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Vftdan/button.gcode

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button.gcode
F60
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G2 X6.4645 Y11.0 I-1.0 J0.0
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G2 X12.0 Y14.5355 I1.0 J-0.0
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G2 X10.0 Y14.5355 I-1.0 J0.0
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G2 X10.0 Y14.5355 I-1.0 J0.0
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G2 X15.5355 Y11.0 I1.0 J-0.0
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Raw
gen.py
from math import *
STEP = .1
BTN_AVG_RAD = 8
BORDER_RAD = 3
HEIGHT = 2
HOLE_OFF = 5 / sqrt(2)
HOLE_RAD = 1
def sph_slc_rad(R, z):
c = 1 - z / R
c = max(min(c, 1), -1)
return sin(acos(c)) * R
X = Y = Z = 0
def fmt(f):
return round(10000 * f) / 10000
def mkring(O):
i, j = O[0] - X, O[1] - Y
x1, y1 = X + 2 * i, Y + 2 * j
i, j = fmt(i), fmt(j)
print("G2 X{0} Y{1} I{2} J{3}".format(fmt(x1), fmt(y1), i, j))
print("G2 X{0} Y{1} I{2} J{3}".format(fmt(X), fmt(Y), -i, -j))
def mvto(x, y, z):
global X, Y, Z
c = ['G0']
if (x != X):
c.append('X{0}'.format(fmt(x)))
if (y != Y):
c.append('Y{0}'.format(fmt(y)))
if (z != Z):
c.append('Z{0}'.format(fmt(z)))
print(*c, sep=' ')
X, Y, Z = x, y, z
def lnto(x, y, z):
global X, Y, Z
c = ['G1']
if (x != X):
c.append('X{0}'.format(fmt(x)))
if (y != Y):
c.append('Y{0}'.format(fmt(y)))
if (z != Z):
c.append('Z{0}'.format(fmt(z)))
print(*c, sep=' ')
X, Y, Z = x, y, z
def mvby(x=0, y=0, z=0):
mvto(X + x, Y + y, Z + z)
def lnby(x=0, y=0, z=0):
lnto(X + x, Y + y, Z + z)
print('F60')
out_rad = BTN_AVG_RAD + BORDER_RAD
center = (out_rad, out_rad)
mvto(out_rad, 0, 0)
while Z < BORDER_RAD:
mkring(center)
mvby(z=STEP)
while Z < 2 * BORDER_RAD:
mkring(center)
mvto(X, BORDER_RAD - sph_slc_rad(BORDER_RAD, Z), Z)
mvby(z=STEP)
while Z > BORDER_RAD:
mkring(center)
mvto(X, BORDER_RAD + sph_slc_rad(BORDER_RAD, Z), Z)
mvby(z=-STEP)
while Z > HEIGHT:
mkring(center)
mvby(z=-STEP)
while Y < out_rad:
mkring(center)
mvby(y=STEP)
for off in ((0, -HOLE_OFF), (-HOLE_OFF, 0), (0, HOLE_OFF), (HOLE_OFF, 0),):
hc = (center[0] + off[0], center[1] + off[1])
mvto(hc[0] + HOLE_RAD, hc[1], HEIGHT)
while Z > 0:
mkring(hc)
mvby(z=-STEP)
mvto(hc[0] + HOLE_RAD, hc[1], HEIGHT)
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