z in range(0, 16):
for x in range(0, 16):
h = 20.0 * pnoise((x0 * 16 + x) / 100.,
(z0 * 16 + z) / 100., SEED + 0)
h += 5.0 * pnoise((x0 * 16 + x) / 25.,
(z0 * 16 + z) / 25., SEED + 0)
if pnoise((x0 * 16 + x) / 25.,
(z0 * 16 + z) / 25., SEED + 92412) > 0.05:
h += 10
#print("r="+str(r))
# This enables comparison by ==
h = int(h)
for y in range(0, 16):
p = v3(x, y, z)
b = 254
y1 = y0 * 16 + y
if y1 <= h - 3:
b = 0 #stone
elif y1 <= h and y1 <= 0:
