def test_forces():
original_stdout = sys.stdout # keep a reference to STDOUT
if Output_name.get():
sys.stdout = open(Output_name.get(), 'w')
if not offset_str.get():
default_offset_str()
if not matrix_str.get():
default_matrix_str()
if not speed_str.get():
default_speed_str()
offset = floats(offset_str.get())
matrix = floats(matrix_str.get())
speed = floats(speed_str.get())
#
# main program
#
import graphtec
import pic
import optimize
# offset = (5, 1)
# matrix = (1, 0, 0, 1)
g = graphtec.graphtec()
g.start()
g.set(offset=offset, matrix=matrix)
g.set(speed=speed)
for i in range(0, 6):
for j in range(0, 5):
g.set(force=1 + j + 5 * i)
tx = 0.5 * j
ty = 0.5 * i
g.closed_path([(tx, ty), (tx + 0.3, ty), (tx + 0.3, ty + 0.3),
(tx, ty + 0.3)])
g.end()
if Output_name.get():
sys.stdout = original_stdout # restore STDOUT back to its original value
tkMessageBox.showinfo("G2G_GUI Message",
"File '%s' created" % (Output_name.get()))
def test_forces():
original_stdout = sys.stdout # keep a reference to STDOUT
if Output_name.get():
sys.stdout = open(Output_name.get(), 'w')
if not offset_str.get():
default_offset_str()
if not matrix_str.get():
default_matrix_str()
if not speed_str.get():
default_speed_str()
offset = floats(offset_str.get())
matrix = floats(matrix_str.get())
speed = floats(speed_str.get())
#
# main program
#
import graphtec
import pic
import optimize
# offset = (5, 1)
# matrix = (1, 0, 0, 1)
g = graphtec.graphtec()
g.start()
g.set(offset=offset, matrix=matrix)
g.set(speed=speed)
for i in range(0, 6):
for j in range(0, 5):
g.set(force=1 + j + 5 * i)
tx = 0.5 * j
ty = 0.5 * i
g.closed_path([(tx, ty), (tx + 0.3, ty), (tx + 0.3, ty + 0.3), (tx, ty + 0.3)])
g.end()
if Output_name.get():
sys.stdout = original_stdout # restore STDOUT back to its original value
tkMessageBox.showinfo("G2G_GUI Message", "File '%s' created" % (Output_name.get()))
if i == -1:
continue
cx, cy = px + vx * (i - 3 * 17) / 17.0, py + vy * (i - 3 * 17) / 17.0
g.line(cx - 0.08 * rx, cy - 0.08 * ry, cx + 0.08 * rx, cy + 0.08 * ry)
for i in range(-2, 18):
if i == -1:
continue
cx, cy = px + vx * (i + 2 * 17) / 17.0, py + vy * (i + 2 * 17) / 17.0
g.line(cx - 0.08 * rx, cy - 0.08 * ry, cx + 0.08 * rx, cy + 0.08 * ry)
#
# main program
#
g = graphtec.graphtec()
g.start()
g.set(offset=(4, 0.5))
g.set(speed=2)
g.set(force=5)
# this is for my Silhouette Cameo, to rerun this test to
# verify the calibration as measured from a prior run
# with matrix=(1,0,0,1)
g.set(matrix=(1, 0, 0, 1))
mark(g, (3.5, 3.5), 0)
mark(g, (3.5, 3.5), 45)
mark(g, (3.5, 3.5), 90)
mark(g, (3.5, 3.5), 135)
def main_program():
#
# convert file to pic format
#
if not os.path.exists(Gerber_name.get()):
get_input_filename()
if not os.path.exists(Gerber_name.get()):
tkMessageBox.showerror(
"G2G_GUI ERROR",
"The path provided for the input Gerber file is invalid.")
return
head, tail = os.path.split(Gerber_name.get())
if os.name == 'nt':
temp_pdf = os.path.normpath("%s\_tmp_gerber.pdf" % (head))
temp_pic = os.path.normpath("%s\_tmp_gerber.pic" % (head))
temp_bat = os.path.normpath("%s\_tmp_gerber.bat" % (head))
else:
temp_pdf = "_tmp_gerber.pdf"
temp_pic = "_tmp_gerber.pic"
if os.name == 'nt':
if not os.path.exists(gerbv_path.get()):
tkMessageBox.showerror("G2G_GUI ERROR",
"The path provided for gerbv is invalid.")
return
if not os.path.exists(pstoedit_path.get()):
tkMessageBox.showerror(
"G2G_GUI ERROR", "The path provided for pstoedit is invalid.")
return
if os.name == 'nt':
os.system(
"echo \"%s\" --export=pdf --output=%s --border=0 \"%s\" > \"%s\"" %
(os.path.normpath(gerbv_path.get()), temp_pdf,
os.path.normpath(Gerber_name.get()), temp_bat))
os.system("echo \"%s\" -q -f pic \"%s\" \"%s\" >> \"%s\"" %
(os.path.normpath(
pstoedit_path.get()), temp_pdf, temp_pic, temp_bat))
os.system("\"%s\"" % temp_bat)
else:
os.system("%s --export=pdf --output=%s --border=0 \"%s\"" %
(os.path.normpath(gerbv_path.get()), temp_pdf,
os.path.normpath(Gerber_name.get())))
os.system("%s -q -f pic \"%s\" \"%s\"" %
(os.path.normpath(pstoedit_path.get()), temp_pdf, temp_pic))
original_stdout = sys.stdout # keep a reference to STDOUT
if Output_name.get():
sys.stdout = open(Output_name.get(), 'w')
if not offset_str.get():
default_offset_str()
if not border_str.get():
default_border_str()
if not matrix_str.get():
default_matrix_str()
if not speed_str.get():
default_speed_str()
if not force_str.get():
default_force_str()
if not cut_mode_str.get():
default_cut_mode_str()
offset = floats(offset_str.get())
border = floats(border_str.get())
matrix = floats(matrix_str.get())
speed = floats(speed_str.get())
force = floats(force_str.get())
cut_mode = int(cut_mode_str.get())
#
# main program
#
import graphtec
import pic
import optimize
g = graphtec.graphtec()
g.start()
g.set(offset=(offset[0] + border[0] + 0.5, offset[1] + border[1] + 0.5),
matrix=matrix)
strokes = pic.read_pic(temp_pic)
max_x, max_y = optimize.max_extent(strokes)
tx, ty = 0.5, 0.5
border_path = [(-border[0], -border[1]), (max_x + border[0], -border[1]),
(max_x + border[0], max_y + border[1]),
(-border[0], max_y + border[1])]
if cut_mode == 0:
lines = optimize.optimize(strokes, border)
for (s, f) in zip(speed, force):
g.set(speed=s, force=f)
for x in lines:
g.line(*x)
g.closed_path(border_path)
else:
for (s, f) in zip(speed, force):
g.set(speed=s, force=f)
for s in strokes:
g.closed_path(s)
g.closed_path(border_path)
g.end()
if Output_name.get():
sys.stdout = original_stdout # restore STDOUT back to its original value
tkMessageBox.showinfo("G2G_GUI Message",
"File '%s' created" % (Output_name.get()))
def main_program():
#
# convert file to pic format
#
if not os.path.exists(Gerber_name.get()):
get_input_filename()
if not os.path.exists(Gerber_name.get()):
tkMessageBox.showerror("G2G_GUI ERROR", "The path provided for the input Gerber file is invalid.")
return
head, tail = os.path.split(Gerber_name.get())
if os.name=='nt':
temp_pdf = os.path.normpath("%s\_tmp_gerber.pdf" % (head))
temp_pic = os.path.normpath("%s\_tmp_gerber.pic" % (head))
temp_bat = os.path.normpath("%s\_tmp_gerber.bat" % (head))
else:
temp_pdf = "_tmp_gerber.pdf"
temp_pic = "_tmp_gerber.pic"
if os.name=='nt':
if not os.path.exists(gerbv_path.get()):
tkMessageBox.showerror("G2G_GUI ERROR", "The path provided for gerbv is invalid.")
return
if not os.path.exists(pstoedit_path.get()):
tkMessageBox.showerror("G2G_GUI ERROR", "The path provided for pstoedit is invalid.")
return
if os.name=='nt':
os.system("echo \"%s\" --export=pdf --output=%s --border=0 \"%s\" > \"%s\"" % (os.path.normpath(gerbv_path.get()),temp_pdf,os.path.normpath(Gerber_name.get()),temp_bat))
os.system("echo \"%s\" -q -f pic \"%s\" \"%s\" >> \"%s\"" % (os.path.normpath(pstoedit_path.get()),temp_pdf,temp_pic, temp_bat))
os.system("\"%s\"" % temp_bat)
else:
os.system("%s --export=pdf --output=%s --border=0 \"%s\"" % (os.path.normpath(gerbv_path.get()),temp_pdf,os.path.normpath(Gerber_name.get())))
os.system("%s -q -f pic \"%s\" \"%s\"" % (os.path.normpath(pstoedit_path.get()),temp_pdf,temp_pic))
original_stdout = sys.stdout # keep a reference to STDOUT
if Output_name.get():
sys.stdout = open(Output_name.get(), 'w')
if not offset_str.get():
default_offset_str()
if not border_str.get():
default_border_str()
if not matrix_str.get():
default_matrix_str()
if not speed_str.get():
default_speed_str()
if not force_str.get():
default_force_str()
if not cut_mode_str.get():
default_cut_mode_str()
offset = floats(offset_str.get())
border = floats(border_str.get())
matrix = floats(matrix_str.get())
speed = floats(speed_str.get())
force = floats(force_str.get())
cut_mode = int(cut_mode_str.get())
#
# main program
#
import graphtec
import pic
import optimize
g = graphtec.graphtec()
g.start()
g.set(offset=(offset[0]+border[0]+0.5,offset[1]+border[1]+0.5), matrix=matrix)
strokes = pic.read_pic(temp_pic)
max_x,max_y = optimize.max_extent(strokes)
tx,ty = 0.5,0.5
border_path = [
(-border[0], -border[1]),
(max_x+border[0], -border[1]),
(max_x+border[0], max_y+border[1]),
(-border[0], max_y+border[1])
]
if cut_mode==0:
lines = optimize.optimize(strokes, border)
for (s,f) in zip(speed,force):
g.set(speed=s, force=f)
for x in lines:
g.line(*x)
g.closed_path(border_path)
else:
for (s,f) in zip(speed,force):
g.set(speed=s, force=f)
for s in strokes:
g.closed_path(s)
g.closed_path(border_path)
g.end()
if Output_name.get():
sys.stdout = original_stdout # restore STDOUT back to its original value
tkMessageBox.showinfo("G2G_GUI Message", "File '%s' created" % (Output_name.get()) )
import graphtec
def pads1(g):
for i in range(0,20):
g.path([(0,0),(0.07,0.07)])
for j in range(0,20):
x = 0.1*i
y = 0.008*j
g.path([(x,y),(x+0.05,y)])
def pads2(g):
for i in range(0,20):
g.path([(0,0),(0.07,0.07)])
for j in range(0,20):
x = 0.008*i
y = 0.4+0.1*j
g.path([(x,y),(x,y+0.05)])
g = graphtec.graphtec()
g.start()
g.set(offset=(1,1))
g.set(speed=1)
g.set(force=1)
pads1(g)
pads2(g)
g.end()
