Beam Tracing¶

In this example, we show the various beam profiles predicted by the model.

Mismatches Table
XARM
YARM
Input Path
AS Path
POP Path
LO Path
Output Path

First we must set up the model. We will use a simple model with no detectors.

from finesse_40m.factory import FortyMeterFactory

# Import the factory with default parameters
factory = FortyMeterFactory()
factory.options.add_detectors = False

# Make a finesse model
model = factory.make()

Mismatches Table ¶

Finesse computes the optimal eigenmode at each point in the simulation based on the inputs we give it. The Finesse-40m package has already defined cavities for the major subsystems. Here we plot the points where the beam scatters between higher order modes due to a Beam Parameter mismatch.

The mismatches here have been converted from float (0-1) into a percentage where 100% means the overlap integral between the two gaussian modes at each node is 0.

model.mismatches_table(numfmt='{:.2%}')

Coupling	Mismatch (x)	Mismatch (y)
AS2AR.p1.i -> AS2AR.p1.o	98.82%	98.98%
AS2AR.p2.i -> AS2AR.p2.o	98.82%	98.98%
BHDBS.p2.i -> BHDBS.p4.o	7.53%	11.08%
BHDBS.p3.i -> BHDBS.p4.o	7.53%	11.08%
BHDBS.p4.i -> BHDBS.p2.o	7.53%	11.08%
BHDBS.p4.i -> BHDBS.p3.o	7.53%	11.08%
BS.p1.i -> BS.p2.o	0.00%	0.00%
BS.p2.i -> BS.p4.o	0.80%	0.61%
BS.p2.i -> BS.p1.o	0.00%	0.00%
BS.p3.i -> BS.p4.o	0.82%	0.64%
BS.p4.i -> BS.p3.o	0.82%	0.64%
BS.p4.i -> BS.p2.o	0.80%	0.61%
ITMX.p1.i -> ITMX.p2.o	0.69%	0.30%
ITMX.p2.i -> ITMX.p1.o	0.69%	0.30%
ITMXAR.p1.i -> ITMXAR.p1.o	0.00%	0.00%
ITMXAR.p2.i -> ITMXAR.p2.o	0.00%	0.00%
ITMY.p1.i -> ITMY.p2.o	0.87%	0.43%
ITMY.p2.i -> ITMY.p1.o	0.87%	0.43%
ITMYAR.p1.i -> ITMYAR.p1.o	0.00%	0.00%
ITMYAR.p2.i -> ITMYAR.p2.o	0.00%	0.00%
PR3AR.p1.i -> PR3AR.p1.o	0.05%	0.27%
PR3AR.p2.i -> PR3AR.p2.o	0.05%	0.27%
PRM.p1.i -> PRM.p2.o	0.60%	0.24%
PRM.p2.i -> PRM.p1.o	0.60%	0.24%
PRM.p2.i -> PRM.p2.o	0.00%	0.00%
PRMAR.p1.i -> PRMAR.p1.o	11.04%	11.04%
PRMAR.p2.i -> PRMAR.p2.o	11.04%	11.04%
SRMAR.p1.i -> SRMAR.p1.o	4.03%	4.65%
SRMAR.p2.i -> SRMAR.p2.o	4.03%	4.65%

XARM ¶

This is the XARM eigenmode.

from finesse_40m.factory import FortyMeterFactory

# Import the factory with default parameters
factory = FortyMeterFactory()
factory.options.add_detectors = False

# Make a finesse model
model = factory.make()

ps = model.propagate_beam(model.ETMX.p1,model.ITMXAR.p2)
ps.plot(resolution='all')
print(ps)

┌─────────────╥──────────┬───────────┬──────────┬───────────┬───────────┬────────────┬───────────┬───────────────────┐
│             ║    z     │    w0     │    zr    │     w     │    RoC    │     S      │ Acc. Gouy │         q         │
╞═════════════╬══════════╪═══════════╪══════════╪═══════════╪═══════════╪════════════╪═══════════╪═══════════════════╡
│  ETMX.p1.o  ║      0 m │ 3.1138 mm │ 28.627 m │ 5.1575 mm │  -59.48 m │ -16.812 mD │        0° │ -37.800 + 28.627j │
├─────────────╫──────────┼───────────┼──────────┼───────────┼───────────┼────────────┼───────────┼───────────────────┤
│  ITMX.p1.i  ║  37.79 m │ 3.1138 mm │ 28.627 m │ 3.1138 mm │  -83.1 km │ -12.034 uD │   52.842° │  -0.010 + 28.627j │
├─────────────╫──────────┼───────────┼──────────┼───────────┼───────────┼────────────┼───────────┼───────────────────┤
│  ITMX.p2.o  ║  37.79 m │ 3.1138 mm │ 41.509 m │ 3.1138 mm │  -83.1 km │ -12.034 uD │   52.842° │  -0.021 + 41.509j │
├─────────────╫──────────┼───────────┼──────────┼───────────┼───────────┼────────────┼───────────┼───────────────────┤
│ ITMXAR.p2.i ║ 37.815 m │ 3.1138 mm │ 41.509 m │ 3.1138 mm │ 403.91 km │  2.4758 uD │   52.877° │   0.004 + 41.509j │
└─────────────╨──────────┴───────────┴──────────┴───────────┴───────────┴────────────┴───────────┴───────────────────┘

YARM ¶

This is the YARM eigenmode.

ps = model.propagate_beam(model.ETMY.p1,model.ITMYAR.p2)
ps.plot(resolution='all')
print(ps)

┌─────────────╥──────────┬───────────┬──────────┬───────────┬───────────┬────────────┬───────────┬───────────────────┐
│             ║    z     │    w0     │    zr    │     w     │    RoC    │     S      │ Acc. Gouy │         q         │
╞═════════════╬══════════╪═══════════╪══════════╪═══════════╪═══════════╪════════════╪═══════════╪═══════════════════╡
│  ETMY.p1.o  ║      0 m │ 3.1412 mm │ 29.135 m │ 5.1465 mm │  -60.26 m │ -16.595 mD │        0° │ -37.811 + 29.135j │
├─────────────╫──────────┼───────────┼──────────┼───────────┼───────────┼────────────┼───────────┼───────────────────┤
│  ITMY.p1.i  ║  37.81 m │ 3.1412 mm │ 29.135 m │ 3.1412 mm │ -883.4 km │  -1.132 uD │   52.383° │  -0.001 + 29.135j │
├─────────────╫──────────┼───────────┼──────────┼───────────┼───────────┼────────────┼───────────┼───────────────────┤
│  ITMY.p2.o  ║  37.81 m │ 3.1412 mm │ 42.245 m │ 3.1412 mm │ -883.4 km │  -1.132 uD │   52.383° │  -0.002 + 42.245j │
├─────────────╫──────────┼───────────┼──────────┼───────────┼───────────┼────────────┼───────────┼───────────────────┤
│ ITMYAR.p2.i ║ 37.835 m │ 3.1412 mm │ 42.245 m │ 3.1412 mm │ 77.661 km │  12.876 uD │   52.417° │   0.023 + 42.245j │
└─────────────╨──────────┴───────────┴──────────┴───────────┴───────────┴────────────┴───────────┴───────────────────┘

Input Path ¶

We can now take the YARM eigenmode and project it into the REFL port

ps = model.propagate_beam(model.ITMY.p2.i,model.REFL_port.p1.i)
ps.plot(resolution='all')
ps.print()

	z	w0	zr	w	RoC	S	Acc. Gouy	q
ITMY.p2.i	0 m	2.8609 mm	35.042 m	2.8609 mm	883.4 km	1.132 uD	40.877m°	0.001 + 35.042j
ITMY.p2.o	0 m	2.8609 mm	35.042 m	2.8609 mm	-883.4 km	-1.132 uD	40.877m°	-0.001 + 35.042j
ITMYAR.p2.i	25 mm	2.8609 mm	35.042 m	2.8609 mm	52.008 km	19.228 uD	81.754m°	0.024 + 35.042j
ITMYAR.p1.o	25 mm	2.8609 mm	24.167 m	2.8609 mm	35.868 km	27.88 uD	81.754m°	0.016 + 24.167j
BS.p2.i	2.2822 m	2.8609 mm	24.167 m	2.8735 mm	259.15 m	3.8587 mD	5.4176°	2.274 + 24.167j
BS.p1.o	2.2822 m	2.8609 mm	24.167 m	2.8735 mm	259.15 m	3.8587 mD	5.4176°	2.274 + 24.167j
PR3.p2.i	2.6834 m	2.8609 mm	24.167 m	2.8784 mm	221.03 m	4.5243 mD	6.3588°	2.675 + 24.167j
PR3.p1.o	2.6834 m	2.8756 mm	24.415 m	2.8784 mm	553.54 m	1.8065 mD	6.3588°	1.079 + 24.415j
PR2.p2.i	4.7642 m	2.8756 mm	24.415 m	2.8996 mm	191.81 m	5.2135 mD	11.203°	3.160 + 24.415j
PR2.p1.o	4.7642 m	2.8756 mm	24.415 m	2.8996 mm	191.81 m	5.2135 mD	11.203°	3.160 + 24.415j
PRM.p1.i	6.699 m	2.8756 mm	24.415 m	2.9375 mm	122.1 m	8.19 mD	15.615°	5.095 + 24.415j
PRM.p2.o	6.699 m	2.8116 mm	33.845 m	2.9375 mm	122.1 m	8.19 mD	15.615°	10.240 + 33.845j
PRMAR.p1.i	6.724 m	2.8116 mm	33.845 m	2.9381 mm	121.85 m	8.2066 mD	15.654°	10.265 + 33.845j
PRMAR.p2.o	6.724 m	2.8116 mm	23.341 m	2.9381 mm	84.036 m	11.9 mD	15.654°	7.079 + 23.341j
IFI.p3.i	9.724 m	2.8116 mm	23.341 m	3.0626 mm	64.131 m	15.593 mD	22.137°	10.079 + 23.341j
IFI.p4.o	9.724 m	2.8116 mm	23.341 m	3.0626 mm	64.131 m	15.593 mD	22.137°	10.079 + 23.341j
REFL_port.p1.i	9.724 m	2.8116 mm	23.341 m	3.0626 mm	64.131 m	15.593 mD	22.137°	10.079 + 23.341j

AS Path ¶

We can now take the XARM eigenmode and project it into the AS port

ps = model.propagate_beam(model.ITMX.p2.i,model.AS_port.p1.i)
ps.plot(resolution='all')
ps.print()

	z	w0	zr	w	RoC	S	Acc. Gouy	q
ITMX.p2.i	0 m	2.8656 mm	35.156 m	2.8656 mm	83.1 km	12.034 uD	40.744m°	0.015 + 35.156j
ITMX.p2.o	0 m	2.8656 mm	35.156 m	2.8656 mm	-83.1 km	-12.034 uD	40.744m°	-0.015 + 35.156j
ITMXAR.p2.i	25 mm	2.8656 mm	35.156 m	2.8656 mm	122.05 km	8.1935 uD	81.487m°	0.010 + 35.156j
ITMXAR.p1.o	25 mm	2.8656 mm	24.246 m	2.8656 mm	84.171 km	11.881 uD	81.487m°	0.007 + 24.246j
BSARX.p3.i	2.3262 m	2.8656 mm	24.246 m	2.8785 mm	256.98 m	3.8913 mD	5.5033°	2.308 + 24.246j
BSARX.p1.o	2.3262 m	3.538 mm	53.591 m	3.554 mm	568.02 m	1.7605 mD	5.5033°	5.102 + 53.591j
BS.p3.i	2.3553 m	3.538 mm	53.591 m	3.5542 mm	564.86 m	1.7703 mD	5.5341°	5.131 + 53.591j
BS.p4.o	2.3553 m	3.538 mm	53.591 m	3.5542 mm	564.86 m	1.7703 mD	5.5341°	5.131 + 53.591j
BSARAS.p2.i	2.3844 m	3.538 mm	53.591 m	3.5544 mm	561.74 m	1.7802 mD	5.5649°	5.160 + 53.591j
BSARAS.p4.o	2.3844 m	2.8656 mm	24.246 m	2.8788 mm	254.14 m	3.9349 mD	5.5649°	2.335 + 24.246j
SR2.p2.i	2.5472 m	2.8656 mm	24.246 m	2.8807 mm	237.89 m	4.2037 mD	5.9458°	2.497 + 24.246j
SR2.p1.o	2.5472 m	2.879 mm	24.473 m	2.8807 mm	700.28 m	1.428 mD	5.9458°	0.856 + 24.473j
SRM.p1.i	4.056 m	2.879 mm	24.473 m	2.8924 mm	255.6 m	3.9123 mD	9.4618°	2.365 + 24.473j
SRM.p2.o	4.056 m	2.8507 mm	34.792 m	2.8924 mm	208.61 m	4.7937 mD	9.4618°	5.974 + 34.792j
SRMAR.p2.i	4.081 m	2.8507 mm	34.792 m	2.8927 mm	207.79 m	4.8126 mD	9.5018°	5.999 + 34.792j
SRMAR.p1.o	4.081 m	2.8507 mm	23.994 m	2.8927 mm	143.3 m	6.9782 mD	9.5018°	4.137 + 23.994j
AS1.p1.i	4.8002 m	2.8507 mm	23.994 m	2.9085 mm	123.41 m	8.103 mD	11.161°	4.856 + 23.994j
AS1.p2.o	4.8002 m	164.23 um	79.634 mm	2.9085 mm	-1.4126 m	-707.93 mD	11.161°	-1.408 + 0.080j
AS2.p1.i	5.3407 m	164.23 um	79.634 mm	1.7967 mm	-874.88 mm	-1.143 D	13.168°	-0.868 + 0.080j
AS2.p3.o	5.3407 m	203.16 um	176.7 mm	2.2183 mm	-1.9376 m	-516.11 mD	13.168°	-1.921 + 0.177j
AS2AR.p2.i	5.3502 m	203.16 um	176.7 mm	2.2074 mm	-1.9281 m	-518.64 mD	13.194°	-1.912 + 0.177j
AS2AR.p1.o	5.3502 m	203.16 um	121.86 mm	2.2074 mm	-1.3297 m	-752.02 mD	13.194°	-1.318 + 0.122j
ASL.p1.i	7.8502 m	203.16 um	121.86 mm	1.9801 mm	1.1941 m	837.46 mD	182.02°	1.182 + 0.122j
ASL.p2.o	7.8502 m	203.4 um	122.15 mm	1.9801 mm	1.1955 m	836.46 mD	182.02°	1.183 + 0.122j
AS_Window_Vac.p1.i	10.35 m	203.4 um	122.15 mm	6.1358 mm	3.687 m	271.23 mD	186.02°	3.683 + 0.122j
AS_Window_Vac.p3.o	10.35 m	203.81 um	177.83 mm	6.1481 mm	5.3675 m	186.31 mD	186.02°	5.362 + 0.178j
AS_Window_Air.p3.i	10.362 m	203.81 um	177.83 mm	6.1619 mm	5.3795 m	185.89 mD	186.03°	5.374 + 0.178j
AS_Window_Air.p1.o	10.362 m	203.4 um	122.15 mm	6.1496 mm	3.6952 m	270.62 mD	186.03°	3.691 + 0.122j
AS_port.p1.i	10.462 m	203.4 um	122.15 mm	6.316 mm	3.7951 m	263.5 mD	186.08°	3.791 + 0.122j

POP Path ¶

We can now take the XARM eigenmode and project it into the AS port

ps = model.propagate_beam(model.ITMX.p2.i,model.AS_port.p1.i)
ps.plot(resolution='all')
ps.print()

	z	w0	zr	w	RoC	S	Acc. Gouy	q
ITMX.p2.i	0 m	2.8656 mm	35.156 m	2.8656 mm	83.1 km	12.034 uD	40.744m°	0.015 + 35.156j
ITMX.p2.o	0 m	2.8656 mm	35.156 m	2.8656 mm	-83.1 km	-12.034 uD	40.744m°	-0.015 + 35.156j
ITMXAR.p2.i	25 mm	2.8656 mm	35.156 m	2.8656 mm	122.05 km	8.1935 uD	81.487m°	0.010 + 35.156j
ITMXAR.p1.o	25 mm	2.8656 mm	24.246 m	2.8656 mm	84.171 km	11.881 uD	81.487m°	0.007 + 24.246j
BSARX.p3.i	2.3262 m	2.8656 mm	24.246 m	2.8785 mm	256.98 m	3.8913 mD	5.5033°	2.308 + 24.246j
BSARX.p1.o	2.3262 m	3.538 mm	53.591 m	3.554 mm	568.02 m	1.7605 mD	5.5033°	5.102 + 53.591j
BS.p3.i	2.3553 m	3.538 mm	53.591 m	3.5542 mm	564.86 m	1.7703 mD	5.5341°	5.131 + 53.591j
BS.p4.o	2.3553 m	3.538 mm	53.591 m	3.5542 mm	564.86 m	1.7703 mD	5.5341°	5.131 + 53.591j
BSARAS.p2.i	2.3844 m	3.538 mm	53.591 m	3.5544 mm	561.74 m	1.7802 mD	5.5649°	5.160 + 53.591j
BSARAS.p4.o	2.3844 m	2.8656 mm	24.246 m	2.8788 mm	254.14 m	3.9349 mD	5.5649°	2.335 + 24.246j
SR2.p2.i	2.5472 m	2.8656 mm	24.246 m	2.8807 mm	237.89 m	4.2037 mD	5.9458°	2.497 + 24.246j
SR2.p1.o	2.5472 m	2.879 mm	24.473 m	2.8807 mm	700.28 m	1.428 mD	5.9458°	0.856 + 24.473j
SRM.p1.i	4.056 m	2.879 mm	24.473 m	2.8924 mm	255.6 m	3.9123 mD	9.4618°	2.365 + 24.473j
SRM.p2.o	4.056 m	2.8507 mm	34.792 m	2.8924 mm	208.61 m	4.7937 mD	9.4618°	5.974 + 34.792j
SRMAR.p2.i	4.081 m	2.8507 mm	34.792 m	2.8927 mm	207.79 m	4.8126 mD	9.5018°	5.999 + 34.792j
SRMAR.p1.o	4.081 m	2.8507 mm	23.994 m	2.8927 mm	143.3 m	6.9782 mD	9.5018°	4.137 + 23.994j
AS1.p1.i	4.8002 m	2.8507 mm	23.994 m	2.9085 mm	123.41 m	8.103 mD	11.161°	4.856 + 23.994j
AS1.p2.o	4.8002 m	164.23 um	79.634 mm	2.9085 mm	-1.4126 m	-707.93 mD	11.161°	-1.408 + 0.080j
AS2.p1.i	5.3407 m	164.23 um	79.634 mm	1.7967 mm	-874.88 mm	-1.143 D	13.168°	-0.868 + 0.080j
AS2.p3.o	5.3407 m	203.16 um	176.7 mm	2.2183 mm	-1.9376 m	-516.11 mD	13.168°	-1.921 + 0.177j
AS2AR.p2.i	5.3502 m	203.16 um	176.7 mm	2.2074 mm	-1.9281 m	-518.64 mD	13.194°	-1.912 + 0.177j
AS2AR.p1.o	5.3502 m	203.16 um	121.86 mm	2.2074 mm	-1.3297 m	-752.02 mD	13.194°	-1.318 + 0.122j
ASL.p1.i	7.8502 m	203.16 um	121.86 mm	1.9801 mm	1.1941 m	837.46 mD	182.02°	1.182 + 0.122j
ASL.p2.o	7.8502 m	203.4 um	122.15 mm	1.9801 mm	1.1955 m	836.46 mD	182.02°	1.183 + 0.122j
AS_Window_Vac.p1.i	10.35 m	203.4 um	122.15 mm	6.1358 mm	3.687 m	271.23 mD	186.02°	3.683 + 0.122j
AS_Window_Vac.p3.o	10.35 m	203.81 um	177.83 mm	6.1481 mm	5.3675 m	186.31 mD	186.02°	5.362 + 0.178j
AS_Window_Air.p3.i	10.362 m	203.81 um	177.83 mm	6.1619 mm	5.3795 m	185.89 mD	186.03°	5.374 + 0.178j
AS_Window_Air.p1.o	10.362 m	203.4 um	122.15 mm	6.1496 mm	3.6952 m	270.62 mD	186.03°	3.691 + 0.122j
AS_port.p1.i	10.462 m	203.4 um	122.15 mm	6.316 mm	3.7951 m	263.5 mD	186.08°	3.791 + 0.122j

LO Path ¶

We can now take the PRC eigenmode and project it along the LO to the BHD

ps = model.propagate_beam(model.PRM.p1.o,model.BHDBS_OUT2_Window.p1.i, via_node=model.LO1.p1.i)
ps.plot(resolution='all')
ps.print()

	z	w0	zr	w	RoC	S	Acc. Gouy	q
PRM.p1.o	0 m	2.8806 mm	24.501 m	2.9431 mm	-122.1 m	-8.19 mD	0°	-5.132 + 24.501j
PR2.p1.i	1.9348 m	2.8806 mm	24.501 m	2.905 mm	-190.95 m	-5.237 mD	4.3956°	-3.197 + 24.501j
PR2.p3.o	1.9348 m	2.8811 mm	35.538 m	2.9055 mm	-276.97 m	-3.6104 mD	4.3956°	-4.638 + 35.538j
PR2AR_for.p1.i	1.9475 m	2.8811 mm	35.538 m	2.9054 mm	-277.71 m	-3.6009 mD	4.4157°	-4.625 + 35.538j
PR2AR_for.p2.o	1.9475 m	2.8811 mm	24.509 m	2.9054 mm	-191.52 m	-5.2213 mD	4.4157°	-3.190 + 24.509j
LO1.p1.i	2.3502 m	2.8811 mm	24.509 m	2.8997 mm	-218.34 m	-4.5801 mD	5.3433°	-2.787 + 24.509j
LO1.p2.o	2.3502 m	285.73 um	241.06 mm	2.8997 mm	-2.4583 m	-406.78 mD	5.3433°	-2.434 + 0.241j
LO2.p1.i	4.931 m	285.73 um	241.06 mm	334.27 um	543.4 mm	1.8403 D	120.95°	0.146 + 0.241j
LO2.p2.o	4.931 m	285.86 um	241.27 mm	334.27 um	544.27 mm	1.8373 D	120.95°	0.146 + 0.241j
LO3.p1.i	6.518 m	285.86 um	241.27 mm	2.0734 mm	1.7668 m	565.98 mD	171.8°	1.733 + 0.241j
LO3.p2.o	6.518 m	47.083 um	6.5453 mm	2.0734 mm	-288.31 mm	-3.4685 D	171.8°	-0.288 + 0.007j
LO4.p1.i	6.8871 m	47.083 um	6.5453 mm	584.15 um	81.472 mm	12.274 D	345.88°	0.081 + 0.007j
LO4.p2.o	6.8871 m	360.62 um	383.98 mm	584.15 um	-790.64 mm	-1.2648 D	345.88°	-0.489 + 0.384j
BHDBS_LO.p1.i	7.1444 m	360.62 um	383.98 mm	421.34 um	-867.5 mm	-1.1527 D	366.62°	-0.232 + 0.384j
BHDBS_LO.p3.o	7.1444 m	360.62 um	383.98 mm	421.34 um	-867.5 mm	-1.1527 D	366.62°	-0.232 + 0.384j
BHDBS.p4.i	7.1553 m	360.62 um	383.98 mm	416.13 um	-887.96 mm	-1.1262 D	367.82°	-0.221 + 0.384j
BHDBS.p3.o	7.1553 m	360.62 um	383.98 mm	416.13 um	-887.96 mm	-1.1262 D	367.82°	-0.221 + 0.384j
BHDBS_OUT2.p3.i	7.1662 m	360.62 um	383.98 mm	411.11 um	-911.68 mm	-1.0969 D	369.06°	-0.210 + 0.384j
BHDBS_OUT2.p1.o	7.1662 m	360.62 um	383.98 mm	411.11 um	-911.68 mm	-1.0969 D	369.06°	-0.210 + 0.384j
BHDBS_OUT2_Window.p1.i	7.5662 m	360.62 um	383.98 mm	402.28 um	966.57 mm	1.0346 D	424.06°	0.190 + 0.384j

Output Path ¶

We can now take the PRC eigenmode and project it along the LO to the BHD

ps = model.propagate_beam(model.ITMX.p1.i,model.BHDBS_OUT2_Window.p1.i, via_node=model.SRM.p1.i)
ps.plot(resolution='all')
ps.print()

	z	w0	zr	w	RoC	S	Acc. Gouy	q
ITMX.p1.i	0 m	3.1138 mm	28.627 m	3.1138 mm	-83.1 km	-12.034 uD	0°	-0.010 + 28.627j
ITMX.p2.o	0 m	3.1138 mm	41.509 m	3.1138 mm	-83.1 km	-12.034 uD	0°	-0.021 + 41.509j
ITMXAR.p2.i	25 mm	3.1138 mm	41.509 m	3.1138 mm	403.91 km	2.4758 uD	34.508m°	0.004 + 41.509j
ITMXAR.p1.o	25 mm	3.1138 mm	28.627 m	3.1138 mm	278.56 km	3.5899 uD	34.508m°	0.003 + 28.627j
BSARX.p3.i	2.3262 m	3.1138 mm	28.627 m	3.1238 mm	357.96 m	2.7936 mD	4.6304°	2.304 + 28.627j
BSARX.p1.o	2.3262 m	3.8444 mm	63.276 m	3.8568 mm	791.22 m	1.2639 mD	4.6304°	5.093 + 63.276j
BS.p3.i	2.3553 m	3.8444 mm	63.276 m	3.857 mm	786.79 m	1.271 mD	4.6566°	5.122 + 63.276j
BS.p4.o	2.3553 m	3.8444 mm	63.276 m	3.857 mm	786.79 m	1.271 mD	4.6566°	5.122 + 63.276j
BSARAS.p2.i	2.3844 m	3.8444 mm	63.276 m	3.8571 mm	782.4 m	1.2781 mD	4.6828°	5.151 + 63.276j
BSARAS.p4.o	2.3844 m	3.1138 mm	28.627 m	3.1241 mm	353.97 m	2.8251 mD	4.6828°	2.331 + 28.627j
SR2.p2.i	2.5472 m	3.1138 mm	28.627 m	3.1255 mm	331.18 m	3.0196 mD	5.0063°	2.493 + 28.627j
SR2.p1.o	2.5472 m	3.1255 mm	28.843 m	3.1255 mm	4.1001 km	243.9 uD	5.0063°	0.203 + 28.843j
SRM.p1.i	4.056 m	3.1255 mm	28.843 m	3.131 mm	487.73 m	2.0503 mD	7.9995°	1.712 + 28.843j
SRM.p2.o	4.056 m	3.0975 mm	41.078 m	3.131 mm	284.94 m	3.5095 mD	7.9995°	6.050 + 41.078j
SRMAR.p2.i	4.081 m	3.0975 mm	41.078 m	3.1312 mm	283.82 m	3.5234 mD	8.0336°	6.075 + 41.078j
SRMAR.p1.o	4.081 m	3.0975 mm	28.33 m	3.1312 mm	195.74 m	5.1089 mD	8.0336°	4.190 + 28.330j
AS1.p1.i	4.8002 m	3.0975 mm	28.33 m	3.1437 mm	168.39 m	5.9385 mD	9.4515°	4.909 + 28.330j
AS1.p2.o	4.8002 m	151.54 um	67.806 mm	3.1437 mm	-1.4083 m	-710.09 mD	9.4515°	-1.405 + 0.068j
AS2.p1.i	5.3407 m	151.54 um	67.806 mm	1.938 mm	-869.82 mm	-1.1497 D	11.173°	-0.864 + 0.068j
AS2.p2.o	5.3407 m	150.8 um	67.148 mm	1.938 mm	-865.56 mm	-1.1553 D	11.173°	-0.860 + 0.067j
AS3.p1.i	5.9362 m	150.8 um	67.148 mm	613.56 um	-281.84 mm	-3.5481 D	20.939°	-0.265 + 0.067j
AS3.p2.o	5.9362 m	204.45 um	123.42 mm	613.56 um	-392.83 mm	-2.5456 D	20.939°	-0.349 + 0.123j
OFI.p1.i	6.342 m	204.45 um	123.42 mm	224.92 um	325.75 mm	3.0699 D	116.11°	0.057 + 0.123j
OFI.p3.o	6.342 m	204.45 um	123.42 mm	224.92 um	325.75 mm	3.0699 D	116.11°	0.057 + 0.123j
AS4.p1.i	6.642 m	204.45 um	123.42 mm	625.1 um	399.3 mm	2.5044 D	162.38°	0.357 + 0.123j
AS4.p2.o	6.642 m	449.63 um	596.93 mm	625.1 um	-1.1946 m	-837.12 mD	162.38°	-0.577 + 0.597j
BHDBS.p1.i	7.092 m	449.63 um	596.93 mm	459.62 um	-2.943 m	-339.79 mD	194.42°	-0.127 + 0.597j
BHDBS.p3.o	7.092 m	449.63 um	596.93 mm	459.62 um	-2.943 m	-339.79 mD	194.42°	-0.127 + 0.597j
BHDBS_OUT2.p3.i	7.1029 m	449.63 um	596.93 mm	457.98 um	-3.1981 m	-312.69 mD	195.43°	-0.116 + 0.597j
BHDBS_OUT2.p1.o	7.1029 m	449.63 um	596.93 mm	457.98 um	-3.1981 m	-312.69 mD	195.43°	-0.116 + 0.597j
BHDBS_OUT2_Window.p1.i	7.5029 m	449.63 um	596.93 mm	498.06 um	1.5373 m	650.5 mD	231.86°	0.284 + 0.597j