class SubstrateSampleField(SampleFieldBase):
def __init__(self):
super().__init__()
self.field_material = MaterialField()
self.addField(self.field_material)
self.field_angle = AngleField()
self.addField(self.field_angle)
def title(self):
return "Substrate"
def description(self):
return "An infinitely thick sample"
def setAvailableMaterials(self, materials):
self.field_material.setAvailableMaterials(materials)
self.field_material.setMaterials(materials)
def samples(self):
builder = SubstrateSampleBuilder()
for material in self.field_material.materials():
builder.add_material(material)
for tilt_deg in self.field_angle.tiltsDegree():
builder.add_tilt_deg(tilt_deg)
for azimuth_deg in self.field_angle.azimuthsDegree():
builder.add_azimuth_deg(azimuth_deg)
return super().samples() + builder.build()
def __init__(self):
super().__init__()
self.field_material = MaterialField()
self.addField(self.field_material)
self.field_angle = AngleField()
self.addField(self.field_angle)
def __init__(self):
super().__init__()
self.field_layers = LayerBuilderField()
self.addField(self.field_layers)
self.field_substrate = SubstrateField()
self.addField(self.field_substrate)
self.field_angle = AngleField()
self.addField(self.field_angle)
def __init__(self):
super().__init__()
self.field_substrate = SubstrateField()
self.addField(self.field_substrate)
self.field_inclusion = InclusionField()
self.addField(self.field_inclusion)
self.field_angle = AngleField()
self.addField(self.field_angle)
class VerticalLayerSampleField(SampleFieldBase):
def __init__(self):
super().__init__()
self.field_left = LeftSubstrateField()
self.addField(self.field_left)
self.field_layers = LayerBuilderField()
self.addField(self.field_layers)
self.field_right = RightSubstrateField()
self.addField(self.field_right)
self.field_dimension = DimensionField()
self.addField(self.field_dimension)
self.field_angle = AngleField()
self.addField(self.field_angle)
def title(self):
return "Vertical layered sample"
def description(self):
return "YZ planes sandwiched between two infinite substrates"
def setAvailableMaterials(self, materials):
self.field_left.setAvailableMaterials(materials)
self.field_layers.setAvailableMaterials(materials)
self.field_right.setAvailableMaterials(materials)
def samples(self):
builder = VerticalLayerSampleBuilder()
for material in self.field_left.materials():
builder.add_left_material(material)
for layer_builder in self.field_layers.layerBuilders():
builder.add_layer_builder(layer_builder)
for material in self.field_right.materials():
builder.add_right_material(material)
for depth_m in self.field_dimension.depthsMeter():
builder.add_depth_m(depth_m)
for tilt_deg in self.field_angle.tiltsDegree():
builder.add_tilt_deg(tilt_deg)
for azimuth_deg in self.field_angle.azimuthsDegree():
builder.add_azimuth_deg(azimuth_deg)
return super().samples() + builder.build()
def __init__(self):
super().__init__()
self.field_left = LeftSubstrateField()
self.addField(self.field_left)
self.field_layers = LayerBuilderField()
self.addField(self.field_layers)
self.field_right = RightSubstrateField()
self.addField(self.field_right)
self.field_dimension = DimensionField()
self.addField(self.field_dimension)
self.field_angle = AngleField()
self.addField(self.field_angle)
class InclusionSampleField(SampleFieldBase):
def __init__(self):
super().__init__()
self.field_substrate = SubstrateField()
self.addField(self.field_substrate)
self.field_inclusion = InclusionField()
self.addField(self.field_inclusion)
self.field_angle = AngleField()
self.addField(self.field_angle)
def title(self):
return "Inclusion"
def description(self):
return "An half-sphere inclusion in a substrate"
def setAvailableMaterials(self, materials):
self.field_substrate.setAvailableMaterials(materials)
self.field_inclusion.setAvailableMaterials(materials)
def samples(self):
builder = InclusionSampleBuilder()
for material in self.field_substrate.materials():
builder.add_substrate_material(material)
for material in self.field_inclusion.materials():
builder.add_inclusion_material(material)
for diameter_m in self.field_inclusion.diametersMeter():
builder.add_inclusion_diameter_m(diameter_m)
for tilt_deg in self.field_angle.tiltsDegree():
builder.add_tilt_deg(tilt_deg)
for azimuth_deg in self.field_angle.azimuthsDegree():
builder.add_azimuth_deg(azimuth_deg)
return super().samples() + builder.build()
class HorizontalLayerSampleField(SampleFieldBase):
def __init__(self):
super().__init__()
self.field_layers = LayerBuilderField()
self.addField(self.field_layers)
self.field_substrate = SubstrateField()
self.addField(self.field_substrate)
self.field_angle = AngleField()
self.addField(self.field_angle)
def title(self):
return "Horizontal layered sample"
def description(self):
return "A multi-layer sample"
def setAvailableMaterials(self, materials):
self.field_layers.setAvailableMaterials(materials)
self.field_substrate.setAvailableMaterials(materials)
def samples(self):
builder = HorizontalLayerSampleBuilder()
for layer_builder in self.field_layers.layerBuilders():
builder.add_layer_builder(layer_builder)
for material in self.field_substrate.materials():
builder.add_substrate_material(material)
for tilt_deg in self.field_angle.tiltsDegree():
builder.add_tilt_deg(tilt_deg)
for azimuth_deg in self.field_angle.azimuthsDegree():
builder.add_azimuth_deg(azimuth_deg)
return super().samples() + builder.build()