def plot_JDF(cls):
xmin = minx([])
xmax = maxx([])
ymin = miny([])
ymax = maxy([])
cls.jdf.get_member("xy_offsets").reset(cls.jdf)
xy_off = cls.jdf.xy_offsets
log_debug(2)
for p in cls.jdf.patterns:
a = cls.agent_dict[p.name]
reset_properties(a) #fix updating of properties
reset_property(a, "polylist")
log_debug(a)
verts = []
for chip in xy_off.get(p.name, []):
sPoly(a,
x_off=chip[0] * 1.0e-6,
y_off=chip[1] * 1.0e-6,
vs=verts)
log_debug(a)
cls.plot.set_data(a.name, verts, a.color)
log_debug(a)
xmin = min([minx(verts), xmin])
xmax = max([maxx(verts), xmax])
ymin = min([miny(verts), ymin])
ymax = max([maxy(verts), ymax])
log_debug(1)
cls.plot.set_xlim(xmin, xmax)
cls.plot.set_ylim(ymin, ymax)
cls.plot.draw()
def plot_JDF(cls):
xmin=minx([])
xmax=maxx([])
ymin=miny([])
ymax=maxy([])
cls.jdf.get_member("xy_offsets").reset(cls.jdf)
xy_off=cls.jdf.xy_offsets
log_debug(2)
for p in cls.jdf.patterns:
a=cls.agent_dict[p.name]
reset_properties(a) #fix updating of properties
reset_property(a, "polylist")
log_debug(a)
verts=[]
for chip in xy_off.get(p.name, []):
sPoly(a, x_off=chip[0]*1.0e-6, y_off=chip[1]*1.0e-6, vs=verts)
log_debug(a)
pf=cls.plot.plot_dict.get(a.name+"_plot", None)
if pf is None:
cls.plot.polygon(verts, color=a.color, plot_name=a.name+"_plot")
else:
pf.alter_xy(verts, color=a.color)
log_debug(a)
xmin=min([minx(verts), xmin])
xmax=max([maxx(verts), xmax])
ymin=min([miny(verts), ymin])
ymax=max([maxy(verts), ymax])
log_debug(1)
cls.plot.set_xlim(xmin, xmax)
cls.plot.set_ylim(ymin, ymax)
cls.plot.draw()
def save_JDF_DXF(self):
self.jdf.get_member("xy_offsets").reset(self.jdf)
xy_off=self.jdf.xy_offsets
verts=[]
for p in self.jdf.patterns:
a=self.agent_dict[p.name] #[agent for agent in self.agents if agent.name==p.name][0]
for chip in xy_off.get(p.name, []):
sPoly(a, x_off=chip[0]*1.0e-6, y_off=chip[1]*1.0e-6, vs=verts)
save_dxf(verts, color="green", layer="PADS", file_path="marialasertest.dxf", write_mode="w")
def save_JDF_DXF(cls):
cls.jdf.get_member("xy_offsets").reset(cls.jdf)
xy_off = cls.jdf.xy_offsets
verts = []
for p in cls.jdf.patterns:
a = cls.agent_dict[
p.
name] #[agent for agent in self.agents if agent.name==p.name][0]
for chip in xy_off.get(p.name, []):
sPoly(a,
x_off=chip[0] * 1.0e-6,
y_off=chip[1] * 1.0e-6,
vs=verts)
save_dxf(verts,
color="green",
layer="PADS",
file_path="marialasertest.dxf",
write_mode="w")
def plot_JDF(self):
xmin=minx([])
xmax=maxx([])
ymin=miny([])
ymax=maxy([])
self.jdf.get_member("xy_offsets").reset(self.jdf)
xy_off=self.jdf.xy_offsets
for p in self.jdf.patterns:
a=self.agent_dict[p.name]
verts=[]
for chip in xy_off.get(p.name, []):
sPoly(a, x_off=chip[0]*1.0e-6, y_off=chip[1]*1.0e-6, vs=verts)
self.plot.set_data(a.name, verts, a.color)
xmin=min([minx(verts), xmin])
xmax=max([maxx(verts), xmax])
ymin=min([miny(verts), ymin])
ymax=max([maxy(verts), ymax])
self.plot.set_xlim(xmin, xmax)
self.plot.set_ylim(ymin, ymax)
self.plot.draw()
def plot_JDF(self):
xmin = minx([])
xmax = maxx([])
ymin = miny([])
ymax = maxy([])
self.jdf.get_member("xy_offsets").reset(self.jdf)
xy_off = self.jdf.xy_offsets
for p in self.jdf.patterns:
a = self.agent_dict[p.name]
verts = []
for chip in xy_off.get(p.name, []):
sPoly(a,
x_off=chip[0] * 1.0e-6,
y_off=chip[1] * 1.0e-6,
vs=verts)
self.plot.set_data(a.name, verts, a.color)
xmin = min([minx(verts), xmin])
xmax = max([maxx(verts), xmax])
ymin = min([miny(verts), ymin])
ymax = max([maxy(verts), ymax])
self.plot.set_xlim(xmin, xmax)
self.plot.set_ylim(ymin, ymax)
self.plot.draw()
def _s_wafer_aligner(self):
vs=sP([(-self.flat_length/2.0, self.linewidth/2.0),
(-self.flat_length/2.0, 3.0*self.linewidth/2.0),
(self.flat_length/2.0, 3.0*self.linewidth/2.0),
(self.flat_length/2.0, self.linewidth/2.0)])
sP([(-self.flat_length/2.0, -self.linewidth/2.0),
(-self.flat_length/2.0, -3.0*self.linewidth/2.0),
(self.flat_length/2.0, -3.0*self.linewidth/2.0),
(self.flat_length/2.0, -self.linewidth/2.0)], vs=vs)
reset_property(self, "_s_marker")
for n in range(self.num_marker):
sTransform(self._s_marker, (n-self.num_marker/2)*self.flat_length/self.num_marker, vs=vs)
sTransform(self._s_marker, -self.flat_length/2.0-self.linewidth/2.0, theta=90.0, vs=vs)
sTransform(self._s_marker, self.flat_length/2.0+self.linewidth/2.0, theta=90.0, vs=vs)
sP([(-self.flat_length/2.0-4.0*self.linewidth, -3.0*self.linewidth/2.0),
(-self.flat_length/2.0-4.0*self.linewidth, 3.0*self.linewidth/2.0),
(-self.flat_length/2.0-self.linewidth, 3.0*self.linewidth/2.0),
(-self.flat_length/2.0-self.linewidth, -3.0*self.linewidth/2.0)], vs=vs)
sP([(self.flat_length/2.0+4.0*self.linewidth, -3.0*self.linewidth/2.0),
(self.flat_length/2.0+4.0*self.linewidth, 3.0*self.linewidth/2.0),
(self.flat_length/2.0+self.linewidth, 3.0*self.linewidth/2.0),
(self.flat_length/2.0+self.linewidth, -3.0*self.linewidth/2.0)], vs=vs)
sPoly(self.width_checker, y_off=3.0*self.linewidth/2.0+self.width_checker.height/2.0, vs=vs)
return sPoly(self.width_checker, y_off=-3.0*self.linewidth/2.0-self.width_checker.height/2.0, vs=vs)
def Poly(self, obj, x_off=0.0, y_off=0.0, theta=0.0, orient="TL"):
"""adds polygons to verts using an EBL_Polygons object as the source"""
sPoly(obj, x_off, y_off, theta, orient, vs=self.verts)
def Poly(self, obj, x_off=0.0, y_off=0.0, theta=0.0, orient="TL"):
"""adds polygons to verts using an EBL_Polygons object as the source"""
sPoly(obj, x_off, y_off, theta, orient, vs=self.verts)
