1 package org.lcsim.detector;
2
3 import org.lcsim.detector.identifier.IIdentifier;
4 import org.lcsim.detector.material.IMaterial;
5 import org.lcsim.detector.material.IMaterial.State;
6 import org.lcsim.detector.solids.Box;
7 import org.lcsim.detector.solids.ISolid;
8 import org.lcsim.detector.solids.Tube;
9
10 public interface IDetectorFactory
11 {
12 public IRotation3D createRotation3D();
13
14 public ITransform3D createTransform3D();
15
16 public IDetectorElement createDetectorElement(
17 String name,
18 IDetectorElement parent,
19 IPhysicalVolumePath support,
20 IIdentifier id);
21
22 public ILogicalVolume createLogicalVolume(
23 String name,
24 ISolid solid,
25 IMaterial material);
26
27 public IPhysicalVolume createPhysicalVolume(
28 ITransform3D transform,
29 String name,
30 ILogicalVolume logicalVolume,
31 ILogicalVolume motherLogicalVolume,
32 int copyNum);
33
34 public IPhysicalVolumeNavigator createPhysicalVolumeNavigator(IPhysicalVolume world);
35
36 public IPhysicalVolumeNavigator createPhysicalVolumeNavigator(
37 String name,
38 IPhysicalVolume worldVolume);
39
40 public IMaterial createMaterialElement(
41 String name,
42 double Z,
43 double A,
44 double density,
45 State state,
46 double temperature,
47 double pressure);
48
49 public IMaterial createMaterialMixture(
50 String name,
51 int nComponents,
52 double density,
53 State state);
54
55 public Box createBox(
56 String name,
57 double xHalfLength,
58 double yHalfLength,
59 double zHalfLength);
60
61 public Tube createTube(
62 String name,
63 double innerRadius,
64 double outerRadius,
65 double zHalfLength);
66
67 public IReadout createReadout();
68 }