def __init__(self,
name,
cells=None,
wafer_r=25e3,
trisize=12e3,
cellsize=2e3,
block_gap=0., # 1200
cell_gap=800., # 800
doMCSearch=True,
MCIterations=100,
doMCBlockSearch=True,
MCBlockIterations=100,
mkWidth=10,
cellsAtEdges=False):
Wafer_TriangStyle.__init__(self,
name,
wafer_r=wafer_r,
cells=cells,
trisize=trisize,
cellsize=cellsize,
block_gap=block_gap,
cell_gap=cell_gap,
doMCSearch=doMCSearch,
MCIterations=MCIterations,
doMCBlockSearch=doMCBlockSearch,
MCBlockIterations=MCBlockIterations,
mkWidth=mkWidth,
cellsAtEdges=cellsAtEdges)
self.align_markers = None
# The placement of the wafer alignment markers
am_x = 1.5e4
am_y = 1.5e4
self.align_pts = np.array([am_x, am_y])
self.align_pts = np.vstack((self.align_pts, self.align_pts *
(-1, 1))) # Reflect about y-axis
self.align_pts = np.vstack((self.align_pts, self.align_pts *
(1, -1))) # Reflect about x-axis
self.o_text = {'UR': (am_x + 0.1e4, am_y + 0.1e4),
'UL': (-am_x - 0.1e4, am_y + 0.1e4),
'LL': (-am_x - 0.1e4, -am_y - 0.1e4),
'LR': (am_x + 0.1e4, -am_y - 0.1e4)}
self._place_blocks()
if glbAlignmentMarks:
self.add_aligment_marks(l_lgBeam)
self.add_orientation_text(l_lgBeam)
self.add_wafer_outline(100)
self.build_and_add_blocks()
self.add_blockLabels(l_lgBeam, center=True)
self.add_cellLabels(l_lgBeam, center=True) # Put cell labels ('A','B','C'...) in center of each cell
self.add_dicing_marks(l_lgBeam, mkWidth=mkWidth) # Width of dicing marks
self.add_sub_dicing_ticks(300, mkWidth, l_lgBeam)
self.add_theory_cell()
bottom = np.array([0, -self.wafer_r * 0.90])
# Write label on layer 100 to avoid writing (and saving writing time)
self.add_waferLabel(waferLabel, 100, pos=bottom)
def __init__(
self,
name,
cells=None,
wafer_r=25e3,
trisize=12e3,
cellsize=2e3,
block_gap=0., # 1200
cell_gap=800., # 800
doMCSearch=True,
MCIterations=100,
doMCBlockSearch=True,
MCBlockIterations=100,
mkWidth=10.,
cellsAtEdges=False,
symmetric_chips=True):
Wafer_TriangStyle.__init__(self,
name,
wafer_r=wafer_r,
cells=cells,
trisize=trisize,
cellsize=cellsize,
block_gap=block_gap,
cell_gap=cell_gap,
doMCSearch=doMCSearch,
MCIterations=MCIterations,
doMCBlockSearch=doMCBlockSearch,
MCBlockIterations=MCBlockIterations,
mkWidth=mkWidth,
cellsAtEdges=cellsAtEdges,
symmetric_chips=symmetric_chips)
self.align_markers = None
self.symmetric_chips = False
# The placement of the wafer alignment markers
am_x = 1.5e4
am_y = 1.5e4
self.align_pts = np.array([am_x, am_y])
self.align_pts = np.vstack(
(self.align_pts, self.align_pts * (-1, 1))) # Reflect about y-axis
self.align_pts = np.vstack(
(self.align_pts, self.align_pts * (1, -1))) # Reflect about x-axis
self.o_text = {
'UR': (am_x + 0.1e4, am_y + 0.1e4),
'UL': (-am_x - 0.1e4, am_y + 0.1e4),
'LL': (-am_x - 0.1e4, -am_y - 0.1e4),
'LR': (am_x + 0.1e4, -am_y - 0.1e4)
}
self._place_blocks()
if glbAlignmentMarks:
self.add_aligment_marks(l_lgBeam)
self.add_orientation_text(l_lgBeam)
# points = self.add_dicing_marks(l_lgBeam, mkWidth=mkWidth) # Width of dicing marks
# self.make_basel_align_marks(points, l_lgBeam, mk_width=mkWidthMinor)
self.add_wafer_outline(100)
self.build_and_add_blocks()
self.add_block_labels(
l_lgBeam, unique_ids=True, load_ids=True
) # NEED TO WORK ON THIS!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
self.add_cellLabels(
l_lgBeam, center=True
) # Put cell labels ('A','B','C'...) in center of each cell
self.add_dicing_marks(l_lgBeam,
mkWidth=mkWidth) # Width of dicing marks
self.add_sub_dicing_ticks(300, mkWidth, l_lgBeam)
self.add_theory_cell()
self.add_tem_membranes([0.020, 0.030, 0.040, 0.050], 1000, 1, l_smBeam)
self.add_chip_labels()
self.add_prealignment_markers(l_lgBeam)
# self.add_tem_nanowires()
bottom = np.array([0, -self.wafer_r * 0.90])
# Write label on layer 100 to avoid writing (and saving writing time)
self.add_waferLabel(waferLabel, 100, pos=bottom)