def doloop():
h = hexy.Hexy(x, y)
for i in rag(ra, c):
#h=hexy.Hexy(x,y)
ai, bi = next(spiral)
h.draw(a - i - ai, b - i - bi, i)
print(h.show())
click.clear()
time.sleep(0.3)
def doloop():
global c
if c % 3 == 0: c = 1
c += 1
h = hexy.Hexy(x, y)
for i in rag(ra, c):
#h=hexy.Hexy(x,y)
h.draw(a - i, b - i, i)
print(h.show())
click.clear()
time.sleep(0.3)
def loop():
c = 1
while 1:
h = hexy.Hexy(H, V)
x = next(hc) + H
y = next(vc) + (V // 2)
r = next(rc)
c += 3
c %= H
x += c
y += c
h.circle(x, y, r, r + 2, 'o')
p(h, T, (x, y, r, r + 2))
def loop():
c = 1
while 1:
h = hexy.Hexy(H, V)
x = next(hc) + H
y = next(vc) + (V // 2)
r = next(rc)
c += 1
#c%=H
x = c
y = c
#x+=random.randrange(-1,1)
#y+=random.randrange(-1,1)
#h.circle(x,y,r,r+2,'o')
keep_circle(h, x, y, r, r + 3, 'o')
p(h, T, (x, y, r, r + 2))
def loop():
c = 1
while 1:
x = next(hc) + H
y = next(vc) + (V // 2)
r = next(rc)
c += 3
c %= H
x += c
y += c
#h.circle(x,y,r,r+2,'o') move to p
m = 'c: %d, x:%d,y:%d, r:%d, R:%d, len(keep):%d' % (c, x, y, r, r + 2,
len(keep))
ca = (x, y, r, r + 2, 'o')
#p(h,ca,T,m)
keep.append((ca, m))
while len(keep) > mk:
del (keep[0])
h = hexy.Hexy(H, V)
for ca, m in keep:
p(h, ca, m)
import time
import hexy
from itertools import cycle
def p(h, t, s):
click.clear()
print(h.show())
print(s)
time.sleep(t)
n = 81
H, V = n, n
T = 0.03
h = hexy.Hexy(H, V)
def roundrange(b, e):
while True:
for i in range(b, e):
yield i
for i in range(e, b - 1, -1):
yield i
vc = cycle(roundrange(-V // 2, V // 2))
hc = cycle(roundrange(-H // 2, H // 2))
rc = cycle(roundrange(1, 4 * V))
import click
import time
import hexy
h = hexy.Hexy(34, 31)
h.draw(18, 2, 3)
h.draw(5, 14, 3)
h.draw(18, 26, 3)
h.draw(43, 26, 3)
h.draw(56, 14, 3)
h.draw(43, 2, 3)
def hline(x, y, c, s, d):
for i in range(s, s + 1):
h.line(x, y, c, i, d)
click.clear()
print(h.show())
time.sleep(0.02)
def doloop(a=1):
for i in range(a):
hline(20, 6, "/", 8, "Z")
hline(11, 18, "\\", 8, "Y")
hline(25, 28, "_", 8, "X")
hline(49, 27, "/", 8, "z")
hline(58, 15, "\\", 8, "y")
hline(44, 4, "_", 8, "x")
click.clear()
print(h.show())
import hexy
import hexy.util.nrange
h = hexy.Hexy(x=10, y=10)
for i in hexy.util.nrange.nrange(10, 100, 3):
h.draw(1, 2, i)
print(h.show())
for f in h.grid:
for i in f:
print(len(i._hist))
import hexy import click import time def do(f,a): print(f,a) r=f(*a) time.sleep(0.01) click.clear() print(h.show()) return r #h=hexy.Hexy(x=27,y=21) #print(h.show()) h=hexy.Hexy(27,21) print(h.show()) for i in range(1,183): for d in 'XYZxyz': do(h.line,(0,0,d,i,d)) #%history? #%history -f xyz.ipy
import time
import click
import hexy
import stop_and_thanks
dp = 'XYZxyz' #directions path
def dpm(s): # '' multiply
r = ''
s -= 1
for c in dp:
r += s * c
#print(s,r)
#time.sleep(1)
return r
for i in range(2, 111, 3):
h = hexy.Hexy(42, 27)
hexy.grid.grid_add_hexagon(h.grid, 12, 6, i, dpm(i))
click.clear()
print(h.show())
time.sleep(0.3)
import hexy
import click
import time
h = hexy.Hexy(42, 42)
print(h.show())
#%history -f xyz.py
for d in 'XYZxyz':
click.clear()
time.sleep(0.5)
h.line(0, 0, d, 42, d)
print(h.show())
import click import time import hexy h=hexy.Hexy(34,34) #print(h.show()) #h.draw(17,1,17) h.draw(18,2,3) h.draw(5,15,3) h.draw(18,28,3) h.draw(44,28,3) h.draw(57,15,3) h.draw(44,2,3) print(h.show()) #time.sleep(3) #for i in range(2,15): # h.draw(i,i,i) # print(h.show())