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//* Specify parameters that define the PMT(s)
// r5912 with thicker neck
{
type: "PMT",
version: 1,
index: "r5912_full",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "PMTOptics0",
model_params: "PMTOptics_r5912", 

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 27.5, // mm
dynode_top:   -30.0, // mm
wall_thickness: 3.0, // mm

photocathode_mirror_overlap_top: 0.5, // mm, above this in z is pure photocathode MUST BE A z_edge Co-ord IN THE LISTS BELOW:
photocathode_mirror_overlap_bottom: 0.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror. MUST BE A z_edge Co-ord IN THE LISTS BELOW:

model_shape: 0, // Torus shape
z_edge:   [ 75.00, 53.06,   0.50,   0.00, -53.06, -73.86,  -85.00, -215.00],
rho_edge: [  0.00, 72.58, 100.90, 101.00,  72.58,  44.32,   42.00, 42.00],
z_origin: [-56.00,  0.00,   0.00,   0.00,  56.00, -85.00, -215.00],
}

// r5912 PMT with same geometry as r1408
{
type: "PMT",
version: 1,
index: "r5912",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "PMTOptics0",
model_params: "PMTOptics_r5912",

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 27.5, // mm
dynode_top:   -5.9, // mm
wall_thickness: 3.0, // mm

photocathode_mirror_overlap_top: 5.0, // mm, above this in z is pure photocathode MUST BE A z_edge Co-ord IN THE LISTS BELOW:
photocathode_mirror_overlap_bottom: -25.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror. MUST BE A z_edge Co-ord IN THE LISTS BELOW:

model_shape: 0, // Torus shape
z_edge:   [ 74.9,  49.4, 5.0,   0.0,   -25.0, -49.4, -62.0,  -90.09, -145.1 ],
rho_edge: [ 0.0,   74.5, 100.2, 100.5, 95.0,  74.5,  54.5,   35.0,   35.0 ],
z_origin: [ -46.6, 0.0,  0.0,   0.0,   0.0,   46.6,  -90.09, -145.1 ],
}

// This is as r5912 but with a different photocathode
{
type: "PMT",
version: 1,
index: "r5912-02-MOD",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "GLG4",
model_params: "NONE", // Not needed for GLG4PMTOpticalModel, here to make loading DB easy

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 27.5, // mm
dynode_top:   -30.0, // mm
wall_thickness: 3.0, // mm

photocathode_mirror_overlap_top: 0.0, // mm, above this in z is pure photocathode MUST BE A z_edge Co-ord IN THE LISTS BELOW:
photocathode_mirror_overlap_bottom: 0.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror. MUST BE A z_edge Co-ord IN THE LISTS BELOW:

model_shape: 0, // Torus shape
z_edge:   [ 75.00, 53.06,   0.00, -53.06, -73.86,  -85.00, -215.00],
rho_edge: [  0.00, 72.58, 101.00,  72.58,  44.32,   42.00, 42.00],
z_origin: [-56.00,  0.00,   0.00,  56.00, -85.00, -215.00],
}

// This one is the PMT used in SNO, but as modeled by SNOMAN, with salt phase default parameters
{
type: "PMT",
version: 1,
index: "s1408",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "PMTOpticsSNOMAN",
model_params: "PMTOpticsSNOMAN_salt",

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 27.5, // mm
dynode_top:   -5.9, // mm
wall_thickness: 3.0, // mm

photocathode_mirror_overlap_top: 5.0, // mm, above this in z is pure photocathode MUST BE A z_edge Co-ord IN THE LISTS BELOW:
photocathode_mirror_overlap_bottom: -25.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror. MUST BE A z_edge Co-ord IN THE LISTS BELOW:

model_shape: 0, // Torus shape
z_edge: [ 74.4, 43.1, 5.0, 0.0, -25.0, -43.1, -69.4, -158.0],
rho_edge: [ 0.0, 82.8, 100.98, 101.0, 96.0, 82.8, 35.0, 35.0],
z_origin: [ -50.9, 0.0, 0.0, 0.0, 0.0, 50.9, -158.0],
}

// From Specification
{
type: "PMT",
version: 1,
index: "r1408Spec",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "PMTOptics0",
model_params: "PMTOptics0_0",

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 27.5, // mm
dynode_top:   -5.9, // mm
wall_thickness: 3.0, // mm

photocathode_mirror_overlap_top: 5.0, // mm, above this in z is pure photocathode MUST BE A z_edge Co-ord IN THE LISTS BELOW:
photocathode_mirror_overlap_bottom: -25.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror. MUST BE A z_edge Co-ord IN THE LISTS BELOW:

model_shape: 0, // Torus shape
z_edge:   [ 75.09, 46.2, 5.0,   0.0,   -25.0, -46.2, -60.9, -90.1, -145.0 ],
rho_edge: [ 0.0,   80.2, 101.8, 102.0, 96.5,  80.2,  58.1,  35.0,  35.0, ],
z_origin: [ -50.9, 0.0,  0.0,   0.0,   0.0,   50.9,  -90.1, -145.0, ],
}

// As Measured in Oxford
{
type: "PMT",
version: 1,
index: "r1408",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "PMTOptics0",
model_params: "PMTOptics0_0",

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 27.5, // mm
dynode_top:   -5.9, // mm
wall_thickness: 3.0, // mm

photocathode_mirror_overlap_top: 5.0, // mm, above this in z is pure photocathode MUST BE A z_edge Co-ord IN THE LISTS BELOW:
photocathode_mirror_overlap_bottom: -25.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror. MUST BE A z_edge Co-ord IN THE LISTS BELOW:

model_shape: 0, // Torus shape
z_edge:   [ 74.9,  49.4, 5.0,   0.0,   -25.0, -49.4, -62.0,  -90.09, -145.1 ],
rho_edge: [ 0.0,   74.5, 100.2, 100.5, 95.0,  74.5,  54.5,   35.0,   35.0 ],
z_origin: [ -46.6, 0.0,  0.0,   0.0,   0.0,   46.6,  -90.09, -145.1 ],
}

{
type: "PMT",
version: 1,
index: "r7081",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "PMTOptics0",
model_params: "PMTOptics0_0",

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 27.5, // mm
dynode_top:   -5.9, // mm
wall_thickness: 3.0, // mm

photocathode_mirror_overlap_top: 40.0, // mm, above this in z is pure photocathode MUST BE A z_edge Co-ord IN THE LISTS BELOW:
photocathode_mirror_overlap_bottom: -40.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror. MUST BE A z_edge Co-ord IN THE LISTS BELOW:

model_shape: 0, // Torus shape
z_edge: [ 96.7, 40.0, 0.0, -40.0, -90.0, -142.0 ],
rho_edge: [ 0.0, 111.0, 130.0, 111.0, 42.25, 42.25 ],
z_origin: [ -40.0, 0.0, 0.0, 40.0, -142.0 ],

}

// Updated to proper size from measurements
{
type: "PMT",
version: 1,
index: "N16PMT",
run_range: [0,0],
pass: 0,
comment: "",
timestamp: "",

model_type: "PMTOptics0",
model_params: "PMTOptics0_0",

dynode_material: "stainless_steel",
glass_material: "glass",
pmt_vacuum_material: "pmt_vacuum", // dilute air
photocathode_surface: "photocathode-1408",
mirror_surface: "mirror",

dynode_radius: 10.0, // mm
dynode_top:   -40.0, // mm
wall_thickness: 2.0, // mm

photocathode_mirror_overlap_top: 26.0, // mm, above this in z is pure photocathode
photocathode_mirror_overlap_bottom: 25.0, // mm, above this but below overlap_top is mirror and photocathode, below is mirror.

model_shape: 2, // Cylindrical shape
radius: 25.43,
height: 99.32,
}