def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name','laser_sensor_long_range_mount_plate_top')
BOM.set_parameter('description','Mounts long range laser sensor to t_slotted beams')
BOM.set_parameter('dimensions','x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(x=self.parameters['x']*scale[0],y=self.parameters['y']*scale[1],z=self.parameters['z']*scale[2]))
BOM.set_parameter('vendor','Pololu')
BOM.set_parameter('part number','?')
BOM.set_parameter('cost',0)
self.set_object_parameter('bom',BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'laser_sensor_short_range')
BOM.set_parameter('description',
'Micro-Epsilon short range distance sensor')
BOM.set_parameter('dimensions', '100mm')
BOM.set_parameter('vendor', 'Micro-Epsilon')
BOM.set_parameter('part number', 'optoNCDT1302')
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'test_submersible')
BOM.set_parameter('description', 'Submersible used for testing')
BOM.set_parameter('dimensions', '12V')
BOM.set_parameter('vendor', 'Sevylor')
BOM.set_parameter('part number', 'U120BLK-00-000')
BOM.set_parameter('cost', 39.99)
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'loadcell')
BOM.set_parameter('description', 'Low Single PT Load Cell')
BOM.set_parameter('dimensions', '2Kg')
BOM.set_parameter('vendor', 'TransducerTechniques')
BOM.set_parameter('part number', 'LSP-2')
BOM.set_parameter('cost', 110)
self.set_object_parameter('bom', BOM)
def __set_bom(self):
BOM = bom.BOMObject()
BOM.set_parameter('name', self.parameters['name'])
BOM.set_parameter('description', self.parameters['description'])
BOM.set_parameter(
'dimensions',
('slide travel: ' + str(self.parameters['bearing_slide_travel'])))
BOM.set_parameter('vendor', self.parameters['vendor'])
BOM.set_parameter('part number', self.parameters['part number'])
BOM.set_parameter('cost', self.parameters['cost'])
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'pillowblock_mount_plate')
BOM.set_parameter('description', 'Mounts pillowblocks to sleds')
BOM.set_parameter(
'dimensions', 'x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(
x=self.parameters['x'] * scale[0],
y=self.parameters['y'] * scale[1],
z=self.parameters['z'] * scale[2]))
BOM.set_parameter('vendor', '?')
BOM.set_parameter('part number', '?')
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'pillowblock')
BOM.set_parameter('description', 'Rail bearings and mounts')
BOM.set_parameter(
'dimensions', 'x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(
x=self.parameters['x'] * scale[0],
y=self.parameters['y'] * scale[1],
z=self.parameters['z'] * scale[2]))
BOM.set_parameter('vendor', 'LeeLinear')
BOM.set_parameter('part number', 'SPB-24-OPN')
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'airbearing_mount_plate')
BOM.set_parameter('description',
'Mounts air bearing carriage to t_slotted beam')
BOM.set_parameter(
'dimensions', 'x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(
x=self.parameters['x'] * scale[0],
y=self.parameters['y'] * scale[1],
z=self.parameters['z'] * scale[2]))
BOM.set_parameter('vendor', '?')
BOM.set_parameter('part number', '?')
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'submersible_mount')
BOM.set_parameter('description', 'Holds the submersible tube')
BOM.set_parameter(
'dimensions', 'x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(
x=self.parameters['x'] * scale[0],
y=self.parameters['y'] * scale[1],
z=self.parameters['z'] * scale[2]))
BOM.set_parameter('vendor', 'McMaster')
BOM.set_parameter('part number', '47065T207')
BOM.set_parameter('cost', 51.91)
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'laser_sensor_short_range_target_plate')
BOM.set_parameter('description',
'Target for the short range distance sensor')
BOM.set_parameter(
'dimensions', 'x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(
x=self.parameters['x'] * scale[0],
y=self.parameters['y'] * scale[1],
z=self.parameters['z'] * scale[2]))
BOM.set_parameter('vendor', 'Pololu')
BOM.set_parameter('part number', '?')
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'cushion')
BOM.set_parameter('description', 'Protects the air bearing carriage')
BOM.set_parameter(
'dimensions', 'x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(
x=self.parameters['x'] * scale[0],
y=self.parameters['y'] * scale[1],
z=self.parameters['z'] * scale[2]))
BOM.set_parameter('vendor', 'McMaster')
BOM.set_parameter('part number', '9013K153')
BOM.set_parameter('cost', 15.94)
self.set_object_parameter('bom', BOM)
def __set_bom(self):
scale = self.get_scale()
BOM = bom.BOMObject()
BOM.set_parameter('name', 'laser_sensor_long_range')
BOM.set_parameter(
'description',
'Micro-Epsilon optoNCDT ILR long range distance sensor')
BOM.set_parameter(
'dimensions', 'x: {x:0.3f}, y: {y:0.3f}, z: {z:0.3f}'.format(
x=self.parameters['x'] * scale[0],
y=self.parameters['y'] * scale[1],
z=self.parameters['z'] * scale[2]))
BOM.set_parameter('vendor', 'Micro-Epsilon')
BOM.set_parameter('part number', 'ILR1182-30(01)')
self.set_object_parameter('bom', BOM)
