def __init__(self, name, model, description, tags, package_width,
package_height, pad_width, pad_height, pad_distance):
super(chip, self).__init__(name, model, description, tags, True, False)
self.package_width = package_width
self.package_height = package_height
self.pad_width = pad_width
self.pad_height = pad_height
fp.base.add(
self,
fp.text(cfg.FOOTPRINT_REFERENCE_LAYER, "reference", "REF**", 0,
-package_height / 2 - cfg.FOOTPRINT_REFERENCE_FONT_SIZE, 0,
cfg.FOOTPRINT_REFERENCE_FONT_SIZE,
cfg.FOOTPRINT_REFERENCE_FONT_THICKNESS))
fp.base.add(
self,
fp.text(cfg.FOOTPRINT_VALUE_LAYER, "value", "VAL**", 0, 0, 0,
cfg.FOOTPRINT_VALUE_FONT_SIZE,
cfg.FOOTPRINT_VALUE_FONT_THICKNESS))
fp.base.add(
self,
fp.rectangle(cfg.FOOTPRINT_PACKAGE_LAYER, 0, 0, package_width,
package_height, cfg.FOOTPRINT_PACKAGE_LINE_WIDTH,
True))
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_SMD_LAYERS, 1, fp.technology.smd,
fp.type.rect, -pad_distance / 2, 0, pad_width, pad_height))
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_SMD_LAYERS, 2, fp.technology.smd,
fp.type.rect, +pad_distance / 2, 0, pad_width, pad_height))
def __init__(self, name, model, description, tags, package_width,
package_height, pad_width, pad_height, pad_grid, pad_distance,
pad_count):
super(soic, self).__init__(name, model, description, tags, True, False)
if pad_count % 2:
raise NameError("pad_count is odd")
fp.base.add(
self,
fp.text(cfg.FOOTPRINT_REFERENCE_LAYER, "reference", "REF**",
-package_width / 2 - cfg.FOOTPRINT_REFERENCE_FONT_SIZE, 0,
90, cfg.FOOTPRINT_REFERENCE_FONT_SIZE,
cfg.FOOTPRINT_REFERENCE_FONT_THICKNESS))
fp.base.add(
self,
fp.text(cfg.FOOTPRINT_VALUE_LAYER, "value", "VAL**", 0, 0, 0,
cfg.FOOTPRINT_VALUE_FONT_SIZE,
cfg.FOOTPRINT_VALUE_FONT_THICKNESS))
pin = 1
x = pad_grid * -((float(pad_count) / 4) - 0.5)
line_x = package_width / 2
line_y = package_height / 2 - 0.5
fp.base.add(
self,
fp.rectangle(cfg.FOOTPRINT_PACKAGE_LAYER, 0, 0, package_width,
package_height, cfg.FOOTPRINT_PACKAGE_LINE_WIDTH,
True))
fp.base.add(
self,
fp.line(cfg.FOOTPRINT_PACKAGE_LAYER, -line_x, line_y, line_x,
line_y, cfg.FOOTPRINT_PACKAGE_LINE_WIDTH))
diff = -line_x - x
line_y += diff
fp.base.add(
self,
fp.circle(cfg.FOOTPRINT_PACKAGE_LAYER, x, line_y, x - 0.3, line_y,
cfg.FOOTPRINT_PACKAGE_LINE_WIDTH))
for i in range(pad_count / 2):
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_SMD_LAYERS, pin, fp.technology.smd,
fp.type.rect, x, pad_distance / 2, pad_width,
pad_height))
x += pad_grid
pin += 1
for i in range(pad_count / 2, pad_count):
x -= pad_grid
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_SMD_LAYERS, pin, fp.technology.smd,
fp.type.rect, x, -pad_distance / 2, pad_width,
pad_height))
pin += 1
def __init__(self, name, model, description, tags, package_width,
package_height, pad_width, pad_height, pad_grid, pad_distance,
pad_count, pad_drill):
super(dip, self).__init__(name, model, description, tags, False, False)
if pad_count % 2:
raise NameError("pad_count is odd")
fp.base.add(
self,
fp.text(cfg.FOOTPRINT_REFERENCE_LAYER, "reference", "REF**",
-package_width / 2 - cfg.FOOTPRINT_REFERENCE_FONT_SIZE, 0,
90, cfg.FOOTPRINT_REFERENCE_FONT_SIZE,
cfg.FOOTPRINT_REFERENCE_FONT_THICKNESS))
fp.base.add(
self,
fp.text(cfg.FOOTPRINT_VALUE_LAYER, "value", "VAL**", 0, 0, 0,
cfg.FOOTPRINT_VALUE_FONT_SIZE,
cfg.FOOTPRINT_VALUE_FONT_THICKNESS))
pin = 1
x = pad_grid * -((float(pad_count) / 4) - 0.5)
line_x = package_width / 2
fp.base.add(
self,
fp.rectangle(cfg.FOOTPRINT_PACKAGE_LAYER, 0, 0, package_width,
package_height, cfg.FOOTPRINT_PACKAGE_LINE_WIDTH,
True))
fp.base.add(
self,
fp.arc(cfg.FOOTPRINT_PACKAGE_LAYER, -line_x, 0, -line_x, 1.0, -180,
cfg.FOOTPRINT_PACKAGE_LINE_WIDTH))
for i in range(pad_count / 2):
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_THD_LAYERS, pin, fp.technology.thru_hole,
fp.type.oval, x, pad_distance / 2, pad_width,
pad_height, pad_drill))
x += pad_grid
pin += 1
for i in range(pad_count / 2, pad_count):
x -= pad_grid
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_THD_LAYERS, pin, fp.technology.thru_hole,
fp.type.oval, x, -pad_distance / 2, pad_width,
pad_height, pad_drill))
pin += 1
def __init__(self, name, model, description, tags, package_width,
package_height, pad_diameter, pad_grid, pad_drill,
pin_count_x, pin_count_y):
super(connector_grid_male, self).__init__(name, model, description,
tags, False, False)
bevel = pad_grid * 0.2
fp.base.add(
self,
fp.text(
cfg.FOOTPRINT_REFERENCE_LAYER, "reference", "REF**", 0,
-(package_height + cfg.FOOTPRINT_REFERENCE_FONT_SIZE) / 2 -
2 * cfg.FOOTPRINT_REFERENCE_FONT_THICKNESS,
cfg.FOOTPRINT_REFERENCE_FONT_SIZE,
cfg.FOOTPRINT_REFERENCE_FONT_THICKNESS))
fp.base.add(
self,
fp.text(cfg.FOOTPRINT_VALUE_LAYER, "value", "VAL**", 0,
(package_height + cfg.FOOTPRINT_VALUE_FONT_SIZE) / 2 +
2 * cfg.FOOTPRINT_VALUE_FONT_THICKNESS,
cfg.FOOTPRINT_VALUE_FONT_SIZE,
cfg.FOOTPRINT_VALUE_FONT_THICKNESS))
fp.base.add(
self,
fp.beveled_outline(cfg.FOOTPRINT_PACKAGE_LAYER, 0, 0,
package_width, package_height, bevel, pad_grid,
cfg.FOOTPRINT_PACKAGE_LINE_WIDTH, True))
pin = 1
y = pad_grid * -((float(pin_count_y) / 2) - 0.5)
for i in range(pin_count_y):
x = pad_grid * -((float(pin_count_x) / 2) - 0.5)
for j in range(pin_count_x):
if pin == 1:
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_THD_LAYERS, pin,
fp.technology.thru_hole, fp.type.rect, x, y,
pad_diameter, pad_diameter, pad_drill))
else:
fp.base.add(
self,
fp.pad(cfg.FOOTPRINT_THD_LAYERS, pin,
fp.technology.thru_hole, fp.type.circle, x, y,
pad_diameter, pad_diameter, pad_drill))
pin += 1
x += pad_grid
y += pad_grid
param['size'] = cfg.FOOTPRINT_REFERENCE_FONT_SIZE
param[
'thickness'] = cfg.FOOTPRINT_REFERENCE_FONT_THICKNESS
elif element.text == ">VALUE":
param['name'] = "value"
param['value'] = "VAL**"
param['layer'] = cfg.FOOTPRINT_VALUE_LAYER
param['size'] = cfg.FOOTPRINT_VALUE_FONT_SIZE
param['thickness'] = cfg.FOOTPRINT_VALUE_FONT_THICKNESS
else:
param['name'] = "user"
param['value'] = element.text
param['layer'] = cfg.FOOTPRINT_USER_LAYER
param['size'] = cfg.FOOTPRINT_USER_FONT_SIZE
param['thickness'] = cfg.FOOTPRINT_USER_FONT_THICKNESS
footprint.append(fp.text(**param))
elif element.tag == "wire":
param = {}
param['layer'] = kicad_layer[int(element.attrib['layer'])]
param['x1'] = float(element.attrib['x1'])
param['y1'] = float(element.attrib['y1'])
param['x2'] = float(element.attrib['x2'])
param['y2'] = float(element.attrib['y2'])
param['width'] = float(element.attrib['width'])
footprint.append(fp.line(**param))
elif element.tag == "rectangle":
angle = int(element.attrib['rot'].lstrip('R'))
param = {}
param['layer'] = kicad_layer[int(element.attrib['layer'])]
if angle == 90:
param['x'] = float(element.attrib['y1'])