from math import e, pi
from plotting import plot2
n = 20
def comp(inp):
if inp:
return (2 * pi) / inp
else:
return 0
def ei_comp(x):
cm = e**complex(0, comp(x))
return cm.real, cm.imag
pts = [ei_comp(x) for x in range(n)]
plot2(pts, rev=False)
curr_dir = os.getcwd()
image_path = '%s/img01.png' % curr_dir
print 'Checking...%s' % image_path
if os.path.isfile(image_path):
print 'Using png image...'
data = image.file2image(image_path)
height = len(data)
width = len(data[0])
# First get points from image
pts = {
x - 1j * y
for y in range(height) for x in range(width) if max(data[y][x]) < 120
}
# Next centre points.
pts = {(c.real - width * 0.5) + (c.imag + height * 0.5) * 1j for c in pts}
# Now rotate by pi/4.
pts = [c * (e**complex(0, (pi / 4))) for c in pts]
# Plot.
plot2(pts, range=280)
else:
print 'Image path not found. Aborting.'
from plotting import plot2
cm_set = set([(3 + 1j), (2 + 2j)])
#cm_set = set([(-1+2j), (1-1j)])
#cm_set = set([(2+0j), (-3+0.001j)])
#cm_set = set([(0+2j), (0.001+1j)])
print 'cm_set', cm_set
cm_set_add = complex()
for c in cm_set:
cm_set_add = cm_set_add + c
cm_set.add(cm_set_add)
print cm_set
plot2(cm_set)
print 'L' L = \ [(6+3.30789538039j), (4+2.10735964129j), (3+7.83487879415j), (108+4.46941876974j), (90+7.65527467896j), (42+10.4434009298j), (42+14.3005419538j), (152+8j), (189+9j), (80+13.8544970565j)] pprint(L) from plotting import plot2 plot2(L) # 1.7.12 #result = transform(a, b, L) #print 'result' #pprint(result) #plot2(result) # 1.7.12a def transform2(L): result = [] for c in L: c = complex(1, 1) + c # move 1, 1 c = pow(e, complex(0, pi*0.5)) * c # rotate clockwise 90 c = c * 2 # scale x2 result.append(c)
from math import e, pi
from plotting import plot2
S = {
2 + 2j, 3 + 2j, 1.75 + 1j, 2 + 1j, 2.25 + 1j, 2.5 + 1j, 2.75 + 1j, 3 + 1j,
3.25 + 1j
}
a = pi / 4.0
pts = [c * (e**complex(0, (pi / 4))) for c in S]
plot2(pts, range=6)
from plotting import plot2 def segment(pt1, pt2, segments=100): pt1_inc = (pt2[0] - pt1[0]) / segments pt2_inc = (pt2[1] - pt1[1]) / segments pts = [] for i in range(segments): pts.append((pt1[0]+(i*pt1_inc), pt1[1]+(i*pt1_inc))) return pts pts = segment([3.5, 3], [0.5, 1.0]) print len(pts) plot2(pts)
import image
import os
from pprint import pprint
from plotting import plot2
curr_dir = os.getcwd()
image_path = '%s/img01.png' % curr_dir
print 'Checking...%s' % image_path
if os.path.isfile(image_path):
print 'Using png image...'
data = image.file2image(image_path)
width = len(data)
height = len(data[0])
pts = {
-1j * x + y
for x in range(width) for y in range(height) if max(data[x][y]) < 120
}
plot2(pts, range=200)
else:
print 'Image path not found. Aborting.'