# This will be the name of the output files
name: bcdwafer
wafers: ["B", "C", "D"]

# round or square wafer
shape: round

# diameter/edge size of the wafer
size: 300

# large or small markers and labels
marker_size: large
font_size: large

# origin settings.  x_origin can be left, right, or center.  y_origin can
# be top, bottom, or center.  Using right or top implies that the X/Y values
# for that axis are negative, or else we'll be drawing outside the image.
x_origin: center
y_origin: center

# sensor X and Y values, in mm relative to the origin
X: [0, 72.50, 125.57, 145.00, 125.57, 72.50, 0, -72.50, -125.57, -145.00,
    -125.57, -72.50, 0, 47.50, 82.27, 95.00, 82.27, 47.50, 0, -47.50, -82.27,
    -95.00, -82.27, -47.50, 38.97, 22.50, -38.97, -22.50, 0]
Y: [145.00, 125.57, 72.50, 0, -72.50, -125.57, -145.00, -125.57, -72.50, 0,
    72.50, 125.57, 95.00, 82.27, 47.50, 0, -47.50, -82.27, -95.00, -82.27,
    -47.50, 0, 47.50, 82.27, 22.50, -38.97, -22.50, 38.97, 0]

# set this to either 0 or 1 for the initial sensor number (usually 1)
start_sn: 1

# Normally, positive X is to the right, and positive Y is up.
# These settings can be used to reverse one or both of these.
reverse_x: false
reverse_y: false

# these are sensors whose labels need to be repositioned.  Sensor numbers
# start at start_sn.  Directions are up, down, left, and right, and values
# are multiples of the marker size.
label_exceptions: {
    2: { left: [1, 0] },
    3: { left: [1, 0] },
    4: { left: [1, 0] },
    5: { left: [1, 0] },
    6: { left: [1, 0] },
}