Las Campanas Observatory

WIRC, the wide field infrared camera, contains four 1024 x 1024 Hawaii HgCdTe arrays mounted in a common focal plane. The gap between the arrays is 0.87 of an array dimension. The instrument is perated at the Cassegrain focus of the du Pont telescope.

The camera operates from 1.0-2.3 microns, i.e. in the 1.0, J, H, and Ks filter bands. A fast tip-tilt subsystem delivers image quality as good as 0.4" FWHM. A 13' x 13' field can be mapped in four pointings stepped so as to fill the gaps in the 2 x 2 detector array. Telescope and camera control software has been developed to allow for efficient mapping of substantial areas with this camera.

In addition to this document a detailed description of WIRC has been published in the Astronomical Journal. Here is the PDF version: WIRC AJ Paper

A somewhat project specific, but still very useful and easy to set of instructions for using WIRC (written by Mario Hamuy -- U. de Chile) is available from the Carnegie Supernova Program (CSP) Web site at C100/WIRC Observing Procedures

This manual is maintained by David Murphy. Please email me with your comments, corrections, and suggestions (david@ociw.edu).

1.1 Detector Parameters

The WIRC dewar houses four Rockwell 1024 x 1024 pixel HgCdTe arrays. The pixel size is 18.5 microns, which gives a scale of 0.196" per pixel and a linear dimension of 201" x 201" for each array at the Cassegrain focus of the 100-inch telescope. The active area of each array is 18.944 x 18.944 mm, and the (nominal) detector spacing is 16.5 mm (892 pixels). The orientation on the sky of the four chips is illustrated in Figure 1.1 .

Fig. 1.1 -- WIRC Chip Orientation

1.2 The WIRC Control System

The camera is operated by the Control System electronics and software. The electronics are mounted on the telescope next to the dewar, and in a rack which is located in the dome on the main observing floor. The data acquisition system consists of three computers:

ARACHNE

RIGEL

PALAS

These computers are all on a local network switch and by being so isolated, their network performance is not affected by general LAN traffic.

ARACHNE is the main control computer for the system. All control of the camera, guiding functions and telescope control occurs through a variety of Windows tasks run on ARACHNE. ARACHNE is a dual monitor machine (multiheaded) to facilitate the display of these control windows.

PALAS is dedicated to array readout and runs autonomously under control of ARACHNE. All functions of PALAS should be transparent to the observer including bootup. The only required visitor interaction with PALAS would be to verify that it is up and running in case there is a problem with the system.

RIGEL is an Observatory standard Mac Mini with a variety of popular tools such as IRAF, DS9, etc. useful for data reduction. Completed image frames in FITS format are streamed onto RIGEL from PALAS during the observing for analysis and processing by IRAF.

In a typical scenario with two observers, one will control the camera by sitting in front of the two monitors and keyboard of ARACHNE and the other will use RIGEL to verify the quality of incoming data.

2. User Accounts and Security Policies

The non privileged user account for both ARACHNE and RIGEL is:

username: wfirc

The current password should be posted on the monitors of ARACHNE and RIGEL. It is our goal to make these account/passwords universal on these computers for all functions requiring secure access.

Any function requiring the administrator or root password will be handled by local support staff. Other than this we have left our security in a relatively lax state for the convenience of the visitors, however any uninvited system configuration or modification (other than ordinary cosmetic preference settings) are not permitted. This includes the installation of software packages by anyone other than qualified Carnegie staff.

3. Logging on and System Startup

One first logs into RIGEL with the above account and creates a directory to store the observational data. Rigel has one shared data volume called /Volumes/Data_Rigel. For example:

> cd /Volumes/Data_Rigel
> mkdir 2008Jul04

Using subdirectory names based on the date will help the staff and subsequent users keep the disks organized and safe.

Next, log on to ARACHNE with the wfirc account and start the control system by double clicking the camera icon. Within a few seconds the Database Initialization window (Fig. 3.1) will appear.

Fig. 3.1 -- Database initialization window

All the systems shown in Fig. 3.1 should be set to online. You can optionally enter an observer name. Then click on OK. A few seconds later, the Camera Control Window should appear on the screen in the upper left hand corner.

In the Camera Control window, go to the Modules pull-down menu (Fig. 3.2) and start up the following windows:

TeleGUI
Display
Guider (DO NOT START THE GUIDER UNTIL YOU ARE READY TO OBSERVE)
Dichroic
Temperature Controller
Thermometers

Fig. 3.2 -- Camera Control GUI

After opening the GUIs described above do the following immediately:

If you just logged on or re-started the system turn on the Heater in the Temperature Controller. Set point should be 258 K. It will take about 10 minutes for the temperature to reach that value. The piezos won't really work before that.

Check the temperatures of the relevant channels (see section 7).

Next, the Readmode should be set to "Double" in the Camera Control window. The other options (Single, Bias, and Reset) are used only for testing and/or engineering.

Finally, go to the Options pull-down menu in the Camera Control window and click on DataPath. In the Path Parameter box which appears on the screen, enter the data path as in the example below:

\\rigel\Data_Rigel\2008Jul04

Follow the above syntax for the path name carefully. Images are stored on RIGEL in a multipart format: the prefix "irx", followed by an image number, followed by the chip number, followed by the loop number, followed by a ".fits" extension. The first four parts of the filename are separated by an underscore. For example:

irx_31428_c1_003.fits

is image number number 31428 of chip 1 and was the 3rd image taken in a loop. A typical picture taking sequence in a loop of 1 would generate four images with the following names:

irx_31428_c1_001.fits
irx_31428_c2_001.fits
irx_31428_c3_001.fits
irx_31428_c4_001.fits

4. The Telescope Control Module

Three tools -- SkyMap, Airmass, and Object List -- are accessible by clicking on the File pull-down menu of the Telescope Control Module.

4.1 SkyMap Tool

SkyMap displays the current position of the telescope on the sky along with the positions, magnitudes, and spectral types of stars from one of three catalogs: the HST GSC (default), the GSC+ (the GSC augmented by stars from the USNO A2 catalog) and SAO catalogs. These catalogs can be selected via the File pull-down menu. The size of each star is proportional to the apparent magnitude, and its color reflects the spectral type (black means that the spectral type is unknown). In this window, a single click with the left mouse button gives the catalog number, spectral type (if available), and apparent V magnitude of the star. Under the Parameters pull-down menu, Mag. Limit sets the limiting magnitude of the catalog stars plotted on the map. The four boxes drawn in dashed lines show the positions of the four arrays on the sky. To display the area accessible to the guider use the Parameters pull-down menu and select "Show Guider". Note that the "Zoom" command in the Parameters menu, the percentage refers to the area mapped -- e.g., 200% means that the area displayed in the map is doubled. Control of the guider is discussed in section 5.

Fig. 4.1.1 -- Skymap

4.2 Airmass Tool

The Airmass tool graphically displays the airmass as a function of U.T. for the telescope coordinates displayed in the Telescope Control Module. The red dot shows the current airmass, and the blue line indicates how this will evolve with time. Note that airmasses above a value of 3 are not plotted (for good reason!). Changing the coordinates in the Telescope Control window will cause the airmass graph to be immediately updated. The time axis can be shortened or lengthened by clicking on the arrow keys in the Airmass Tool window.

Fig. 4.2.1 -- Airmass

4.3 Object List Tool

The Object List tool allows the observer to send positions directly from stored catalogs to the telescope control computer. On the File pull-down menu, the Load option brings up a list of the catalogs currently stored in C:/WFIRC/OBJECTS. Object catalogs are ascii files and can be created in advance of an observing run (see Appendix A) or input one object at a time using the popup windows spawned by the Add button. Once an object is highlighted with a single click of the left mouse button, the SendTo button sends the coordinates to the telescope control system (TCS) computer. The coordinates appear on the TCS screen just below the guider display and the Object Name will appear in the Camera Control Window. The night assistant will then use these coordinates to slew to the new position.

Fig. 4.3.1 -- Object List

4.4 Controlling the Telescope

The telescope can be driven directly by the observer over small offsets, and indirectly over larger slews, using the Telescope Control GUI. The Get button reads the telescope coordinates and displays them in the coordinate windows. The equinox of the displayed coordinates can be set to 1950, 2000, or the current date. Note that this setting affects only the displayed coordinates. The Get button also updates the SkyMap tool to the current telescope coordinates. It is important to remember that if the telescope is moved by hand (i.e., it is not offset directly from ARACHNE), neither the SkyMap tool nor the telescope coordinates in the Telescope Control window are updated automatically. SkyMap always displays the map corresponding to the last Get request, SendTo command, or direct offset from ARACHNE. The Preview button will send the selected coordinates to the Telescope Control and Airmass GUIs but will not send them to the TCS or update the object name in the Camera Control GUI. This command is useful for examing the field and airmass for your next target.

Fig. 4.4.1 -- Telescope Control

To move to an object, either select it from the Object List and click SendTo or type the object's coordinates in to the coordinate boxes in the Telescope Control GUI and click the Send button. This sends coordinates to the TCS. These coordinates are then displayed below the guider display on the TCS screen. The night assistant will use the displayed coordinates to slew the telescope.

The directional buttons on the lower half of the telescope control window allow the observer to offset the telescope directly. The offsets are carried out in SET mode and require no intervention by the night assistant. If you hit the north button, for example, the telescope moves north by the number of arcseconds listed in the dy box. The dx box controls the magnitude of right ascention offsets, also in arcseconds. The S(dx) and S(dy) boxes display the total accumulated offsets since the last click on the Zero button. If you are dithering around a central position, it is a good idea to zero these accumulated offsets when the telescope first arrives at the central position. If anything goes wrong during the dithering sequence, these accumulated offsets allow you to figure out where you were in the sequence. The 0,0 button sends the telescope back to the (0,0) position -- i.e., it offsets the telescope by -S(dx) and -S(dy). The accumlated offsets are also set to 0 when you click the SendTo button in the Object List.

5. Using the Dichroic-Guider

A dichroic mirror within the camera sends optical light to an intensified-CCD camera that processes star images for fast guiding. Guide stars are pointed at by the Dichroic module and imaged/processed by the Guider camera module. The guider camera can access a total field of 9'x9', which is always centered on the telescope coordinates. The field of the guider camera is much smaller, 95"x126". Through tilts of the dichroic mirror, the small field is moved around and can be pointed anywhere within the large field under control of the Dichroic module.

5.1 The Dichroic Window

Figure 5.1.1 shows the Dichroic window. This is a close-up of the Sky Map with the four detectors outlined in red. The small rectangular blue box shows the current field of the Guider camera. This rectangle can move within the field as the dichroic is positioned (by the two motors on the outside of the blue-box)

Fig. 5.1.1 -- The Dichroic Control Window

The rectangle can be moved manually in RA and DEC by entering relative moves (in arcsec) and using the North, South, East and West buttons. The rectangle can also be moved by clicking on one of the stars in the field and using the Move button.

5.2 The Guider

If you are ready to start your night, open the Guider window from the Camera Control window (Modules) (see Figure 3.2). Make sure that the TV camera is turned ON.

After Zero Pointing the telescope (see Section 6.2) and with the bright star in the center of the field, look for it on the Guider display. If it doesn't appear in the display, look in the neighborhood with the EW and NS buttons in the dichroic window. Once you have found the bright star and more or less centered in in the display of the guider, use the Reset command in the dichroic window, under File. This will locate the center of the guiding field for the dichroic. From then on, you will be able to click for guide stars or run a Macro that uses the guider.

The Guider window has several pull-down menus but they are not very relevant to the observer. Focusing the guider camera requires physically moving the camera on the Blue Box (ask the technical crew for assistance). We have found that it is better to guide on relatively faint guide stars (m > 12); the auto-select guide program will try to pick those stars.

Because there is a focus offset between Ks and Hc (see section 6.1), the guider image will be sharper if the Xybion camera is offset in focus by a corresponding amount. The sense of the change is as follows:

Suppose the Ks telescope (MACS) focus is 4760, and that the Xybion is in good focus. With the Hc filter in, the MACS focus number wants to be decreased by 15 units, to 4745. Go out to the Xybion micrometer and turn it one complete turn clockwise. That will bring it back into focus. Note that:

1 MACS unit = 0.0362 mm at the focal plane. Down means the focal plane moves toward the secondary.

15 MACS units = 0.543 mm at the focal plane = 1.1 turn of the Xybion micrometer; clockwise = in = toward the secondary.

5.3 Manual Guide Star Selection/Commence Guiding

In the Dichroic-Control GUI, left-mouse click on the desired star and then click the Move button. E-W and N-S motions of the guider field can also be entered and executed. From the Guider menu in the Guider window, select the Select Star option. Clicking on the star should then move the white guider box to the star. To begin guiding, press the Guider ON/OFF toggle button. A small red circle around the star will appear; it indicates that the guider is operating.

6. Observing

6.1 Changing Filters

Filters are changed by selecting a filter in the Camera Control window. The list of filters presently available is:

Filter	Comments
Dk	Dark
Jc	Carnegie
Hc	Carnegie
Ks	short K

The camera has a different focus for the Ks filter than for the Jc and Hc filters. The "gauge" and "targ" values in the TCS display should be increased by 15 units for Ks.

Warning: Do not under any circumstances operate the filter wheel when the dewar is cooling down or warming up. The detector should be below 85 K.

6.2 Zero Pointing the Telescope

At the beginning of the night, ask the night assistant to slew the telescope to the position of an SAO star, or a star fainter than 5th magnitude (the Persson et al. IR standards work well for this). Offset from the field center to the center of chip 1 (set dx=dy=191 in the Telescope GUI, and click on the SE button). Next take a 3 - 5 second exposure. To do this, go to the Camera Control window, set Exptime to 3, Loops to 1, Chip to 1, and then click on the Go button. When the exposure terminates, display the image using the Display GUI (see section 6.5). Check the location of the star in the chip, and center it (if necessary) by offseting the telescope. Take a second exposure to ensure that the star is now centered in chip 1, then offset the telescope back to the field center (set dx=dy=191 in the Telescope GUI, and click on the NW button). Ask the night assistant to do a "CSET" on the TCS at this position. This procedure should not need to be repeated for the rest of the night.

6.3 Focusing

Make sure that the night assistant has done an "GSET" on the TCS (once at the beginning of the night is sufficient). Next use the SkyMap tool to find a 11th mag star (a standard is ok) near your object location to use for focusing the telescope. Place the star near the center of chip 1, and set the telescope focus to 30 units above your best guess for the focus (see the TCS monitor for the predicted focus). Set Exptime to 10, Loops to 1, Chip to 1 in the Camera Control Window, and take a series of exposures by clicking on the Go button. Decrease the focus by 5 units after each exposure until reaching a focus value 30 units below the best-guess focus. Examine the widths of the stellar profiles in each of the resulting images using the imexam task in IRAF. Contour plots are often the most effective focus tool. The telescope has a non-negligible astigmatism and one can see the image shape rotate 90 degress as you go through the focus. Set the telescope focus to the best value, and ask the night assistant to do an "FSET" in the TCS. Make sure that the night assistant periodically updates the focus to match the predicted value. It is a surprisingly accurate predictor of focus changes with zenith distance and temperature. It provides an excellent first guess for focusing at the start of subsequent nights.

6.4 Creating and Running Dithering and Mosaicing Macros

The Macro utility on the Camera Control window allows the observer to create automatic dithering and mosaicing sequences. "Dithers" refer to the small (10"-15") offsets around a single pointing of the four arrays; "mosaics" refer to the large (190") offsets required to fill in the gaps between the arrays. To create a 13' x 13' filled image, the standard observing sequence includes several small dithers around each of four pointings required to fill the gaps.

To create a macro, click either the Mos or Std buttons on the Camera Control GUI. The Mos button should be used for observations requiring both "dithers" and "mosaics"; the Std button is intended for observations which only require "dithers" (such as for Standard Stars). A Macro Definition window will appear, allowing details of the dither/mosaic sequence to be entered.

For the Mos option, there are three basic choices to be made:

1) mosaic (step and pattern),

2) dither (step and pattern), and

3) guiding

Fig. 6.4.1 -- Mosaic-Macro Definition

The Mosaic-Pattern pull-down menu in the Macro Definition window gives choices of canned mosaicing schemes. If any of the schemes other than none-1 is selected, the magnitude of the offset between mosaic positions is given by Mosaic-Step. If none-1 is selected, there will be no large offsets to fill in the gaps.

Similarly, the Dither-Pattern pull-down gives different options for the dither pattern. In this case, Dither-Step provides the size of the small dithers.

The Guider/Dichroic box has three choices. None selects no guiding. If auto is selected, the guider will offset automatically to compensate for the telescope offset. The last choice is manual. This option prompts the observer to shift the guider manually before beginning the next exposure.

The Macro Definition window which appears when the Std button is selected is similar to that for the Mos button. Here, however, the options that must be defined are the chips to be read (selected by the Chip pull-down menu), the Dither-Step), and the Dither Pattern.

Fig. 6.4.2 -- Standard-Star-Macro Definition

Once the parameters in the Macro Definition window have been defined, click on the OK button. Next, go back to the Camera Control window and set the Exptime, Objtype, Filter, and Loops parameters. (Due to intermittent noise problems which have not yet been fixed as of 1 March 2002, currently recommended exposure times are 120 sec in Jc, 90 sec in Hc, and 60 sec in Ks.) The Filename should be set to "1" (or any other number you like) at the beginning of the run, and will increment automatically whenever a new exposure is taken.

Note: Generally speaking, It's not a good idea to re-set the file number at a later time because the system will overwrite existing files without warning.

Finally, to initiate the macro, click on the Execute button near the bottom of the Camera Control window. The macro execution can be followed by clicking on the Macro-Progress option in the Options pull-down menu of the Camera Control window. When the macro terminates, the observer will be prompted by several beeps. The green boxes shown in the SkyMap will reflect both the dither and Mosaic movements. The Clear SavePos option in the Options pull-down menu allows you to erase previous positions.

Tips on mapping contiguous areas:

Note that initial pointing position and the center of your mosaic are not the same

2) When using the "square_1_9" macro, it is sometimes wise to select one's own guidestar after a "big" move, because the guider has trouble with stars that are too bright. Use instead a "pmc2_1_9" macro, (i.e., edit the macro line) which pauses for observer intervention after each big move.

6.5 Displaying Images

The Display GUI on ARACHNE can be used to display images automatically as they are taken, or as the user selects them. This window also provides crude sky subtraction and image statistics. Images are loaded by clicking on Load Image in the File pull-down menu. The options possible are:

Select

Next

run

chip

loop

Previous

run

chip

loop

Last

Fig. 6.5.1 -- Display

The chip to be displayed is easily changed by setting the Chip option in the Display tool window.

The Display tool can be set up to automatically load the next image taken by clicking on Autoload in the Options menu. Another useful option in the Options menu is Size, which allows the image to be displayed either as 256x256 or 512x512 pixels on the ARACHNE desktop.

To see an image with the sky subtracted, the image to be used for sky subtraction must first be selected by clicking on Load Sky in the File pull-down. Then click on the Sky Subtract box in the Display tool window to toggle on sky subtraction for the subsequent images displayed.
The first time this feature is used one must use Select or Last to load a sky file. Previous and Next do not work because there is no current sky file.

Finally, the Display GUI can be used to carry out simple image statistics. Pressing the left mouse button on any point in the image will display the XY coordinates and value of that pixel in the pixel,value box. The radius of a circle for calculating statistics can be be adjusted by clicking on the Radius arrow keys. Pressing the left mouse button at any point in the image will display in the MinMax and AvDev boxes, respectively, the minimum and maximum pixel values, and the average and standard deviation of the pixels within this radius.

Note that images may be also be easily viewed with IRAF on RIGEL using the imexam task. This is the preferred method for more extensive examination of the data than is possible using the Display tool on ARACHNE.

6.6 Quick-Look Tools in IRAF

There are a number of simple IRAF scripts that will help you get a feeling for how good your data are. Typing "wfirc_observe" in the Rigel IRAF window will load a set of scripts. These are:

dis frame# chip# loop#	Displays irx_frame#_chip_loop# into buffer 1 in Ximtool. Saves you having to type "irx" and all those under scores all the time.
dp frame#1 frame#2 chip# loop#	Takes the difference between frames #1 and #2 for Chip# and loop#, displays the difference and brings up the imexamine task. This is a usefull way of keeping track of the seeing, focus and dithering progress.
avgo frame#1 frame#2 chip	Combines the loops for frames #1 and #2 and then differences and displays, as above. Helps you to see a little deeper.

6.7 Flat Fields, Darks and Masks

If you want to do precision photometry you should use either dome flats or twilight flats. The Hawaii arrays have significant fringing and these are additive effects. A dark-sky median flat will remove these features cosmetically but induce photometric errors. Properly flattend data will show the fringes quite clearly, but they will come out with proper sky subtraction. It is best to take your dome flats at the end of the night when it is still reasonably dark in the dome. (In the evening you should have the dome open as soon as possible to reach thermal equilibrium). Ask the night assistant or a member of the technical support staff to open the primary mirror cover and point the telescope to the (closed) dome with the H.A. set to 3 hr W. Turn on the flat field lamp from the lowest of the control panels in the rack which also contains the UT/ST clocks. Exceeding the MAX 500 voltage will burn out the bulbs. The following lamp levels should yield ~8000 counts for a 10-second exposure:

Filter	Lamp Level
Jc	280
Hc	270
Ks	265

Take a 15-loop (minimum) sequence of exposures in each filter to be used. It is recommended that an equal number of flat exposures be taken in each filter with the lamp turned off to remove the thermal emission from the dome, dark-current, bias residuals etc.

Dark exposures are generally not needed. The dark rates for all of the chips are entirely negligible. Taking your flats as the difference of lamp "on" and "off" exposures will remove the dark from them (also negligible).

The dome flats or medianed dark sky frames can be used to construct bad pixel masks, if needed.

6.8 Data Management

The following table gives typical numbers for the amount of data that WIRC will generate for different types of observations:

Observation	Mbytes	N (typical)	Total (typical)
complete picture (all 4 chips)	8.4
tile, square_1_9 macro, loop=3, exptime=60	228	18	4104
std_1_5 macro, loop=2	22	5	110
domeflat sequence: lamp on & off, loop=15	252	1	252

N (typical) in this table is a typical number of such tiles, standards, and flats per night, with a 60-second exposure time for the tile data. Allowing for test and focus frames, it is easy to accumulate 5 Gbyte per night, with this number rising toward 10 Gbyte for 30-second, rather than 60-second, exposures for the science object data frames.

Note that DDS3 DAT tapes hold 15 Gbyte, so put no more than two nights' worth of data (for the example in the table) on a tape. Rigel can also create single layer DVD's (any type of single layer DVD, although the observatory stocks mainly DVD-R media) which hold 4.38 GB of data each. See section 8 for instructions on how to use the DAT and DVD drives.

7. Temperature Monitors

The camera temperature monitor (the "Thermometer" GUI) and the M2 temperature contoller ("Temp. Control" GUI) do not need close attention. The only relevant monitor channels are #6, #7, and #8, whose readings should stay around the values in the following table. If any of these wander up in temperature by more than a degree K, inform the night assistant and/or day crew.

Likewise, the M2 temperature controller value should stay close to 258K. The Control SetPoint, Heater, and Tune parameters should NOT be changed.

GUI	Channel	Cooling Circuit	Nominal Value
Thermometer	6	fluid input line	223
Thermometer	7	fluid output line	224
Thermometer	8	detector	77

Temp. Control	-	M2 drivers	258

There is a useful graph that can be kept in the background to check temperatures of the WIRC.

8. Saving Data to Tape or DVD

8.1 Tape Storage

A DDS4 DAT drive is available on RIGEL for writing each night's data to tape. (Note: This drive will read DDS3, DDS2, and DDS1 90 meter tapes; it will not read DDS-1 60 meter tapes. Users should bring their own DDS4 tapes, as none are available at the Observatory.) To use this drive, load a tape and run the following commands from a terminal window on RIGEL.

cd /data3/2005Mar25	(or wherever your data happen to be)
mt -f /dev/nst0 rewind	set the tape at the beginning (use '0cn' for compressed format, or '0ln' for uncompressed)
tar -cvf /dev/nst0 *	writes the data files to tar archive file 1
mt -f /dev/nst0 rewind	reset the tape at the beginning
tar -tvf /dev/nst0	check that data are on the tape by listing tarfile contents to screen
mt -f /dev/nst0 rewoff	to rewind tape and eject it

Now suppose you want to append data from night 2 to the same tape. This procedure requires caution because it is very easy to erase your data if you make a mistake!

cd /data3/2005Mar26	(or wherever your data happen to be)
mt -f /dev/nst0 rewind	set the tape at the beginning
mt -f /dev/nst0 fsf 1	fsf = `forward skip files'
tar -cvf /dev/nst0 *	writes data directory to tar archive file 2
mt -f /dev/nst0 rewind	reset the tape at the beginning
mt -f /dev/nst0 fsf 1	forward skip to tar archive file 2
tar -tvf /dev/nst0	check that data are on the tape by listing tarfile contents to screen
mt -f /dev/nst0 rewoff	to rewind tape and eject it

8.2 DVD Storage

Before burning DVD's the user may need to split his/her data into different subdirectories of less than 4.38 GB total capacity each as this is the capacity limit For maximum storage efficiency and convenience it is recommended that the observer store his data files in a compressed tar archive before writing them to DVD. An example of how to do this follows. It is not necessary to be root to write DVD's with the procedure given here. Carefully note that there are two device names in play here, /dev/dvdrecorder and /media/dvdrecorder:

cd /data3/2005Mar25	change to data directory
tar -cvf 2005Mar25.tar *	write files to tar archive
gzip 2005Mar25.tar	compress tar archive
growisofs -Z /dev/dvdrecorder -R -J 2005Mar25.tar.gz	Write the DVD.
ls /media/dvdrecorder	optional simple verify
eject	eject DVD

The growisofs command above has many options available to those who wish to explore its capabilities. For more information on these type:

mkiosfs -help

mkiosfs -help

Be advised that before burning DVD's using the above procedure, the user may need to split his/her data into different subdirectories of less than 4.38 GB total capacity each as this is the capacity limit of a single formatted DVD. This is easily and rapidly accomplished using the linux mv command and carefully selected wildcard file name specifiers. On an excellent night the system will sometimes produce enough data for three DVD's.

8.3 Accessing Rigel Shares From a Laptop Directly

The observational data on Rigel is available as a Samba share (SMB protocol share) and as such can be mounted directly by any SMB client. This means that visitors with laptops can have direct access to their data so as to manipulate or copy it to their own disks as desired. Check with the documentation for your particular operating system to see how to mount and access SMB shares. The methods for this are many and varied and depend on the particular OS and client software, but a few examples are described below.

For a generic Linux computers, the smbmount command is one convenient way to mount a share. For example the following commands would be executed on the visitors laptop:

cd	move to your home directory
mkdir rigel_data	create a mount point
su	become super user (enter your root password)
smbmount //rigel/data3 ~rigel_data	mount the data3 share on rigel as a subdir of your home directory

Other methods of accessing the Rigel shares are with GUI tools such as the Computer desktop icon found on the default Gnome desktop of Fedora 3. To access the Samba share data3 with this tool do Computer->File-> Connect to Server. Then set Server Type to Windows Share, and Server to rigel. After entering login credentials (use the WFIRC Rigel account, one is presented with a browsable file window.

One may even use a Web Browser such as FireFox to browse and manipulate files in SMB shares. In the address box just enter smb://rigel. Drag and drop files after navigating through data3 or download them by right clicking for options. Still other methods for accessing the Rigel shares are available such as smbclient, a utility analogous to ftp.

If you are using Windows XP on your laptop, type Start->Run... and in the pop-up box type \\rigel. After authenicating, this will open a window whereby you can navigate all Rigel shares, drag and drop files, copy files, etc. Other methods are possible such as with the Windows Explorer whereby one can navigate to the Network Neighborhood and find Rigel shares in the IRCAM workgroup.

Caution should be exercised when modifying data on Rigel shares as it is the first and original copy of the raw data. Also, remember that using all the above methods will require authentication using the WFIRC account credentials.

9. Typical Performance

9.1 Gain/Saturation/Linearity

The gain of the system appears to be ~1.6 electrons/ADU. Saturation level is approximately 48,000 DN or ~80,000 electrons. The linearity of the detectors was measured by R. Marzke in April of 2000. Departures from linearity were found to be less than 1% for signal levels below 30,000 DN. A linearity curve can be obtained from E. Persson or P. McCarthy. It might be wise practice to keep sky levels below 28,000 DN or so. If you need dynamic range, lower sky levels are better.

9.2 Throughput

The following table gives throughput measurements for different filters. A typical H-band zero point is 1 DN/sec = 24 magnitudes.

Throughput Measurements
Date	Filter	Standard Star	Mag	Count Rate (ADUs/sec)	Count Rate at 0th Mag
14/15 Aug 2000	Hx	SJ9172	12.118	48,278	3.40 x 10⁹

9.3 Sky Background

The following table gives representative count rates on the sky in different filters. Note that the H sky brightness can vary by more than a factor of two within a night.

Sky Background
Date	Filter	Count Rate (ADUs/sec/pixel)	Surface Brightness
5-15 Sept 2000	Hx	180 - 600	14.7 - 13.5 mags

9.4 Observing Efficiency

The new camera control software and electronics have significantly decreased the observing overhead. The following table gives measurements made in August and September 2000 for observations with "dithers" and "mosaics":

Observing Efficiency
Exposure Time (per image)	# Loops	# Dith/Mos	Efficiency
45 sec	3	9/4	68%
20 sec	5	9/1	61%

10. Troubleshooting

The first step is to make sure all the electronics are correctly powered up and functioning at the hardware level. Please contact observer support assistance in this regard.

If data acquisition is failing check the following:

ping

PALAS

RIGEL

vnc

ARACHNE

section 3

3) To test the electronics, the taking of reset pictures is recommended. These should be 4000 - 6000 ADU when the array is cold. Reset pictures can also be taken when the array is warm and these should be in the neighborhood of 10000 ADU (this is the only way to read the array when it is warm).

Some specific problems that might occur are as follows:

Symptom: Module 'x' "freezes" (ie. does not react to the mouse or keyboard)

Solution:

Task Manager

Applications

not responding

End Task

Modules

Shutdown

File

Task Manager

DBManager

ARACHNE

Symptom: Data acquisition fails -- i.e., an error message like "timeout from Win98" appears. (The Win98 system is PALAS, which is the computer in the rack in the dome)

Solution:

Usually this is caused by either something not being connected or powered-up properly in the camera hardware, erroneous syntax for the data path, a non-existent data directory or spelling error for the data directory name, or incorrect file permissions for the data directory name on Rigel.

ARACHNE

Reset PISC

File

Important Note:

Appendix A: Preparing Object Lists

Observers may want to create object lists in advance of their runs for use with the Object List Tool. These are simple ascii files with one line per object. The specific format for each line is:

ID | RA | DEC | EPOCH | MAG | COMMENTS

where the RA and DEC are expressed as hh:mm:ss.ss and dd:mm:ss.s, respectively. The COMMENTS field is optional. A typical list might look as follows:

1999ao | 06:27:26.4 | -35:50:24 | 2000 | 16 | Ia
1999ca | 10:05:22.9 | -34:12:41 | 2000 | 16 | II
1999aw | 11:01:36.4 | -06:06:31 | 2000 | 16 | Ia
1999br | 13:00:41.8 | +02:29:46 | 2000 | 16 | II
1999ac | 16:07:15.0 | +07:58:20 | 2000 | 16 | Ia-p

Use FTP to transfer the list to ARACHNE. Click on the Start button in the Windows NT task bar at the lower left-hand corner of the screen of ARACHNE. Next click on Run, which will open a window. Type "ftp" in the Open: box and then click on the OK button to initiate an FTP session. This should go something like the following:

ftp> lcd wfirc\objects	This is where to put the list file on ARACHNE
ftp> open canopus	(or the computer where your prepared the list file)
ftp> cd mydir	Go to the directory where the list is
ftp> get sne.txt sne.objects	(make sure the file has the extension ".objects")
ftp> quit

At this point, bring up the Object List Tool and follow the instructions in Section 4.3 for accessing the object list.

Appendix B: Throughput Models

The optical transmission for all elements in the optical path as well as the final product (total system transmission) are given by the following tables. The total system transmission at the wavelengths (nm) in column 1 is given by the product of the coefficients in (or in some cases derived from) columns 2-10. A detailed description of each table column follows:

Column 1 (nm) - Wavelength in nanometers

Column 2 (atm) - Average atmospheric transmission

Column 3 (primary) - Transmission of telescope mirrors derived from this column. The combined transmission of the telescope mirrors used in the total throughput calculation is the value given in this column squared and then multiplied by 0.97. This estimates the combined reflectivity of both telescope mirrors with a loss contribution for dust (0.97).

Column 4 (window) - Transmission of camera entry window

Column 5 (M0) - Camera internal flat mirror reflectivity

Column 6 (M1) - Estimated transmission of the three mirror camera design. The actual factor is calculated by taking the value in this column, the measured reflectivity of Offner mirror M1, cubing it and applying further factors of 0.95, and 0.985 to account mirror for the losses induced by the pupil mask sizing and hole in M3, respectively.

Column 7 (dich.) - Camera dichroic transmission

Column 8 (corrector) - The transmission of the two element (4 optical surface) field corrector is calculated from the data in this column. This data represents the transmission measured for a single corrector surface element (actually a witness sample in the same coating batch). The actual factor is the value in this column raised to the 4'th power.

Column 9 (filter) Camera filter transmission at 77 Kelvin.

Column 10 (det.) - Nominal HAWAII detector quantum efficiency

Column 11 (system) - Total system transmission


	  TRANSMISSION FACTORS FOR WIRC J-BAND FILTER PASSBAND
		   (See notes at end of table)
------------------------------------------------------------------------------------
nm     atm  primary  window    M0      M1     dich.   corr.  filter   det.   system
(1)    (2)    (3)     (4)     (5)     (6)     (7)     (8)     (9)     (10)    (11)
------------------------------------------------------------------------------------
1107   0.880  0.9435  0.9413  0.9849  0.9829  0.8964  0.9784  0.0000  0.6392  0.0000
1108   0.843  0.9436  0.9415  0.9849  0.9830  0.9002  0.9785  0.0003  0.6396  0.0001
1109   0.851  0.9436  0.9416  0.9849  0.9830  0.9042  0.9786  0.0010  0.6400  0.0003
1110   0.899  0.9437  0.9418  0.9849  0.9831  0.9083  0.9787  0.0020  0.6403  0.0007
1111   0.741  0.9438  0.9420  0.9849  0.9832  0.9126  0.9788  0.0032  0.6405  0.0009
1112   0.882  0.9438  0.9421  0.9849  0.9832  0.9170  0.9789  0.0047  0.6409  0.0016
1113   0.668  0.9439  0.9423  0.9850  0.9833  0.9214  0.9791  0.0063  0.6412  0.0016
1114   0.765  0.9440  0.9425  0.9850  0.9833  0.9258  0.9792  0.0081  0.6414  0.0024
1115   0.760  0.9440  0.9426  0.9850  0.9834  0.9302  0.9793  0.0099  0.6418  0.0030
1116   0.639  0.9441  0.9428  0.9850  0.9834  0.9344  0.9794  0.0117  0.6420  0.0029
1117   0.583  0.9442  0.9429  0.9850  0.9835  0.9385  0.9796  0.0135  0.6422  0.0031
1118   0.630  0.9442  0.9431  0.9850  0.9835  0.9423  0.9797  0.0152  0.6424  0.0038
1119   0.441  0.9443  0.9432  0.9851  0.9836  0.9460  0.9799  0.0167  0.6426  0.0030
1120   0.503  0.9443  0.9434  0.9851  0.9836  0.9493  0.9800  0.0180  0.6428  0.0036
1121   0.553  0.9444  0.9435  0.9851  0.9837  0.9523  0.9801  0.0191  0.6431  0.0043
1122   0.386  0.9445  0.9437  0.9851  0.9837  0.9549  0.9803  0.0204  0.6432  0.0032
1123   0.439  0.9445  0.9438  0.9851  0.9837  0.9571  0.9804  0.0222  0.6434  0.0040
1124   0.401  0.9446  0.9439  0.9851  0.9838  0.9588  0.9806  0.0250  0.6435  0.0041
1125   0.498  0.9446  0.9441  0.9851  0.9838  0.9600  0.9807  0.0291  0.6437  0.0059
1126   0.349  0.9447  0.9442  0.9852  0.9839  0.9606  0.9809  0.0346  0.6438  0.0050
1127   0.586  0.9447  0.9444  0.9852  0.9839  0.9607  0.9810  0.0415  0.6439  0.0100
1128   0.423  0.9448  0.9445  0.9852  0.9840  0.9603  0.9812  0.0500  0.6441  0.0087
1129   0.558  0.9449  0.9446  0.9852  0.9840  0.9594  0.9814  0.0605  0.6442  0.0139
1130   0.404  0.9449  0.9448  0.9852  0.9840  0.9581  0.9815  0.0750  0.6443  0.0125
1131   0.785  0.9450  0.9449  0.9852  0.9841  0.9564  0.9817  0.0947  0.6444  0.0306
1132   0.678  0.9450  0.9450  0.9852  0.9841  0.9544  0.9818  0.1157  0.6444  0.0322
1133   0.557  0.9451  0.9451  0.9853  0.9842  0.9520  0.9820  0.1330  0.6445  0.0304
1134   0.385  0.9451  0.9453  0.9853  0.9842  0.9493  0.9821  0.1493  0.6445  0.0236
1135   0.199  0.9452  0.9454  0.9853  0.9842  0.9464  0.9823  0.1750  0.6446  0.0142
1136   0.516  0.9452  0.9455  0.9853  0.9843  0.9433  0.9825  0.2173  0.6446  0.0458
1137   0.809  0.9453  0.9457  0.9853  0.9843  0.9400  0.9826  0.2704  0.6446  0.0891
1138   0.668  0.9453  0.9458  0.9853  0.9844  0.9365  0.9828  0.3250  0.6446  0.0882
1139   0.754  0.9454  0.9459  0.9853  0.9844  0.9330  0.9830  0.3748  0.6447  0.1145
1140   0.736  0.9454  0.9460  0.9854  0.9844  0.9293  0.9831  0.4250  0.6447  0.1263
1141   0.640  0.9455  0.9461  0.9854  0.9845  0.9256  0.9833  0.4818  0.6447  0.1242
1142   0.663  0.9455  0.9463  0.9854  0.9845  0.9220  0.9835  0.5435  0.6446  0.1447
1143   0.779  0.9456  0.9464  0.9854  0.9845  0.9183  0.9836  0.6063  0.6446  0.1890
1144   0.464  0.9456  0.9465  0.9854  0.9846  0.9147  0.9838  0.6674  0.6446  0.1236
1145   0.538  0.9457  0.9466  0.9854  0.9846  0.9113  0.9840  0.7250  0.6446  0.1553
1146   0.717  0.9457  0.9468  0.9854  0.9846  0.9079  0.9841  0.7768  0.6445  0.2210
1147   0.372  0.9458  0.9469  0.9855  0.9847  0.9048  0.9843  0.8197  0.6445  0.1208
1148   0.774  0.9458  0.9470  0.9855  0.9847  0.9018  0.9845  0.8500  0.6444  0.2599
1149   0.678  0.9459  0.9471  0.9855  0.9847  0.8991  0.9846  0.8662  0.6444  0.2314
1150   0.536  0.9459  0.9472  0.9855  0.9848  0.8967  0.9848  0.8750  0.6443  0.1845
1151   0.639  0.9460  0.9474  0.9855  0.9848  0.8946  0.9850  0.8834  0.6442  0.2218
1152   0.694  0.9460  0.9475  0.9855  0.9848  0.8928  0.9852  0.8921  0.6442  0.2430
1153   0.719  0.9461  0.9476  0.9855  0.9849  0.8914  0.9853  0.9000  0.6441  0.2538
1154   0.635  0.9461  0.9477  0.9856  0.9849  0.8905  0.9855  0.9063  0.6439  0.2257
1155   0.703  0.9462  0.9479  0.9856  0.9849  0.8900  0.9857  0.9111  0.6438  0.2513
1156   0.734  0.9462  0.9480  0.9856  0.9849  0.8900  0.9859  0.9147  0.6437  0.2636
1157   0.806  0.9462  0.9481  0.9856  0.9850  0.8904  0.9860  0.9172  0.6436  0.2906
1158   0.815  0.9463  0.9482  0.9856  0.9850  0.8913  0.9862  0.9190  0.6435  0.2950
1159   0.848  0.9463  0.9484  0.9856  0.9850  0.8926  0.9864  0.9201  0.6434  0.3080
1160   0.787  0.9464  0.9485  0.9857  0.9851  0.8942  0.9866  0.9200  0.6433  0.2867
1161   0.876  0.9464  0.9486  0.9857  0.9851  0.8962  0.9867  0.9184  0.6432  0.3194
1162   0.882  0.9465  0.9487  0.9857  0.9851  0.8984  0.9869  0.9180  0.6431  0.3226
1163   0.931  0.9465  0.9489  0.9857  0.9851  0.9009  0.9871  0.9207  0.6428  0.3427
1164   0.911  0.9465  0.9490  0.9857  0.9852  0.9036  0.9873  0.9240  0.6427  0.3379
1165   0.919  0.9466  0.9491  0.9857  0.9852  0.9066  0.9874  0.9247  0.6426  0.3424
1166   0.922  0.9466  0.9493  0.9857  0.9852  0.9096  0.9876  0.9229  0.6424  0.3443
1167   0.922  0.9467  0.9494  0.9857  0.9852  0.9128  0.9878  0.9193  0.6423  0.3444
1168   0.927  0.9467  0.9495  0.9858  0.9853  0.9161  0.9879  0.9146  0.6421  0.3460
1169   0.922  0.9468  0.9497  0.9858  0.9853  0.9194  0.9881  0.9096  0.6420  0.3438
1170   0.938  0.9468  0.9498  0.9858  0.9853  0.9228  0.9883  0.9050  0.6418  0.3495
1171   0.937  0.9468  0.9500  0.9858  0.9853  0.9261  0.9885  0.9015  0.6416  0.3493
1172   0.948  0.9469  0.9501  0.9858  0.9853  0.9294  0.9886  0.8992  0.6414  0.3539
1173   0.949  0.9469  0.9502  0.9858  0.9854  0.9326  0.9888  0.8980  0.6413  0.3554
1174   0.874  0.9470  0.9504  0.9858  0.9854  0.9357  0.9890  0.8981  0.6411  0.3288
1175   0.947  0.9470  0.9505  0.9859  0.9854  0.9387  0.9892  0.8992  0.6410  0.3581
1176   0.960  0.9470  0.9507  0.9859  0.9854  0.9414  0.9893  0.9015  0.6408  0.3651
1177   0.958  0.9471  0.9508  0.9859  0.9855  0.9440  0.9895  0.9050  0.6405  0.3671
1178   0.879  0.9471  0.9510  0.9859  0.9855  0.9463  0.9897  0.9094  0.6404  0.3396
1179   0.960  0.9472  0.9511  0.9859  0.9855  0.9483  0.9898  0.9141  0.6402  0.3738
1180   0.938  0.9472  0.9513  0.9859  0.9855  0.9500  0.9900  0.9180  0.6400  0.3677
1181   0.955  0.9472  0.9515  0.9860  0.9855  0.9514  0.9902  0.9206  0.6399  0.3763
1182   0.838  0.9473  0.9516  0.9860  0.9856  0.9524  0.9903  0.9223  0.6397  0.3314
1183   0.956  0.9473  0.9518  0.9860  0.9856  0.9531  0.9905  0.9238  0.6394  0.3792
1184   0.922  0.9474  0.9520  0.9860  0.9856  0.9536  0.9907  0.9253  0.6393  0.3669
1185   0.908  0.9474  0.9521  0.9860  0.9856  0.9538  0.9908  0.9264  0.6391  0.3619
1186   0.976  0.9474  0.9523  0.9860  0.9856  0.9538  0.9910  0.9267  0.6389  0.3894
1187   0.951  0.9475  0.9525  0.9861  0.9857  0.9536  0.9912  0.9257  0.6388  0.3794
1188   0.858  0.9475  0.9526  0.9861  0.9857  0.9532  0.9913  0.9230  0.6386  0.3413
1189   0.940  0.9476  0.9528  0.9861  0.9857  0.9526  0.9915  0.9184  0.6384  0.3721
1190   0.958  0.9476  0.9530  0.9861  0.9857  0.9520  0.9916  0.9130  0.6381  0.3769
1191   0.945  0.9476  0.9532  0.9861  0.9857  0.9513  0.9918  0.9077  0.6380  0.3696
1192   0.961  0.9477  0.9534  0.9861  0.9858  0.9505  0.9919  0.9027  0.6378  0.3738
1193   0.952  0.9477  0.9536  0.9862  0.9858  0.9497  0.9921  0.8980  0.6376  0.3683
1194   0.960  0.9478  0.9538  0.9862  0.9858  0.9488  0.9922  0.8936  0.6375  0.3695
1195   0.948  0.9478  0.9540  0.9862  0.9858  0.9480  0.9924  0.8895  0.6373  0.3632
1196   0.941  0.9478  0.9542  0.9862  0.9858  0.9472  0.9925  0.8857  0.6370  0.3587
1197   0.964  0.9479  0.9544  0.9862  0.9858  0.9465  0.9927  0.8822  0.6369  0.3662
1198   0.951  0.9479  0.9546  0.9862  0.9859  0.9459  0.9928  0.8789  0.6367  0.3598
1199   0.908  0.9480  0.9548  0.9862  0.9859  0.9454  0.9929  0.8758  0.6366  0.3424
1200   0.955  0.9480  0.9550  0.9863  0.9859  0.9450  0.9931  0.8730  0.6364  0.3591
1201   0.944  0.9480  0.9552  0.9863  0.9859  0.9448  0.9932  0.8704  0.6362  0.3539
1202   0.946  0.9481  0.9554  0.9863  0.9859  0.9448  0.9933  0.8684  0.6360  0.3541
1203   0.966  0.9481  0.9557  0.9863  0.9859  0.9449  0.9935  0.8670  0.6358  0.3613
1204   0.871  0.9482  0.9559  0.9863  0.9859  0.9451  0.9936  0.8666  0.6357  0.3259
1205   0.936  0.9482  0.9561  0.9863  0.9859  0.9455  0.9937  0.8670  0.6355  0.3506
1206   0.977  0.9482  0.9564  0.9863  0.9859  0.9460  0.9938  0.8683  0.6354  0.3669
1207   0.951  0.9483  0.9566  0.9863  0.9859  0.9466  0.9939  0.8703  0.6353  0.3585
1208   0.955  0.9483  0.9568  0.9863  0.9859  0.9473  0.9940  0.8730  0.6351  0.3614
1209   0.950  0.9484  0.9571  0.9864  0.9859  0.9481  0.9941  0.8762  0.6349  0.3615
1210   0.946  0.9484  0.9573  0.9864  0.9859  0.9489  0.9942  0.8800  0.6347  0.3619
1211   0.952  0.9484  0.9576  0.9864  0.9860  0.9499  0.9943  0.8842  0.6346  0.3667
1212   0.939  0.9485  0.9578  0.9864  0.9860  0.9508  0.9944  0.8887  0.6345  0.3641
1213   0.981  0.9485  0.9581  0.9864  0.9860  0.9519  0.9945  0.8933  0.6343  0.3829
1214   0.960  0.9486  0.9583  0.9864  0.9860  0.9529  0.9946  0.8979  0.6342  0.3773
1215   0.950  0.9486  0.9586  0.9864  0.9860  0.9540  0.9947  0.9024  0.6341  0.3759
1216   0.973  0.9486  0.9589  0.9864  0.9860  0.9551  0.9947  0.9067  0.6340  0.3873
1217   0.972  0.9487  0.9591  0.9864  0.9860  0.9562  0.9948  0.9105  0.6337  0.3891
1218   0.976  0.9487  0.9594  0.9864  0.9860  0.9572  0.9949  0.9137  0.6336  0.3927
1219   0.960  0.9488  0.9597  0.9864  0.9860  0.9583  0.9949  0.9163  0.6335  0.3880
1220   0.972  0.9488  0.9599  0.9865  0.9860  0.9593  0.9950  0.9180  0.6334  0.3942
1221   0.979  0.9489  0.9602  0.9865  0.9860  0.9603  0.9951  0.9188  0.6332  0.3980
1222   0.969  0.9489  0.9605  0.9865  0.9860  0.9612  0.9951  0.9186  0.6331  0.3943
1223   0.973  0.9489  0.9608  0.9865  0.9860  0.9620  0.9951  0.9177  0.6330  0.3959
1224   0.970  0.9490  0.9610  0.9865  0.9860  0.9628  0.9952  0.9160  0.6329  0.3945
1225   0.984  0.9490  0.9613  0.9865  0.9860  0.9635  0.9952  0.9137  0.6328  0.3996
1226   0.988  0.9491  0.9616  0.9865  0.9860  0.9641  0.9952  0.9108  0.6326  0.4003
1227   0.974  0.9491  0.9619  0.9865  0.9860  0.9646  0.9952  0.9074  0.6325  0.3934
1228   0.990  0.9491  0.9622  0.9865  0.9860  0.9649  0.9953  0.9035  0.6324  0.3985
1229   0.990  0.9492  0.9625  0.9866  0.9860  0.9652  0.9953  0.8994  0.6323  0.3970
1230   0.988  0.9492  0.9628  0.9866  0.9860  0.9653  0.9953  0.8950  0.6321  0.3943
1231   0.993  0.9493  0.9631  0.9866  0.9860  0.9652  0.9953  0.8905  0.6320  0.3944
1232   0.993  0.9493  0.9633  0.9866  0.9860  0.9650  0.9953  0.8860  0.6319  0.3923
1233   0.988  0.9493  0.9636  0.9866  0.9860  0.9646  0.9952  0.8817  0.6318  0.3882
1234   0.994  0.9494  0.9639  0.9866  0.9860  0.9641  0.9952  0.8780  0.6317  0.3889
1235   0.994  0.9494  0.9642  0.9866  0.9860  0.9634  0.9952  0.8750  0.6315  0.3873
1236   0.994  0.9495  0.9645  0.9866  0.9860  0.9626  0.9952  0.8729  0.6314  0.3862
1237   0.994  0.9495  0.9648  0.9867  0.9861  0.9616  0.9951  0.8719  0.6313  0.3854
1238   0.995  0.9495  0.9651  0.9867  0.9861  0.9606  0.9951  0.8723  0.6312  0.3856
1239   0.995  0.9496  0.9654  0.9867  0.9861  0.9594  0.9951  0.8742  0.6311  0.3861
1240   0.995  0.9496  0.9657  0.9867  0.9861  0.9581  0.9950  0.8780  0.6311  0.3872
1241   0.995  0.9497  0.9660  0.9867  0.9861  0.9568  0.9949  0.8835  0.6310  0.3891
1242   0.995  0.9497  0.9663  0.9867  0.9861  0.9555  0.9949  0.8896  0.6309  0.3913
1243   0.995  0.9498  0.9667  0.9867  0.9861  0.9540  0.9948  0.8950  0.6308  0.3931
1244   0.994  0.9498  0.9670  0.9867  0.9861  0.9526  0.9947  0.8985  0.6307  0.3935
1245   0.995  0.9498  0.9673  0.9867  0.9861  0.9511  0.9947  0.9002  0.6306  0.3941
1246   0.995  0.9499  0.9676  0.9868  0.9861  0.9496  0.9946  0.9005  0.6305  0.3936
1247   0.995  0.9499  0.9679  0.9868  0.9861  0.9482  0.9945  0.8998  0.6303  0.3926
1248   0.994  0.9500  0.9682  0.9868  0.9861  0.9467  0.9944  0.8984  0.6302  0.3910
1249   0.995  0.9500  0.9685  0.9868  0.9861  0.9453  0.9943  0.8966  0.6301  0.3899
1250   0.994  0.9500  0.9688  0.9868  0.9861  0.9439  0.9942  0.8950  0.6300  0.3882
1251   0.992  0.9501  0.9691  0.9868  0.9861  0.9425  0.9941  0.8937  0.6300  0.3863
1252   0.995  0.9501  0.9694  0.9868  0.9861  0.9413  0.9940  0.8929  0.6299  0.3865
1253   0.991  0.9502  0.9697  0.9869  0.9861  0.9401  0.9939  0.8924  0.6298  0.3843
1254   0.987  0.9502  0.9700  0.9869  0.9861  0.9390  0.9938  0.8922  0.6297  0.3821
1255   0.994  0.9502  0.9703  0.9869  0.9861  0.9380  0.9937  0.8922  0.6296  0.3843
1256   0.985  0.9503  0.9707  0.9869  0.9861  0.9371  0.9936  0.8925  0.6295  0.3806
1257   0.986  0.9503  0.9710  0.9869  0.9861  0.9364  0.9934  0.8930  0.6295  0.3807
1258   0.991  0.9504  0.9713  0.9869  0.9861  0.9357  0.9933  0.8936  0.6294  0.3826
1259   0.977  0.9504  0.9716  0.9869  0.9861  0.9353  0.9932  0.8943  0.6292  0.3772
1260   0.984  0.9504  0.9719  0.9869  0.9861  0.9350  0.9931  0.8950  0.6291  0.3800
1261   0.962  0.9505  0.9722  0.9870  0.9861  0.9349  0.9930  0.8958  0.6290  0.3718
1262   0.952  0.9505  0.9725  0.9870  0.9861  0.9349  0.9929  0.8966  0.6289  0.3682
1263   0.948  0.9506  0.9728  0.9870  0.9861  0.9352  0.9927  0.8975  0.6289  0.3670
1264   0.930  0.9506  0.9731  0.9870  0.9861  0.9355  0.9926  0.8986  0.6288  0.3605
1265   0.950  0.9506  0.9734  0.9870  0.9861  0.9360  0.9925  0.9000  0.6287  0.3689
1266   0.941  0.9507  0.9737  0.9870  0.9861  0.9366  0.9924  0.9016  0.6286  0.3663
1267   0.948  0.9507  0.9740  0.9870  0.9861  0.9373  0.9923  0.9035  0.6285  0.3700
1268   0.932  0.9508  0.9743  0.9871  0.9861  0.9381  0.9922  0.9056  0.6285  0.3650
1269   0.785  0.9508  0.9746  0.9871  0.9861  0.9389  0.9921  0.9078  0.6284  0.3083
1270   0.949  0.9508  0.9749  0.9871  0.9861  0.9399  0.9919  0.9100  0.6283  0.3738
1271   0.963  0.9509  0.9752  0.9871  0.9861  0.9409  0.9918  0.9122  0.6281  0.3806
1272   0.964  0.9509  0.9755  0.9871  0.9861  0.9419  0.9917  0.9144  0.6280  0.3822
1273   0.963  0.9510  0.9758  0.9871  0.9861  0.9429  0.9916  0.9166  0.6279  0.3831
1274   0.965  0.9510  0.9761  0.9871  0.9861  0.9440  0.9915  0.9187  0.6279  0.3852
1275   0.969  0.9510  0.9764  0.9872  0.9861  0.9451  0.9914  0.9208  0.6278  0.3881
1276   0.975  0.9511  0.9767  0.9872  0.9861  0.9461  0.9913  0.9229  0.6277  0.3918
1277   0.969  0.9511  0.9770  0.9872  0.9861  0.9472  0.9912  0.9250  0.6276  0.3906
1278   0.983  0.9512  0.9772  0.9872  0.9861  0.9482  0.9912  0.9270  0.6275  0.3976
1279   0.980  0.9512  0.9775  0.9872  0.9861  0.9491  0.9911  0.9289  0.6275  0.3975
1280   0.980  0.9512  0.9778  0.9872  0.9861  0.9500  0.9910  0.9307  0.6274  0.3986
1281   0.980  0.9513  0.9781  0.9873  0.9861  0.9508  0.9909  0.9323  0.6273  0.3996
1282   0.992  0.9513  0.9784  0.9873  0.9861  0.9516  0.9909  0.9335  0.6272  0.4054
1283   0.988  0.9514  0.9787  0.9873  0.9861  0.9522  0.9908  0.9344  0.6270  0.4044
1284   0.988  0.9514  0.9789  0.9873  0.9862  0.9528  0.9907  0.9350  0.6269  0.4049
1285   0.985  0.9514  0.9792  0.9873  0.9862  0.9534  0.9907  0.9350  0.6269  0.4040
1286   0.992  0.9515  0.9795  0.9873  0.9862  0.9538  0.9906  0.9345  0.6268  0.4068
1287   0.989  0.9515  0.9797  0.9874  0.9862  0.9542  0.9906  0.9330  0.6267  0.4052
1288   0.983  0.9516  0.9800  0.9874  0.9862  0.9545  0.9905  0.9304  0.6266  0.4017
1289   0.956  0.9516  0.9803  0.9874  0.9862  0.9548  0.9905  0.9262  0.6265  0.3891
1290   0.978  0.9516  0.9805  0.9874  0.9862  0.9550  0.9904  0.9200  0.6264  0.3953
1291   0.989  0.9517  0.9808  0.9874  0.9862  0.9551  0.9904  0.9118  0.6263  0.3964
1292   0.955  0.9517  0.9811  0.9874  0.9862  0.9552  0.9903  0.9022  0.6262  0.3786
1293   0.988  0.9517  0.9813  0.9874  0.9862  0.9552  0.9903  0.8923  0.6262  0.3875
1294   0.982  0.9518  0.9816  0.9875  0.9862  0.9552  0.9903  0.8829  0.6261  0.3813
1295   0.975  0.9518  0.9818  0.9875  0.9862  0.9551  0.9902  0.8750  0.6260  0.3750
1296   0.955  0.9519  0.9820  0.9875  0.9862  0.9550  0.9902  0.8693  0.6258  0.3649
1297   0.932  0.9519  0.9823  0.9875  0.9862  0.9549  0.9901  0.8655  0.6257  0.3545
1298   0.938  0.9519  0.9825  0.9875  0.9862  0.9547  0.9901  0.8630  0.6256  0.3556
1299   0.985  0.9520  0.9828  0.9875  0.9862  0.9544  0.9900  0.8614  0.6255  0.3726
1300   0.912  0.9520  0.9830  0.9876  0.9862  0.9542  0.9900  0.8600  0.6254  0.3444
1301   0.924  0.9520  0.9832  0.9876  0.9862  0.9539  0.9900  0.8585  0.6253  0.3482
1302   0.980  0.9521  0.9835  0.9876  0.9862  0.9536  0.9899  0.8568  0.6252  0.3685
1303   0.918  0.9521  0.9837  0.9876  0.9862  0.9533  0.9898  0.8550  0.6251  0.3442
1304   0.838  0.9521  0.9839  0.9876  0.9862  0.9530  0.9898  0.8534  0.6250  0.3135
1305   0.957  0.9522  0.9841  0.9876  0.9862  0.9527  0.9897  0.8519  0.6249  0.3573
1306   0.968  0.9522  0.9843  0.9877  0.9862  0.9524  0.9897  0.8507  0.6247  0.3608
1307   0.848  0.9523  0.9845  0.9877  0.9862  0.9521  0.9896  0.8500  0.6246  0.3156
1308   0.884  0.9523  0.9848  0.9877  0.9862  0.9518  0.9895  0.8498  0.6245  0.3288
1309   0.958  0.9523  0.9850  0.9877  0.9862  0.9515  0.9895  0.8502  0.6244  0.3564
1310   0.788  0.9524  0.9852  0.9877  0.9862  0.9512  0.9894  0.8511  0.6243  0.2933
1311   0.932  0.9524  0.9854  0.9877  0.9862  0.9509  0.9894  0.8527  0.6242  0.3474
1312   0.932  0.9524  0.9856  0.9878  0.9862  0.9507  0.9893  0.8550  0.6241  0.3482
1313   0.899  0.9525  0.9857  0.9878  0.9862  0.9504  0.9892  0.8579  0.6240  0.3368
1314   0.797  0.9525  0.9859  0.9878  0.9862  0.9503  0.9891  0.8616  0.6239  0.2998
1315   0.831  0.9525  0.9861  0.9878  0.9862  0.9501  0.9891  0.8659  0.6238  0.3140
1316   0.909  0.9526  0.9863  0.9878  0.9862  0.9500  0.9890  0.8711  0.6236  0.3455
1317   0.845  0.9526  0.9865  0.9878  0.9862  0.9499  0.9889  0.8771  0.6234  0.3232
1318   0.925  0.9526  0.9867  0.9878  0.9863  0.9499  0.9888  0.8838  0.6233  0.3564
1319   0.817  0.9527  0.9868  0.9879  0.9863  0.9499  0.9888  0.8915  0.6232  0.3176
1320   0.735  0.9527  0.9870  0.9879  0.9863  0.9500  0.9887  0.9000  0.6231  0.2884
1321   0.820  0.9527  0.9872  0.9879  0.9863  0.9501  0.9886  0.9092  0.6230  0.3250
1322   0.859  0.9528  0.9874  0.9879  0.9863  0.9503  0.9885  0.9180  0.6229  0.3437
1323   0.749  0.9528  0.9875  0.9879  0.9863  0.9506  0.9884  0.9250  0.6228  0.3019
1324   0.830  0.9528  0.9877  0.9879  0.9863  0.9509  0.9883  0.9293  0.6227  0.3361
1325   0.892  0.9529  0.9879  0.9880  0.9863  0.9512  0.9883  0.9311  0.6226  0.3622
1326   0.845  0.9529  0.9880  0.9880  0.9863  0.9516  0.9882  0.9313  0.6223  0.3431
1327   0.777  0.9529  0.9882  0.9880  0.9863  0.9520  0.9881  0.9305  0.6222  0.3152
1328   0.737  0.9530  0.9883  0.9880  0.9863  0.9525  0.9880  0.9295  0.6221  0.2987
1329   0.615  0.9530  0.9885  0.9880  0.9863  0.9530  0.9879  0.9284  0.6220  0.2490
1330   0.725  0.9530  0.9886  0.9880  0.9863  0.9535  0.9878  0.9270  0.6219  0.2931
1331   0.568  0.9531  0.9888  0.9881  0.9863  0.9540  0.9877  0.9250  0.6218  0.2293
1332   0.550  0.9531  0.9889  0.9881  0.9863  0.9546  0.9876  0.9222  0.6217  0.2214
1333   0.690  0.9531  0.9891  0.9881  0.9863  0.9552  0.9875  0.9189  0.6216  0.2768
1334   0.601  0.9532  0.9892  0.9881  0.9863  0.9558  0.9874  0.9152  0.6213  0.2402
1335   0.753  0.9532  0.9893  0.9881  0.9863  0.9564  0.9873  0.9113  0.6212  0.2997
1336   0.651  0.9532  0.9895  0.9881  0.9863  0.9570  0.9873  0.9076  0.6211  0.2582
1337   0.620  0.9533  0.9896  0.9882  0.9863  0.9576  0.9872  0.9044  0.6210  0.2451
1338   0.629  0.9533  0.9897  0.9882  0.9863  0.9582  0.9871  0.9017  0.6209  0.2480
1339   0.770  0.9533  0.9899  0.9882  0.9863  0.9589  0.9870  0.9000  0.6208  0.3031
1340   0.633  0.9534  0.9900  0.9882  0.9863  0.9595  0.9869  0.8994  0.6207  0.2491
1341   0.708  0.9534  0.9901  0.9882  0.9864  0.9601  0.9868  0.8998  0.6205  0.2788
1342   0.790  0.9534  0.9902  0.9882  0.9864  0.9607  0.9867  0.9012  0.6204  0.3116
1343   0.699  0.9534  0.9904  0.9882  0.9864  0.9612  0.9866  0.9034  0.6202  0.2765
1344   0.503  0.9535  0.9905  0.9883  0.9864  0.9618  0.9865  0.9064  0.6201  0.1997
1345   0.633  0.9535  0.9906  0.9883  0.9864  0.9623  0.9864  0.9101  0.6200  0.2523
1346   0.537  0.9535  0.9907  0.9883  0.9864  0.9628  0.9863  0.9143  0.6199  0.2151
1347   0.440  0.9536  0.9908  0.9883  0.9864  0.9633  0.9862  0.9190  0.6198  0.1772
1348   0.151  0.9536  0.9909  0.9883  0.9864  0.9637  0.9861  0.9241  0.6197  0.0611
1349   0.422  0.9536  0.9911  0.9883  0.9864  0.9641  0.9860  0.9295  0.6195  0.1718
1350   0.282  0.9537  0.9912  0.9884  0.9864  0.9645  0.9859  0.9350  0.6194  0.1155
1351   0.162  0.9537  0.9913  0.9884  0.9864  0.9648  0.9858  0.9404  0.6193  0.0667
1352   0.143  0.9537  0.9914  0.9884  0.9864  0.9650  0.9857  0.9447  0.6191  0.0592
1353   0.066  0.9538  0.9915  0.9884  0.9864  0.9652  0.9856  0.9465  0.6190  0.0274
1354   0.060  0.9538  0.9916  0.9884  0.9864  0.9654  0.9855  0.9447  0.6189  0.0248
1355   0.015  0.9538  0.9917  0.9884  0.9864  0.9655  0.9855  0.9380  0.6188  0.0062
1356   0.087  0.9538  0.9918  0.9885  0.9864  0.9655  0.9854  0.9250  0.6187  0.0352
1357   0.053  0.9539  0.9919  0.9885  0.9865  0.9655  0.9853  0.9040  0.6186  0.0210
1358   0.011  0.9539  0.9920  0.9885  0.9865  0.9654  0.9852  0.8733  0.6185  0.0042
1359   0.006  0.9539  0.9921  0.9885  0.9865  0.9652  0.9851  0.8308  0.6184  0.0022
1360   0.010  0.9540  0.9922  0.9885  0.9865  0.9650  0.9850  0.7750  0.6182  0.0034
1361   0.004  0.9540  0.9922  0.9885  0.9865  0.9647  0.9849  0.7051  0.6181  0.0012
1362   0.000  0.9540  0.9923  0.9886  0.9865  0.9643  0.9848  0.6250  0.6179  0.0000
1363   0.018  0.9540  0.9924  0.9886  0.9865  0.9638  0.9847  0.5400  0.6178  0.0042
1364   0.020  0.9541  0.9925  0.9886  0.9865  0.9633  0.9846  0.4550  0.6177  0.0040
1365   0.000  0.9541  0.9926  0.9886  0.9865  0.9628  0.9846  0.3750  0.6176  0.0000
1366   0.049  0.9541  0.9927  0.9886  0.9865  0.9622  0.9845  0.3042  0.6175  0.0065
1367   0.014  0.9542  0.9928  0.9886  0.9865  0.9616  0.9844  0.2432  0.6174  0.0015
1368   0.000  0.9542  0.9928  0.9886  0.9865  0.9609  0.9843  0.1918  0.6173  0.0000
1369   0.029  0.9542  0.9929  0.9887  0.9865  0.9603  0.9842  0.1498  0.6172  0.0019
1370   0.014  0.9542  0.9930  0.9887  0.9865  0.9597  0.9841  0.1170  0.6171  0.0007
1371   0.003  0.9543  0.9931  0.9887  0.9865  0.9590  0.9841  0.0928  0.6170  0.0001
1372   0.017  0.9543  0.9932  0.9887  0.9866  0.9584  0.9840  0.0750  0.6168  0.0006
1373   0.079  0.9543  0.9932  0.9887  0.9866  0.9578  0.9839  0.0612  0.6167  0.0021
1374   0.150  0.9543  0.9933  0.9887  0.9866  0.9572  0.9838  0.0500  0.6166  0.0032
1375   0.074  0.9544  0.9934  0.9888  0.9866  0.9567  0.9837  0.0407  0.6165  0.0013
1376   0.144  0.9544  0.9935  0.9888  0.9866  0.9562  0.9837  0.0330  0.6164  0.0020
1377   0.054  0.9544  0.9935  0.9888  0.9866  0.9558  0.9836  0.0272  0.6164  0.0006
1378   0.168  0.9544  0.9936  0.9888  0.9866  0.9555  0.9835  0.0232  0.6163  0.0017
1379   0.032  0.9545  0.9937  0.9888  0.9866  0.9552  0.9834  0.0208  0.6162  0.0003
1380   0.046  0.9545  0.9937  0.9888  0.9866  0.9550  0.9834  0.0190  0.6161  0.0004
1381   0.003  0.9545  0.9938  0.9888  0.9866  0.9549  0.9833  0.0172  0.6160  0.0000
1382   0.014  0.9546  0.9939  0.9889  0.9866  0.9549  0.9832  0.0154  0.6159  0.0001
1383   0.001  0.9546  0.9939  0.9889  0.9866  0.9549  0.9831  0.0135  0.6157  0.0000
1384   0.012  0.9546  0.9940  0.9889  0.9867  0.9551  0.9831  0.0116  0.6156  0.0001
1385   0.007  0.9546  0.9941  0.9889  0.9867  0.9553  0.9830  0.0097  0.6156  0.0000
1386   0.028  0.9547  0.9941  0.9889  0.9867  0.9555  0.9829  0.0079  0.6155  0.0001
1387   0.081  0.9547  0.9942  0.9889  0.9867  0.9558  0.9829  0.0061  0.6154  0.0002
1388   0.020  0.9547  0.9943  0.9890  0.9867  0.9561  0.9828  0.0046  0.6153  0.0000
1389   0.114  0.9547  0.9943  0.9890  0.9867  0.9565  0.9827  0.0032  0.6152  0.0002
1390   0.100  0.9548  0.9944  0.9890  0.9867  0.9568  0.9826  0.0020  0.6152  0.0001
1391   0.172  0.9548  0.9945  0.9890  0.9867  0.9572  0.9826  0.0011  0.6151  0.0001
1392   0.040  0.9548  0.9945  0.9890  0.9867  0.9576  0.9825  0.0004  0.6150  0.0000
1393   0.053  0.9548  0.9946  0.9890  0.9867  0.9580  0.9824  0.0000  0.6150  0.0000
------------------------------------------------------------------------------------



 
                  TRANSMISSION FACTORS FOR WIRC H-BAND FILTER PASSBAND
	                   (See notes at end of table)

    ------------------------------------------------------------------------------------
     nm     atm  primary  window    M0      M1     dich.   corr.  filter   det.   system
     (1)    (2)    (3)     (4)     (5)     (6)     (7)     (8)     (9)     (10)    (11)
    ------------------------------------------------------------------------------------
    1443   0.388  0.9559  0.9972  0.9897  0.9873  0.9452  0.9801  0.0002  0.6124  0.0000
    1444   0.533  0.9559  0.9973  0.9897  0.9873  0.9454  0.9801  0.0006  0.6124  0.0001
    1445   0.428  0.9560  0.9973  0.9897  0.9873  0.9456  0.9801  0.0013  0.6124  0.0002
    1446   0.189  0.9560  0.9974  0.9897  0.9873  0.9458  0.9801  0.0020  0.6124  0.0002
    1447   0.517  0.9560  0.9974  0.9897  0.9873  0.9462  0.9800  0.0028  0.6126  0.0006
    1448   0.627  0.9560  0.9975  0.9897  0.9873  0.9465  0.9800  0.0036  0.6126  0.0010
    1449   0.671  0.9560  0.9975  0.9897  0.9873  0.9469  0.9800  0.0045  0.6126  0.0013
    1450   0.294  0.9561  0.9975  0.9898  0.9874  0.9473  0.9800  0.0053  0.6126  0.0007
    1451   0.182  0.9561  0.9976  0.9898  0.9874  0.9477  0.9800  0.0062  0.6126  0.0005
    1452   0.496  0.9561  0.9976  0.9898  0.9874  0.9482  0.9800  0.0070  0.6126  0.0015
    1453   0.553  0.9561  0.9977  0.9898  0.9874  0.9487  0.9799  0.0077  0.6127  0.0018
    1454   0.694  0.9561  0.9977  0.9898  0.9874  0.9492  0.9799  0.0084  0.6127  0.0025
    1455   0.537  0.9562  0.9978  0.9898  0.9874  0.9497  0.9799  0.0090  0.6127  0.0021
    1456   0.668  0.9562  0.9978  0.9898  0.9874  0.9503  0.9799  0.0096  0.6127  0.0027
    1457   0.672  0.9562  0.9978  0.9898  0.9875  0.9508  0.9799  0.0099  0.6127  0.0028
    1458   0.678  0.9562  0.9979  0.9898  0.9875  0.9514  0.9799  0.0103  0.6128  0.0030
    1459   0.764  0.9562  0.9979  0.9898  0.9875  0.9520  0.9799  0.0107  0.6128  0.0035
    1460   0.502  0.9563  0.9979  0.9899  0.9875  0.9526  0.9799  0.0115  0.6128  0.0025
    1461   0.693  0.9563  0.9980  0.9899  0.9875  0.9531  0.9799  0.0129  0.6128  0.0038
    1462   0.684  0.9563  0.9980  0.9899  0.9875  0.9537  0.9799  0.0152  0.6129  0.0044
    1463   0.354  0.9563  0.9981  0.9899  0.9875  0.9543  0.9799  0.0186  0.6129  0.0028
    1464   0.738  0.9563  0.9981  0.9899  0.9875  0.9548  0.9799  0.0234  0.6129  0.0074
    1465   0.551  0.9563  0.9981  0.9899  0.9876  0.9554  0.9799  0.0299  0.6130  0.0070
    1466   0.468  0.9564  0.9982  0.9899  0.9876  0.9559  0.9799  0.0379  0.6130  0.0076
    1467   0.381  0.9564  0.9982  0.9899  0.9876  0.9564  0.9799  0.0472  0.6130  0.0077
    1468   0.606  0.9564  0.9982  0.9899  0.9876  0.9569  0.9799  0.0578  0.6131  0.0150
    1469   0.634  0.9564  0.9983  0.9900  0.9876  0.9574  0.9799  0.0694  0.6131  0.0188
    1470   0.385  0.9564  0.9983  0.9900  0.9876  0.9578  0.9799  0.0818  0.6131  0.0135
    1471   0.279  0.9565  0.9983  0.9900  0.9876  0.9582  0.9799  0.0947  0.6132  0.0113
    1472   0.419  0.9565  0.9984  0.9900  0.9876  0.9586  0.9799  0.1081  0.6132  0.0194
    1473   0.522  0.9565  0.9984  0.9900  0.9877  0.9589  0.9800  0.1219  0.6133  0.0273
    1474   0.645  0.9565  0.9984  0.9900  0.9877  0.9592  0.9800  0.1363  0.6133  0.0377
    1475   0.884  0.9565  0.9984  0.9900  0.9877  0.9595  0.9800  0.1513  0.6133  0.0574
    1476   0.522  0.9566  0.9985  0.9900  0.9877  0.9597  0.9800  0.1673  0.6134  0.0375
    1477   0.476  0.9566  0.9985  0.9900  0.9877  0.9598  0.9800  0.1844  0.6134  0.0377
    1478   0.584  0.9566  0.9985  0.9901  0.9877  0.9599  0.9800  0.2026  0.6135  0.0509
    1479   0.658  0.9566  0.9986  0.9901  0.9877  0.9600  0.9801  0.2222  0.6135  0.0629
    1480   0.432  0.9566  0.9986  0.9901  0.9877  0.9600  0.9801  0.2432  0.6136  0.0452
    1481   0.647  0.9566  0.9986  0.9901  0.9878  0.9599  0.9801  0.2660  0.6136  0.0741
    1482   0.454  0.9567  0.9986  0.9901  0.9878  0.9598  0.9801  0.2906  0.6138  0.0568
    1483   0.753  0.9567  0.9987  0.9901  0.9878  0.9596  0.9802  0.3172  0.6138  0.1028
    1484   0.661  0.9567  0.9987  0.9901  0.9878  0.9594  0.9802  0.3460  0.6139  0.0984
    1485   0.636  0.9567  0.9987  0.9901  0.9878  0.9591  0.9802  0.3771  0.6139  0.1032
    1486   0.661  0.9567  0.9987  0.9901  0.9878  0.9588  0.9802  0.4106  0.6140  0.1168
    1487   0.487  0.9568  0.9988  0.9901  0.9878  0.9584  0.9803  0.4464  0.6140  0.0936
    1488   0.617  0.9568  0.9988  0.9901  0.9879  0.9579  0.9803  0.4841  0.6141  0.1286
    1489   0.791  0.9568  0.9988  0.9902  0.9879  0.9575  0.9803  0.5229  0.6141  0.1780
    1490   0.771  0.9568  0.9988  0.9902  0.9879  0.9569  0.9804  0.5622  0.6142  0.1865
    1491   0.835  0.9568  0.9988  0.9902  0.9879  0.9564  0.9804  0.6015  0.6143  0.2160
    1492   0.768  0.9569  0.9989  0.9902  0.9879  0.9558  0.9804  0.6400  0.6143  0.2113
    1493   0.801  0.9569  0.9989  0.9902  0.9879  0.9551  0.9805  0.6773  0.6144  0.2332
    1494   0.862  0.9569  0.9989  0.9902  0.9879  0.9544  0.9805  0.7126  0.6144  0.2639
    1495   0.802  0.9569  0.9989  0.9902  0.9880  0.9537  0.9806  0.7454  0.6145  0.2569
    1496   0.777  0.9569  0.9989  0.9902  0.9880  0.9530  0.9806  0.7750  0.6146  0.2586
    1497   0.881  0.9569  0.9990  0.9902  0.9880  0.9522  0.9807  0.8008  0.6146  0.3028
    1498   0.816  0.9570  0.9990  0.9902  0.9880  0.9514  0.9807  0.8222  0.6147  0.2879
    1499   0.877  0.9570  0.9990  0.9902  0.9880  0.9505  0.9807  0.8385  0.6149  0.3153
    1500   0.930  0.9570  0.9990  0.9902  0.9880  0.9497  0.9808  0.8493  0.6149  0.3385
    1501   0.955  0.9570  0.9990  0.9903  0.9880  0.9488  0.9808  0.8545  0.6150  0.3495
    1502   0.929  0.9570  0.9990  0.9903  0.9880  0.9479  0.9809  0.8557  0.6150  0.3402
    1503   0.837  0.9571  0.9990  0.9903  0.9881  0.9469  0.9809  0.8547  0.6151  0.3061
    1504   0.767  0.9571  0.9991  0.9903  0.9881  0.9460  0.9810  0.8532  0.6152  0.2799
    1505   0.851  0.9571  0.9991  0.9903  0.9881  0.9450  0.9810  0.8515  0.6153  0.3097
    1506   0.959  0.9571  0.9991  0.9903  0.9881  0.9440  0.9811  0.8499  0.6153  0.3481
    1507   0.937  0.9571  0.9991  0.9903  0.9881  0.9430  0.9811  0.8483  0.6154  0.3392
    1508   0.924  0.9572  0.9991  0.9903  0.9881  0.9420  0.9812  0.8469  0.6155  0.3339
    1509   0.815  0.9572  0.9991  0.9903  0.9881  0.9410  0.9812  0.8458  0.6155  0.2938
    1510   0.961  0.9572  0.9991  0.9903  0.9882  0.9400  0.9813  0.8451  0.6156  0.3461
    1511   0.959  0.9572  0.9991  0.9903  0.9882  0.9390  0.9813  0.8450  0.6157  0.3450
    1512   0.961  0.9572  0.9991  0.9903  0.9882  0.9379  0.9814  0.8454  0.6158  0.3457
    1513   0.927  0.9572  0.9991  0.9904  0.9882  0.9369  0.9814  0.8465  0.6158  0.3335
    1514   0.921  0.9573  0.9991  0.9904  0.9882  0.9359  0.9815  0.8480  0.6159  0.3319
    1515   0.942  0.9573  0.9992  0.9904  0.9882  0.9349  0.9816  0.8500  0.6161  0.3401
    1516   0.975  0.9573  0.9992  0.9904  0.9882  0.9339  0.9816  0.8525  0.6162  0.3528
    1517   0.948  0.9573  0.9992  0.9904  0.9882  0.9330  0.9817  0.8553  0.6162  0.3439
    1518   0.950  0.9573  0.9992  0.9904  0.9883  0.9321  0.9817  0.8582  0.6163  0.3457
    1519   0.939  0.9574  0.9992  0.9904  0.9883  0.9312  0.9818  0.8614  0.6164  0.3429
    1520   0.959  0.9574  0.9992  0.9904  0.9883  0.9303  0.9819  0.8646  0.6165  0.3513
    1521   0.988  0.9574  0.9992  0.9904  0.9883  0.9295  0.9819  0.8678  0.6166  0.3631
    1522   0.976  0.9574  0.9992  0.9904  0.9883  0.9287  0.9820  0.8709  0.6166  0.3598
    1523   0.988  0.9574  0.9992  0.9904  0.9883  0.9280  0.9820  0.8740  0.6167  0.3653
    1524   0.982  0.9575  0.9992  0.9904  0.9883  0.9274  0.9821  0.8768  0.6168  0.3643
    1525   0.972  0.9575  0.9992  0.9905  0.9884  0.9268  0.9822  0.8794  0.6169  0.3617
    1526   0.974  0.9575  0.9992  0.9905  0.9884  0.9263  0.9822  0.8816  0.6170  0.3633
    1527   0.977  0.9575  0.9992  0.9905  0.9884  0.9258  0.9823  0.8833  0.6170  0.3650
    1528   0.989  0.9575  0.9992  0.9905  0.9884  0.9255  0.9824  0.8845  0.6172  0.3701
    1529   0.987  0.9576  0.9992  0.9905  0.9884  0.9252  0.9824  0.8851  0.6173  0.3697
    1530   0.981  0.9576  0.9992  0.9905  0.9884  0.9250  0.9825  0.8851  0.6174  0.3676
    1531   0.982  0.9576  0.9992  0.9905  0.9884  0.9249  0.9825  0.8846  0.6175  0.3677
    1532   0.985  0.9576  0.9992  0.9905  0.9884  0.9249  0.9826  0.8836  0.6176  0.3687
    1533   0.987  0.9576  0.9992  0.9905  0.9885  0.9250  0.9827  0.8822  0.6177  0.3692
    1534   0.979  0.9577  0.9992  0.9905  0.9885  0.9251  0.9827  0.8804  0.6177  0.3656
    1535   0.975  0.9577  0.9992  0.9905  0.9885  0.9253  0.9828  0.8784  0.6178  0.3636
    1536   0.981  0.9577  0.9992  0.9905  0.9885  0.9256  0.9829  0.8762  0.6179  0.3652
    1537   0.985  0.9577  0.9992  0.9905  0.9885  0.9260  0.9829  0.8738  0.6180  0.3659
    1538   0.991  0.9577  0.9992  0.9905  0.9885  0.9264  0.9830  0.8713  0.6181  0.3675
    1539   0.984  0.9578  0.9992  0.9906  0.9885  0.9269  0.9831  0.8688  0.6183  0.3643
    1540   0.984  0.9578  0.9992  0.9906  0.9886  0.9275  0.9831  0.8663  0.6184  0.3637
    1541   0.985  0.9578  0.9992  0.9906  0.9886  0.9281  0.9832  0.8640  0.6185  0.3635
    1542   0.985  0.9578  0.9992  0.9906  0.9886  0.9287  0.9833  0.8618  0.6185  0.3630
    1543   0.988  0.9578  0.9992  0.9906  0.9886  0.9294  0.9833  0.8599  0.6186  0.3636
    1544   0.989  0.9579  0.9992  0.9906  0.9886  0.9301  0.9834  0.8582  0.6187  0.3639
    1545   0.994  0.9579  0.9992  0.9906  0.9886  0.9309  0.9835  0.8569  0.6188  0.3656
    1546   0.994  0.9579  0.9992  0.9906  0.9886  0.9317  0.9836  0.8559  0.6189  0.3658
    1547   0.995  0.9579  0.9992  0.9906  0.9887  0.9325  0.9836  0.8552  0.6190  0.3663
    1548   0.996  0.9579  0.9992  0.9906  0.9887  0.9334  0.9837  0.8548  0.6191  0.3671
    1549   0.997  0.9580  0.9992  0.9906  0.9887  0.9343  0.9838  0.8548  0.6192  0.3681
    1550   0.996  0.9580  0.9991  0.9906  0.9887  0.9352  0.9838  0.8551  0.6193  0.3682
    1551   0.995  0.9580  0.9991  0.9906  0.9887  0.9361  0.9839  0.8559  0.6195  0.3687
    1552   0.994  0.9580  0.9991  0.9906  0.9887  0.9370  0.9840  0.8569  0.6196  0.3694
    1553   0.996  0.9580  0.9991  0.9906  0.9887  0.9379  0.9840  0.8582  0.6197  0.3711
    1554   0.996  0.9581  0.9991  0.9906  0.9887  0.9388  0.9841  0.8600  0.6197  0.3725
    1555   0.997  0.9581  0.9991  0.9906  0.9888  0.9397  0.9842  0.8622  0.6198  0.3745
    1556   0.996  0.9581  0.9991  0.9907  0.9888  0.9406  0.9842  0.8646  0.6199  0.3757
    1557   0.996  0.9581  0.9991  0.9907  0.9888  0.9415  0.9843  0.8674  0.6200  0.3774
    1558   0.996  0.9581  0.9991  0.9907  0.9888  0.9424  0.9844  0.8703  0.6201  0.3793
    1559   0.996  0.9582  0.9991  0.9907  0.9888  0.9432  0.9844  0.8733  0.6202  0.3811
    1560   0.996  0.9582  0.9991  0.9907  0.9888  0.9440  0.9845  0.8765  0.6203  0.3830
    1561   0.996  0.9582  0.9991  0.9907  0.9888  0.9448  0.9846  0.8797  0.6204  0.3850
    1562   0.996  0.9582  0.9991  0.9907  0.9888  0.9456  0.9846  0.8828  0.6206  0.3867
    1563   0.995  0.9582  0.9991  0.9907  0.9889  0.9463  0.9847  0.8859  0.6207  0.3883
    1564   0.997  0.9583  0.9991  0.9907  0.9889  0.9470  0.9848  0.8888  0.6208  0.3910
    1565   0.995  0.9583  0.9991  0.9907  0.9889  0.9476  0.9848  0.8915  0.6209  0.3917
    1566   0.996  0.9583  0.9991  0.9907  0.9889  0.9482  0.9849  0.8939  0.6210  0.3936
    1567   0.994  0.9583  0.9991  0.9907  0.9889  0.9487  0.9849  0.8961  0.6211  0.3941
    1568   0.989  0.9583  0.9991  0.9907  0.9889  0.9492  0.9850  0.8978  0.6212  0.3933
    1569   0.977  0.9584  0.9991  0.9907  0.9889  0.9496  0.9851  0.8990  0.6213  0.3895
    1570   0.951  0.9584  0.9991  0.9907  0.9890  0.9500  0.9851  0.8998  0.6214  0.3798
    1571   0.914  0.9584  0.9990  0.9907  0.9890  0.9503  0.9852  0.9000  0.6215  0.3654
    1572   0.917  0.9584  0.9990  0.9908  0.9890  0.9505  0.9853  0.8996  0.6216  0.3668
    1573   0.916  0.9584  0.9990  0.9908  0.9890  0.9506  0.9853  0.8986  0.6218  0.3661
    1574   0.933  0.9585  0.9990  0.9908  0.9890  0.9507  0.9854  0.8971  0.6219  0.3726
    1575   0.972  0.9585  0.9990  0.9908  0.9890  0.9508  0.9854  0.8951  0.6220  0.3874
    1576   0.963  0.9585  0.9990  0.9908  0.9890  0.9507  0.9855  0.8928  0.6221  0.3830
    1577   0.936  0.9585  0.9990  0.9908  0.9890  0.9506  0.9856  0.8901  0.6222  0.3713
    1578   0.943  0.9585  0.9990  0.9908  0.9890  0.9505  0.9856  0.8872  0.6223  0.3729
    1579   0.930  0.9586  0.9990  0.9908  0.9891  0.9503  0.9857  0.8842  0.6224  0.3668
    1580   0.950  0.9586  0.9990  0.9908  0.9891  0.9501  0.9857  0.8810  0.6225  0.3733
    1581   0.959  0.9586  0.9990  0.9908  0.9891  0.9498  0.9858  0.8779  0.6226  0.3756
    1582   0.968  0.9586  0.9990  0.9908  0.9891  0.9494  0.9859  0.8748  0.6226  0.3778
    1583   0.976  0.9586  0.9990  0.9908  0.9891  0.9490  0.9859  0.8718  0.6227  0.3796
    1584   0.985  0.9587  0.9990  0.9908  0.9891  0.9486  0.9860  0.8691  0.6229  0.3820
    1585   0.990  0.9587  0.9990  0.9908  0.9891  0.9482  0.9860  0.8666  0.6230  0.3827
    1586   0.993  0.9587  0.9990  0.9908  0.9891  0.9477  0.9861  0.8644  0.6231  0.3830
    1587   0.992  0.9587  0.9990  0.9908  0.9892  0.9471  0.9861  0.8627  0.6232  0.3818
    1588   0.996  0.9587  0.9990  0.9908  0.9892  0.9465  0.9862  0.8614  0.6233  0.3827
    1589   0.996  0.9588  0.9990  0.9908  0.9892  0.9459  0.9862  0.8604  0.6234  0.3822
    1590   0.995  0.9588  0.9990  0.9908  0.9892  0.9453  0.9863  0.8597  0.6235  0.3815
    1591   0.995  0.9588  0.9990  0.9908  0.9892  0.9446  0.9863  0.8595  0.6236  0.3811
    1592   0.994  0.9588  0.9990  0.9908  0.9892  0.9440  0.9864  0.8595  0.6237  0.3807
    1593   0.995  0.9589  0.9990  0.9908  0.9892  0.9433  0.9864  0.8599  0.6238  0.3811
    1594   0.995  0.9589  0.9990  0.9909  0.9893  0.9425  0.9865  0.8605  0.6239  0.3815
    1595   0.995  0.9589  0.9990  0.9909  0.9893  0.9418  0.9865  0.8615  0.6241  0.3817
    1596   0.994  0.9589  0.9990  0.9909  0.9893  0.9410  0.9866  0.8627  0.6242  0.3818
    1597   0.992  0.9589  0.9990  0.9909  0.9893  0.9402  0.9866  0.8642  0.6243  0.3814
    1598   0.989  0.9590  0.9990  0.9909  0.9893  0.9394  0.9866  0.8659  0.6244  0.3808
    1599   0.974  0.9590  0.9990  0.9909  0.9893  0.9386  0.9867  0.8678  0.6245  0.3758
    1600   0.956  0.9590  0.9990  0.9909  0.9893  0.9378  0.9867  0.8700  0.6246  0.3695
    1601   0.936  0.9590  0.9990  0.9909  0.9893  0.9370  0.9868  0.8724  0.6247  0.3627
    1602   0.920  0.9590  0.9990  0.9909  0.9893  0.9362  0.9868  0.8749  0.6248  0.3572
    1603   0.916  0.9591  0.9990  0.9909  0.9894  0.9354  0.9868  0.8775  0.6249  0.3567
    1604   0.923  0.9591  0.9990  0.9909  0.9894  0.9345  0.9869  0.8802  0.6250  0.3604
    1605   0.961  0.9591  0.9990  0.9909  0.9894  0.9337  0.9869  0.8829  0.6252  0.3761
    1606   0.974  0.9591  0.9990  0.9909  0.9894  0.9329  0.9870  0.8855  0.6253  0.3822
    1607   0.947  0.9591  0.9990  0.9909  0.9894  0.9321  0.9870  0.8881  0.6254  0.3724
    1608   0.936  0.9592  0.9990  0.9909  0.9894  0.9313  0.9870  0.8905  0.6255  0.3689
    1609   0.925  0.9592  0.9990  0.9909  0.9894  0.9305  0.9871  0.8928  0.6256  0.3654
    1610   0.943  0.9592  0.9990  0.9909  0.9894  0.9297  0.9871  0.8949  0.6257  0.3732
    1611   0.950  0.9592  0.9990  0.9909  0.9894  0.9289  0.9871  0.8966  0.6258  0.3764
    1612   0.961  0.9593  0.9991  0.9909  0.9895  0.9282  0.9871  0.8981  0.6258  0.3813
    1613   0.970  0.9593  0.9991  0.9909  0.9895  0.9274  0.9872  0.8992  0.6259  0.3853
    1614   0.980  0.9593  0.9991  0.9909  0.9895  0.9267  0.9872  0.8999  0.6260  0.3893
    1615   0.985  0.9593  0.9991  0.9909  0.9895  0.9261  0.9872  0.9001  0.6261  0.3912
    1616   0.988  0.9593  0.9991  0.9909  0.9895  0.9254  0.9872  0.8998  0.6262  0.3921
    1617   0.989  0.9594  0.9991  0.9909  0.9895  0.9248  0.9873  0.8992  0.6264  0.3922
    1618   0.992  0.9594  0.9991  0.9909  0.9895  0.9242  0.9873  0.8982  0.6265  0.3928
    1619   0.992  0.9594  0.9991  0.9909  0.9895  0.9236  0.9873  0.8968  0.6266  0.3920
    1620   0.995  0.9594  0.9991  0.9909  0.9895  0.9231  0.9873  0.8950  0.6267  0.3923
    1621   0.995  0.9594  0.9991  0.9910  0.9896  0.9225  0.9873  0.8930  0.6268  0.3914
    1622   0.996  0.9595  0.9991  0.9910  0.9896  0.9221  0.9873  0.8906  0.6269  0.3907
    1623   0.996  0.9595  0.9991  0.9910  0.9896  0.9217  0.9874  0.8881  0.6270  0.3896
    1624   0.996  0.9595  0.9991  0.9910  0.9896  0.9213  0.9874  0.8853  0.6271  0.3883
    1625   0.996  0.9595  0.9991  0.9910  0.9896  0.9210  0.9874  0.8824  0.6272  0.3869
    1626   0.996  0.9596  0.9991  0.9910  0.9896  0.9207  0.9874  0.8792  0.6273  0.3856
    1627   0.996  0.9596  0.9992  0.9910  0.9896  0.9204  0.9874  0.8759  0.6275  0.3842
    1628   0.996  0.9596  0.9992  0.9910  0.9896  0.9202  0.9874  0.8725  0.6276  0.3827
    1629   0.995  0.9596  0.9992  0.9910  0.9896  0.9201  0.9874  0.8691  0.6277  0.3808
    1630   0.995  0.9596  0.9992  0.9910  0.9897  0.9200  0.9874  0.8657  0.6278  0.3794
    1631   0.995  0.9597  0.9992  0.9910  0.9897  0.9200  0.9874  0.8622  0.6279  0.3780
    1632   0.994  0.9597  0.9992  0.9910  0.9897  0.9200  0.9874  0.8587  0.6280  0.3762
    1633   0.995  0.9597  0.9992  0.9910  0.9897  0.9201  0.9874  0.8552  0.6281  0.3751
    1634   0.996  0.9597  0.9992  0.9910  0.9897  0.9202  0.9874  0.8519  0.6282  0.3742
    1635   0.995  0.9598  0.9992  0.9910  0.9897  0.9204  0.9874  0.8487  0.6282  0.3725
    1636   0.995  0.9598  0.9992  0.9910  0.9897  0.9206  0.9874  0.8456  0.6283  0.3713
    1637   0.991  0.9598  0.9992  0.9910  0.9897  0.9208  0.9874  0.8426  0.6284  0.3687
    1638   0.978  0.9598  0.9992  0.9910  0.9897  0.9211  0.9873  0.8398  0.6286  0.3627
    1639   0.991  0.9598  0.9992  0.9910  0.9897  0.9214  0.9873  0.8372  0.6287  0.3666
    1640   0.970  0.9599  0.9992  0.9910  0.9898  0.9217  0.9873  0.8350  0.6288  0.3582
    1641   0.983  0.9599  0.9992  0.9910  0.9898  0.9221  0.9873  0.8330  0.6289  0.3623
    1642   0.984  0.9599  0.9992  0.9910  0.9898  0.9225  0.9873  0.8313  0.6290  0.3622
    1643   0.960  0.9599  0.9992  0.9910  0.9898  0.9229  0.9873  0.8299  0.6291  0.3530
    1644   0.986  0.9599  0.9992  0.9910  0.9898  0.9233  0.9872  0.8289  0.6292  0.3622
    1645   0.976  0.9600  0.9992  0.9910  0.9898  0.9238  0.9872  0.8282  0.6293  0.3585
    1646   0.964  0.9600  0.9992  0.9910  0.9898  0.9242  0.9872  0.8280  0.6294  0.3542
    1647   0.988  0.9600  0.9992  0.9910  0.9898  0.9247  0.9872  0.8280  0.6295  0.3633
    1648   0.963  0.9600  0.9992  0.9910  0.9898  0.9251  0.9871  0.8283  0.6296  0.3544
    1649   0.977  0.9601  0.9992  0.9910  0.9899  0.9256  0.9871  0.8291  0.6298  0.3602
    1650   0.986  0.9601  0.9992  0.9910  0.9899  0.9260  0.9871  0.8300  0.6299  0.3642
    1651   0.947  0.9601  0.9992  0.9910  0.9899  0.9264  0.9870  0.8313  0.6300  0.3504
    1652   0.986  0.9601  0.9992  0.9910  0.9899  0.9269  0.9870  0.8329  0.6301  0.3658
    1653   0.981  0.9601  0.9992  0.9910  0.9899  0.9273  0.9869  0.8347  0.6302  0.3648
    1654   0.966  0.9602  0.9992  0.9910  0.9899  0.9277  0.9869  0.8367  0.6303  0.3604
    1655   0.994  0.9602  0.9992  0.9910  0.9899  0.9281  0.9869  0.8389  0.6304  0.3720
    1656   0.983  0.9602  0.9992  0.9910  0.9899  0.9284  0.9868  0.8413  0.6305  0.3690
    1657   0.987  0.9602  0.9992  0.9911  0.9899  0.9288  0.9868  0.8438  0.6307  0.3719
    1658   0.993  0.9602  0.9992  0.9911  0.9900  0.9291  0.9867  0.8464  0.6309  0.3755
    1659   0.991  0.9603  0.9992  0.9911  0.9900  0.9294  0.9867  0.8490  0.6310  0.3762
    1660   0.993  0.9603  0.9992  0.9911  0.9900  0.9296  0.9866  0.8517  0.6311  0.3781
    1661   0.993  0.9603  0.9992  0.9911  0.9900  0.9298  0.9865  0.8544  0.6312  0.3793
    1662   0.983  0.9603  0.9992  0.9911  0.9900  0.9300  0.9865  0.8570  0.6313  0.3768
    1663   0.993  0.9604  0.9991  0.9911  0.9900  0.9301  0.9864  0.8596  0.6314  0.3818
    1664   0.993  0.9604  0.9991  0.9911  0.9900  0.9301  0.9864  0.8622  0.6315  0.3830
    1665   0.968  0.9604  0.9991  0.9911  0.9900  0.9301  0.9863  0.8645  0.6316  0.3743
    1666   0.877  0.9604  0.9991  0.9911  0.9900  0.9301  0.9862  0.8667  0.6317  0.3399
    1667   0.971  0.9604  0.9991  0.9911  0.9900  0.9300  0.9861  0.8688  0.6318  0.3771
    1668   0.993  0.9605  0.9991  0.9911  0.9900  0.9298  0.9861  0.8707  0.6319  0.3865
    1669   0.992  0.9605  0.9991  0.9911  0.9901  0.9296  0.9860  0.8723  0.6321  0.3868
    1670   0.995  0.9605  0.9991  0.9911  0.9901  0.9294  0.9859  0.8736  0.6322  0.3883
    1671   0.989  0.9605  0.9990  0.9911  0.9901  0.9290  0.9858  0.8746  0.6324  0.3862
    1672   0.993  0.9606  0.9990  0.9911  0.9901  0.9286  0.9858  0.8753  0.6325  0.3881
    1673   0.996  0.9606  0.9990  0.9911  0.9901  0.9282  0.9857  0.8758  0.6326  0.3892
    1674   0.982  0.9606  0.9990  0.9911  0.9901  0.9277  0.9856  0.8759  0.6327  0.3835
    1675   0.988  0.9606  0.9990  0.9911  0.9901  0.9271  0.9855  0.8757  0.6328  0.3854
    1676   0.992  0.9606  0.9989  0.9911  0.9901  0.9265  0.9854  0.8753  0.6329  0.3864
    1677   0.987  0.9607  0.9989  0.9911  0.9901  0.9259  0.9853  0.8746  0.6330  0.3839
    1678   0.977  0.9607  0.9989  0.9911  0.9901  0.9252  0.9852  0.8738  0.6332  0.3793
    1679   0.995  0.9607  0.9989  0.9911  0.9901  0.9244  0.9851  0.8729  0.6334  0.3855
    1680   0.990  0.9607  0.9988  0.9911  0.9901  0.9236  0.9850  0.8719  0.6335  0.3827
    1681   0.979  0.9607  0.9988  0.9911  0.9902  0.9228  0.9849  0.8707  0.6336  0.3776
    1682   0.996  0.9608  0.9988  0.9911  0.9902  0.9219  0.9848  0.8695  0.6337  0.3832
    1683   0.995  0.9608  0.9987  0.9911  0.9902  0.9210  0.9847  0.8682  0.6338  0.3818
    1684   0.962  0.9608  0.9987  0.9911  0.9902  0.9200  0.9846  0.8670  0.6340  0.3682
    1685   0.996  0.9608  0.9987  0.9911  0.9902  0.9190  0.9844  0.8658  0.6341  0.3800
    1686   0.995  0.9609  0.9986  0.9911  0.9902  0.9180  0.9843  0.8647  0.6342  0.3787
    1687   0.976  0.9609  0.9986  0.9911  0.9902  0.9169  0.9842  0.8636  0.6344  0.3705
    1688   0.994  0.9609  0.9986  0.9911  0.9902  0.9158  0.9841  0.8626  0.6345  0.3763
    1689   0.994  0.9609  0.9985  0.9911  0.9902  0.9146  0.9840  0.8618  0.6347  0.3754
    1690   0.986  0.9609  0.9985  0.9911  0.9902  0.9134  0.9838  0.8610  0.6348  0.3713
    1691   0.962  0.9610  0.9984  0.9911  0.9902  0.9122  0.9837  0.8604  0.6349  0.3615
    1692   0.990  0.9610  0.9984  0.9911  0.9903  0.9110  0.9836  0.8598  0.6350  0.3713
    1693   0.996  0.9610  0.9984  0.9911  0.9903  0.9097  0.9835  0.8593  0.6352  0.3728
    1694   0.975  0.9610  0.9983  0.9911  0.9903  0.9084  0.9833  0.8590  0.6353  0.3640
    1695   0.996  0.9610  0.9983  0.9911  0.9903  0.9071  0.9832  0.8589  0.6355  0.3711
    1696   0.993  0.9611  0.9982  0.9911  0.9903  0.9057  0.9831  0.8588  0.6356  0.3694
    1697   0.954  0.9611  0.9982  0.9911  0.9903  0.9043  0.9829  0.8589  0.6358  0.3542
    1698   0.985  0.9611  0.9981  0.9911  0.9903  0.9029  0.9828  0.8591  0.6359  0.3651
    1699   0.993  0.9611  0.9981  0.9911  0.9903  0.9015  0.9827  0.8595  0.6360  0.3676
    1700   0.989  0.9611  0.9980  0.9911  0.9903  0.9000  0.9825  0.8600  0.6362  0.3655
    1701   0.968  0.9612  0.9979  0.9911  0.9903  0.8985  0.9824  0.8607  0.6363  0.3574
    1702   0.996  0.9612  0.9979  0.9911  0.9903  0.8970  0.9823  0.8615  0.6364  0.3674
    1703   0.994  0.9612  0.9978  0.9911  0.9904  0.8955  0.9821  0.8624  0.6367  0.3663
    1704   0.990  0.9612  0.9978  0.9911  0.9904  0.8940  0.9820  0.8633  0.6368  0.3645
    1705   0.993  0.9612  0.9977  0.9911  0.9904  0.8925  0.9819  0.8642  0.6369  0.3653
    1706   0.987  0.9613  0.9976  0.9911  0.9904  0.8910  0.9817  0.8651  0.6371  0.3627
    1707   0.983  0.9613  0.9976  0.9911  0.9904  0.8894  0.9816  0.8659  0.6372  0.3608
    1708   0.974  0.9613  0.9975  0.9911  0.9904  0.8879  0.9815  0.8665  0.6374  0.3571
    1709   0.952  0.9613  0.9974  0.9911  0.9904  0.8864  0.9814  0.8670  0.6375  0.3485
    1710   0.993  0.9614  0.9974  0.9911  0.9904  0.8849  0.9812  0.8672  0.6376  0.3629
    1711   0.989  0.9614  0.9973  0.9911  0.9904  0.8833  0.9811  0.8672  0.6379  0.3607
    1712   0.995  0.9614  0.9972  0.9911  0.9904  0.8819  0.9810  0.8669  0.6380  0.3621
    1713   0.991  0.9614  0.9972  0.9911  0.9904  0.8804  0.9808  0.8663  0.6382  0.3596
    1714   0.958  0.9614  0.9971  0.9911  0.9904  0.8790  0.9807  0.8653  0.6383  0.3465
    1715   0.966  0.9615  0.9970  0.9911  0.9905  0.8775  0.9806  0.8639  0.6385  0.3484
    1716   0.965  0.9615  0.9969  0.9911  0.9905  0.8761  0.9805  0.8621  0.6386  0.3466
    1717   0.995  0.9615  0.9969  0.9911  0.9905  0.8748  0.9803  0.8599  0.6389  0.3558
    1718   0.995  0.9615  0.9968  0.9911  0.9905  0.8735  0.9802  0.8574  0.6390  0.3541
    1719   0.995  0.9615  0.9967  0.9911  0.9905  0.8722  0.9801  0.8546  0.6392  0.3524
    1720   0.992  0.9616  0.9966  0.9911  0.9905  0.8710  0.9800  0.8515  0.6393  0.3495
    1721   0.924  0.9616  0.9965  0.9911  0.9905  0.8698  0.9799  0.8482  0.6395  0.3238
    1722   0.983  0.9616  0.9965  0.9911  0.9905  0.8686  0.9798  0.8448  0.6396  0.3425
    1723   0.980  0.9616  0.9964  0.9911  0.9905  0.8675  0.9797  0.8411  0.6398  0.3395
    1724   0.922  0.9616  0.9963  0.9911  0.9905  0.8665  0.9796  0.8374  0.6399  0.3175
    1725   0.957  0.9617  0.9962  0.9911  0.9905  0.8655  0.9795  0.8337  0.6402  0.3278
    1726   0.978  0.9617  0.9961  0.9911  0.9905  0.8646  0.9794  0.8298  0.6403  0.3329
    1727   0.989  0.9617  0.9960  0.9911  0.9905  0.8637  0.9793  0.8260  0.6405  0.3347
    1728   0.986  0.9617  0.9959  0.9911  0.9905  0.8629  0.9792  0.8222  0.6407  0.3318
    1729   0.945  0.9617  0.9959  0.9911  0.9906  0.8622  0.9791  0.8186  0.6408  0.3164
    1730   0.994  0.9618  0.9958  0.9911  0.9906  0.8616  0.9790  0.8150  0.6410  0.3311
    1731   0.993  0.9618  0.9957  0.9911  0.9906  0.8610  0.9789  0.8115  0.6413  0.3291
    1732   0.882  0.9618  0.9956  0.9911  0.9906  0.8605  0.9788  0.8082  0.6414  0.2909
    1733   0.939  0.9618  0.9955  0.9911  0.9906  0.8601  0.9787  0.8051  0.6416  0.3083
    1734   0.991  0.9618  0.9954  0.9911  0.9906  0.8598  0.9786  0.8023  0.6418  0.3240
    1735   0.981  0.9619  0.9953  0.9911  0.9906  0.8596  0.9785  0.7996  0.6419  0.3196
    1736   0.914  0.9619  0.9952  0.9911  0.9906  0.8595  0.9785  0.7973  0.6421  0.2969
    1737   0.933  0.9619  0.9951  0.9911  0.9906  0.8595  0.9784  0.7951  0.6424  0.3022
    1738   0.988  0.9619  0.9951  0.9911  0.9906  0.8595  0.9783  0.7934  0.6425  0.3193
    1739   0.979  0.9619  0.9950  0.9911  0.9906  0.8597  0.9782  0.7920  0.6427  0.3158
    1740   0.943  0.9620  0.9949  0.9911  0.9906  0.8600  0.9782  0.7909  0.6429  0.3040
    1741   0.896  0.9620  0.9948  0.9911  0.9906  0.8604  0.9781  0.7902  0.6431  0.2887
    1742   0.942  0.9620  0.9947  0.9911  0.9906  0.8609  0.9780  0.7899  0.6432  0.3035
    1743   0.988  0.9620  0.9946  0.9911  0.9907  0.8615  0.9779  0.7901  0.6435  0.3186
    1744   0.968  0.9620  0.9945  0.9911  0.9907  0.8622  0.9779  0.7907  0.6437  0.3127
    1745   0.922  0.9620  0.9944  0.9911  0.9907  0.8630  0.9778  0.7917  0.6439  0.2985
    1746   0.960  0.9621  0.9943  0.9911  0.9907  0.8638  0.9778  0.7930  0.6441  0.3117
    1747   0.747  0.9621  0.9942  0.9911  0.9907  0.8647  0.9777  0.7948  0.6443  0.2433
    1748   0.937  0.9621  0.9941  0.9911  0.9907  0.8657  0.9776  0.7967  0.6444  0.3062
    1749   0.986  0.9621  0.9940  0.9911  0.9907  0.8668  0.9776  0.7990  0.6447  0.3236
    1750   0.987  0.9621  0.9939  0.9911  0.9907  0.8679  0.9775  0.8014  0.6449  0.3253
    1751   0.949  0.9622  0.9938  0.9911  0.9907  0.8690  0.9775  0.8039  0.6451  0.3143
    1752   0.893  0.9622  0.9937  0.9911  0.9907  0.8701  0.9774  0.8066  0.6453  0.2971
    1753   0.979  0.9622  0.9937  0.9911  0.9907  0.8713  0.9774  0.8093  0.6455  0.3273
    1754   0.990  0.9622  0.9936  0.9911  0.9907  0.8726  0.9773  0.8120  0.6458  0.3325
    1755   0.882  0.9622  0.9935  0.9911  0.9907  0.8738  0.9773  0.8146  0.6460  0.2977
    1756   0.938  0.9623  0.9934  0.9911  0.9907  0.8751  0.9772  0.8172  0.6462  0.3181
    1757   0.833  0.9623  0.9933  0.9911  0.9907  0.8763  0.9772  0.8198  0.6464  0.2838
    1758   0.948  0.9623  0.9932  0.9911  0.9907  0.8776  0.9772  0.8220  0.6466  0.3244
    1759   0.991  0.9623  0.9931  0.9911  0.9908  0.8788  0.9771  0.8240  0.6469  0.3405
    1760   0.987  0.9623  0.9930  0.9911  0.9908  0.8800  0.9771  0.8254  0.6471  0.3402
    1761   0.910  0.9623  0.9929  0.9911  0.9908  0.8812  0.9771  0.8261  0.6473  0.3144
    1762   0.925  0.9624  0.9928  0.9911  0.9908  0.8824  0.9770  0.8259  0.6475  0.3200
    1763   0.868  0.9624  0.9927  0.9911  0.9908  0.8835  0.9770  0.8246  0.6477  0.3002
    1764   0.980  0.9624  0.9926  0.9911  0.9908  0.8846  0.9770  0.8219  0.6479  0.3384
    1765   0.939  0.9624  0.9926  0.9911  0.9908  0.8857  0.9769  0.8179  0.6482  0.3230
    1766   0.676  0.9624  0.9925  0.9911  0.9908  0.8868  0.9769  0.8122  0.6484  0.2313
    1767   0.958  0.9625  0.9924  0.9911  0.9908  0.8878  0.9769  0.8046  0.6487  0.3253
    1768   0.954  0.9625  0.9923  0.9911  0.9908  0.8888  0.9769  0.7950  0.6489  0.3205
    1769   0.945  0.9625  0.9922  0.9911  0.9908  0.8898  0.9769  0.7832  0.6492  0.3132
    1770   0.886  0.9625  0.9921  0.9911  0.9908  0.8908  0.9768  0.7690  0.6494  0.2885
    1771   0.878  0.9625  0.9920  0.9911  0.9908  0.8917  0.9768  0.7521  0.6496  0.2800
    1772   0.961  0.9625  0.9919  0.9911  0.9908  0.8926  0.9768  0.7326  0.6499  0.2990
    1773   0.954  0.9626  0.9919  0.9911  0.9908  0.8935  0.9768  0.7104  0.6501  0.2882
    1774   0.764  0.9626  0.9918  0.9911  0.9908  0.8943  0.9768  0.6857  0.6504  0.2231
    1775   0.911  0.9626  0.9917  0.9911  0.9909  0.8951  0.9768  0.6587  0.6506  0.2559
    1776   0.756  0.9626  0.9916  0.9911  0.9909  0.8959  0.9768  0.6298  0.6509  0.2033
    1777   0.887  0.9626  0.9915  0.9911  0.9909  0.8966  0.9767  0.5993  0.6511  0.2271
    1778   0.820  0.9626  0.9915  0.9911  0.9909  0.8974  0.9767  0.5673  0.6513  0.1990
    1779   0.695  0.9627  0.9914  0.9911  0.9909  0.8981  0.9767  0.5341  0.6517  0.1590
    1780   0.928  0.9627  0.9913  0.9911  0.9909  0.8987  0.9767  0.5000  0.6519  0.1989
    1781   0.737  0.9627  0.9912  0.9911  0.9909  0.8994  0.9767  0.4652  0.6521  0.1471
    1782   0.813  0.9627  0.9911  0.9911  0.9909  0.9000  0.9767  0.4299  0.6524  0.1502
    1783   0.926  0.9627  0.9911  0.9911  0.9909  0.9005  0.9767  0.3945  0.6527  0.1571
    1784   0.711  0.9627  0.9910  0.9911  0.9909  0.9011  0.9767  0.3592  0.6530  0.1099
    1785   0.596  0.9628  0.9909  0.9911  0.9909  0.9016  0.9767  0.3242  0.6532  0.0833
    1786   0.680  0.9628  0.9909  0.9911  0.9909  0.9020  0.9767  0.2898  0.6535  0.0850
    1787   0.696  0.9628  0.9908  0.9911  0.9909  0.9025  0.9768  0.2564  0.6538  0.0771
    1788   0.903  0.9628  0.9907  0.9911  0.9909  0.9029  0.9768  0.2244  0.6541  0.0876
    1789   0.838  0.9628  0.9906  0.9911  0.9909  0.9032  0.9768  0.1941  0.6543  0.0703
    1790   0.920  0.9628  0.9906  0.9911  0.9909  0.9036  0.9768  0.1661  0.6546  0.0661
    1791   0.651  0.9629  0.9905  0.9911  0.9909  0.9039  0.9768  0.1408  0.6549  0.0397
    1792   0.685  0.9629  0.9905  0.9911  0.9909  0.9042  0.9768  0.1188  0.6552  0.0353
    1793   0.609  0.9629  0.9904  0.9911  0.9909  0.9044  0.9768  0.1005  0.6554  0.0265
    1794   0.525  0.9629  0.9903  0.9911  0.9909  0.9046  0.9768  0.0859  0.6557  0.0196
    1795   0.681  0.9629  0.9903  0.9911  0.9910  0.9047  0.9769  0.0744  0.6561  0.0220
    1796   0.632  0.9629  0.9902  0.9911  0.9910  0.9049  0.9769  0.0652  0.6563  0.0179
    1797   0.613  0.9630  0.9902  0.9911  0.9910  0.9050  0.9769  0.0574  0.6566  0.0153
    1798   0.718  0.9630  0.9901  0.9911  0.9910  0.9050  0.9769  0.0500  0.6569  0.0156
    1799   0.812  0.9630  0.9901  0.9911  0.9910  0.9050  0.9770  0.0425  0.6572  0.0150
    1800   0.385  0.9630  0.9900  0.9911  0.9910  0.9050  0.9770  0.0351  0.6575  0.0059
    1801   0.225  0.9630  0.9900  0.9910  0.9910  0.9049  0.9770  0.0285  0.6578  0.0028
    1802   0.276  0.9630  0.9899  0.9910  0.9910  0.9049  0.9770  0.0228  0.6581  0.0027
    1803   0.443  0.9630  0.9899  0.9910  0.9910  0.9047  0.9771  0.0179  0.6584  0.0035
    1804   0.455  0.9631  0.9898  0.9910  0.9910  0.9045  0.9771  0.0138  0.6587  0.0027
    1805   0.665  0.9631  0.9898  0.9910  0.9910  0.9044  0.9771  0.0104  0.6590  0.0030
    1806   0.207  0.9631  0.9897  0.9910  0.9910  0.9041  0.9772  0.0076  0.6593  0.0007
    1807   0.254  0.9631  0.9897  0.9910  0.9910  0.9039  0.9772  0.0054  0.6597  0.0006
    1808   0.506  0.9631  0.9896  0.9910  0.9910  0.9036  0.9772  0.0037  0.6599  0.0008
    1809   0.427  0.9631  0.9896  0.9910  0.9910  0.9033  0.9773  0.0024  0.6602  0.0004
    1810   0.494  0.9631  0.9896  0.9910  0.9910  0.9029  0.9773  0.0014  0.6605  0.0003
    1811   0.111  0.9632  0.9895  0.9910  0.9910  0.9026  0.9773  0.0008  0.6609  0.0000
    1812   0.225  0.9632  0.9895  0.9910  0.9910  0.9022  0.9774  0.0004  0.6612  0.0000
    1813   0.082  0.9632  0.9895  0.9910  0.9910  0.9018  0.9774  0.0002  0.6615  0.0000
    1814   0.432  0.9632  0.9894  0.9910  0.9910  0.9013  0.9775  0.0000  0.6619  0.0000
    ------------------------------------------------------------------------------------

	
 
                  TRANSMISSION FACTORS FOR WIRC Ks-BAND FILTER PASSBAND
	                   (See notes at end of table)

    ------------------------------------------------------------------------------------
     nm     atm  primary  window    M0      M1     dich.   corr.  filter   det.   system
     (1)    (2)    (3)     (4)     (5)     (6)     (7)     (8)     (9)     (10)    (11)
    ------------------------------------------------------------------------------------
    1900   0.000  0.9642  0.9880  0.9908  0.9913  0.9000  0.9843  0.0000  0.7015  0.0000
    1901   0.021  0.9642  0.9880  0.9908  0.9913  0.9008  0.9844  0.0011  0.7017  0.0000
    1902   0.051  0.9642  0.9879  0.9908  0.9913  0.9017  0.9845  0.0020  0.7020  0.0000
    1903   0.005  0.9642  0.9879  0.9908  0.9913  0.9025  0.9846  0.0028  0.7023  0.0000
    1904   0.050  0.9642  0.9878  0.9908  0.9913  0.9034  0.9847  0.0034  0.7026  0.0001
    1905   0.006  0.9642  0.9878  0.9907  0.9913  0.9042  0.9848  0.0038  0.7028  0.0000
    1906   0.000  0.9643  0.9877  0.9907  0.9913  0.9051  0.9849  0.0042  0.7032  0.0000
    1907   0.009  0.9643  0.9877  0.9907  0.9913  0.9059  0.9850  0.0045  0.7034  0.0000
    1908   0.130  0.9643  0.9876  0.9907  0.9913  0.9068  0.9851  0.0047  0.7037  0.0003
    1909   0.074  0.9643  0.9876  0.9907  0.9913  0.9076  0.9852  0.0049  0.7039  0.0002
    1910   0.067  0.9643  0.9875  0.9907  0.9913  0.9084  0.9853  0.0050  0.7042  0.0002
    1911   0.014  0.9643  0.9874  0.9907  0.9913  0.9092  0.9855  0.0051  0.7045  0.0000
    1912   0.019  0.9643  0.9874  0.9907  0.9913  0.9100  0.9856  0.0052  0.7047  0.0000
    1913   0.022  0.9643  0.9873  0.9907  0.9913  0.9108  0.9857  0.0053  0.7049  0.0001
    1914   0.002  0.9643  0.9873  0.9907  0.9913  0.9115  0.9858  0.0055  0.7052  0.0000
    1915   0.032  0.9643  0.9872  0.9907  0.9913  0.9123  0.9859  0.0057  0.7055  0.0001
    1916   0.023  0.9643  0.9871  0.9907  0.9913  0.9130  0.9860  0.0059  0.7057  0.0001
    1917   0.046  0.9644  0.9871  0.9907  0.9913  0.9137  0.9861  0.0063  0.7059  0.0001
    1918   0.289  0.9644  0.9870  0.9907  0.9913  0.9144  0.9862  0.0067  0.7062  0.0010
    1919   0.144  0.9644  0.9869  0.9907  0.9913  0.9151  0.9863  0.0073  0.7064  0.0005
    1920   0.000  0.9644  0.9869  0.9907  0.9913  0.9157  0.9864  0.0080  0.7066  0.0000
    1921   0.001  0.9644  0.9868  0.9907  0.9913  0.9163  0.9865  0.0089  0.7068  0.0000
    1922   0.162  0.9644  0.9867  0.9907  0.9913  0.9168  0.9866  0.0098  0.7071  0.0008
    1923   0.226  0.9644  0.9866  0.9907  0.9913  0.9174  0.9867  0.0107  0.7073  0.0012
    1924   0.018  0.9644  0.9866  0.9907  0.9913  0.9179  0.9868  0.0116  0.7075  0.0001
    1925   0.201  0.9644  0.9865  0.9907  0.9913  0.9183  0.9869  0.0124  0.7077  0.0012
    1926   0.265  0.9644  0.9864  0.9907  0.9914  0.9187  0.9870  0.0130  0.7079  0.0017
    1927   0.042  0.9644  0.9864  0.9907  0.9914  0.9191  0.9871  0.0133  0.7082  0.0003
    1928   0.096  0.9644  0.9863  0.9907  0.9914  0.9195  0.9872  0.0133  0.7084  0.0006
    1929   0.118  0.9645  0.9862  0.9907  0.9914  0.9197  0.9873  0.0129  0.7085  0.0008
    1930   0.119  0.9645  0.9861  0.9906  0.9914  0.9200  0.9874  0.0120  0.7087  0.0007
    1931   0.061  0.9645  0.9860  0.9906  0.9914  0.9202  0.9875  0.0106  0.7089  0.0003
    1932   0.195  0.9645  0.9860  0.9906  0.9914  0.9204  0.9876  0.0090  0.7091  0.0009
    1933   0.201  0.9645  0.9859  0.9906  0.9914  0.9205  0.9877  0.0073  0.7093  0.0007
    1934   0.101  0.9645  0.9858  0.9906  0.9914  0.9205  0.9878  0.0059  0.7095  0.0003
    1935   0.453  0.9645  0.9857  0.9906  0.9914  0.9206  0.9879  0.0051  0.7096  0.0012
    1936   0.231  0.9645  0.9856  0.9906  0.9914  0.9205  0.9881  0.0050  0.7098  0.0006
    1937   0.277  0.9645  0.9856  0.9906  0.9914  0.9205  0.9882  0.0060  0.7100  0.0008
    1938   0.211  0.9645  0.9855  0.9906  0.9914  0.9204  0.9883  0.0083  0.7102  0.0009
    1939   0.133  0.9645  0.9854  0.9906  0.9914  0.9203  0.9884  0.0122  0.7103  0.0008
    1940   0.221  0.9645  0.9853  0.9906  0.9914  0.9201  0.9885  0.0180  0.7104  0.0020
    1941   0.235  0.9646  0.9852  0.9906  0.9914  0.9199  0.9886  0.0258  0.7106  0.0030
    1942   0.403  0.9646  0.9851  0.9906  0.9914  0.9197  0.9887  0.0352  0.7107  0.0071
    1943   0.552  0.9646  0.9850  0.9906  0.9914  0.9194  0.9888  0.0456  0.7108  0.0126
    1944   0.287  0.9646  0.9850  0.9906  0.9914  0.9191  0.9889  0.0566  0.7111  0.0082
    1945   0.268  0.9646  0.9849  0.9906  0.9914  0.9188  0.9890  0.0675  0.7112  0.0091
    1946   0.437  0.9646  0.9848  0.9906  0.9914  0.9184  0.9891  0.0779  0.7113  0.0171
    1947   0.405  0.9646  0.9847  0.9906  0.9914  0.9181  0.9892  0.0871  0.7114  0.0177
    1948   0.362  0.9646  0.9846  0.9906  0.9914  0.9177  0.9893  0.0948  0.7115  0.0172
    1949   0.368  0.9646  0.9845  0.9906  0.9914  0.9173  0.9894  0.1002  0.7116  0.0185
    1950   0.442  0.9646  0.9844  0.9906  0.9914  0.9168  0.9895  0.1030  0.7117  0.0229
    1951   0.493  0.9646  0.9843  0.9906  0.9914  0.9163  0.9896  0.1027  0.7118  0.0254
    1952   0.590  0.9646  0.9842  0.9906  0.9914  0.9159  0.9897  0.0997  0.7120  0.0295
    1953   0.296  0.9646  0.9841  0.9905  0.9914  0.9154  0.9898  0.0946  0.7121  0.0141
    1954   0.335  0.9647  0.9841  0.9905  0.9914  0.9149  0.9899  0.0881  0.7121  0.0148
    1955   0.359  0.9647  0.9840  0.9905  0.9914  0.9143  0.9900  0.0806  0.7122  0.0145
    1956   0.292  0.9647  0.9839  0.9905  0.9914  0.9138  0.9901  0.0728  0.7123  0.0107
    1957   0.288  0.9647  0.9838  0.9905  0.9914  0.9132  0.9902  0.0653  0.7123  0.0094
    1958   0.325  0.9647  0.9837  0.9905  0.9914  0.9126  0.9903  0.0585  0.7124  0.0095
    1959   0.278  0.9647  0.9836  0.9905  0.9914  0.9121  0.9904  0.0533  0.7124  0.0074
    1960   0.502  0.9647  0.9835  0.9905  0.9914  0.9115  0.9904  0.0500  0.7125  0.0126
    1961   0.495  0.9647  0.9834  0.9905  0.9914  0.9109  0.9905  0.0492  0.7125  0.0122
    1962   0.482  0.9647  0.9833  0.9905  0.9914  0.9103  0.9906  0.0507  0.7126  0.0122
    1963   0.406  0.9647  0.9832  0.9905  0.9914  0.9097  0.9907  0.0541  0.7126  0.0110
    1964   0.383  0.9647  0.9831  0.9905  0.9914  0.9091  0.9908  0.0593  0.7127  0.0114
    1965   0.532  0.9647  0.9830  0.9905  0.9914  0.9084  0.9909  0.0660  0.7127  0.0176
    1966   0.459  0.9647  0.9830  0.9905  0.9914  0.9078  0.9910  0.0737  0.7127  0.0169
    1967   0.634  0.9648  0.9829  0.9905  0.9914  0.9072  0.9911  0.0823  0.7127  0.0261
    1968   0.578  0.9648  0.9828  0.9905  0.9914  0.9066  0.9912  0.0914  0.7127  0.0264
    1969   0.603  0.9648  0.9827  0.9905  0.9914  0.9060  0.9913  0.1007  0.7127  0.0303
    1970   0.754  0.9648  0.9826  0.9905  0.9914  0.9054  0.9914  0.1100  0.7127  0.0414
    1971   0.632  0.9648  0.9825  0.9905  0.9914  0.9048  0.9915  0.1190  0.7127  0.0376
    1972   0.559  0.9648  0.9824  0.9905  0.9914  0.9042  0.9916  0.1278  0.7127  0.0357
    1973   0.772  0.9648  0.9823  0.9904  0.9914  0.9037  0.9916  0.1366  0.7127  0.0526
    1974   0.669  0.9648  0.9822  0.9904  0.9914  0.9031  0.9917  0.1455  0.7127  0.0485
    1975   0.791  0.9648  0.9821  0.9904  0.9914  0.9025  0.9918  0.1547  0.7127  0.0610
    1976   0.780  0.9648  0.9820  0.9904  0.9914  0.9020  0.9919  0.1643  0.7127  0.0639
    1977   0.871  0.9648  0.9819  0.9904  0.9914  0.9015  0.9920  0.1744  0.7127  0.0757
    1978   0.879  0.9648  0.9819  0.9904  0.9914  0.9010  0.9921  0.1854  0.7126  0.0812
    1979   0.847  0.9648  0.9818  0.9904  0.9914  0.9005  0.9922  0.1972  0.7126  0.0832
    1980   0.567  0.9649  0.9817  0.9904  0.9914  0.9000  0.9923  0.2100  0.7126  0.0593
    1981   0.814  0.9649  0.9816  0.9904  0.9914  0.8995  0.9923  0.2240  0.7125  0.0907
    1982   0.946  0.9649  0.9815  0.9904  0.9914  0.8991  0.9924  0.2391  0.7125  0.1125
    1983   0.872  0.9649  0.9814  0.9904  0.9914  0.8987  0.9925  0.2553  0.7124  0.1107
    1984   0.968  0.9649  0.9813  0.9904  0.9914  0.8983  0.9926  0.2724  0.7124  0.1311
    1985   0.896  0.9649  0.9812  0.9904  0.9914  0.8979  0.9927  0.2903  0.7123  0.1293
    1986   0.901  0.9649  0.9811  0.9904  0.9914  0.8976  0.9928  0.3091  0.7123  0.1384
    1987   0.659  0.9649  0.9811  0.9904  0.9914  0.8972  0.9928  0.3285  0.7122  0.1075
    1988   0.904  0.9649  0.9810  0.9904  0.9914  0.8969  0.9929  0.3485  0.7121  0.1565
    1989   0.941  0.9649  0.9809  0.9904  0.9914  0.8966  0.9930  0.3690  0.7121  0.1724
    1990   0.747  0.9649  0.9808  0.9904  0.9914  0.8964  0.9931  0.3900  0.7120  0.1447
    1991   0.865  0.9649  0.9807  0.9904  0.9914  0.8961  0.9931  0.4113  0.7118  0.1766
    1992   0.954  0.9649  0.9806  0.9904  0.9914  0.8959  0.9932  0.4329  0.7117  0.2049
    1993   0.966  0.9649  0.9806  0.9903  0.9914  0.8957  0.9933  0.4545  0.7116  0.2179
    1994   0.836  0.9650  0.9805  0.9903  0.9914  0.8955  0.9934  0.4762  0.7116  0.1976
    1995   0.873  0.9650  0.9804  0.9903  0.9914  0.8954  0.9934  0.4978  0.7115  0.2156
    1996   0.798  0.9650  0.9803  0.9903  0.9914  0.8953  0.9935  0.5191  0.7114  0.2055
    1997   0.739  0.9650  0.9802  0.9903  0.9914  0.8952  0.9936  0.5401  0.7113  0.1980
    1998   0.623  0.9650  0.9802  0.9903  0.9914  0.8951  0.9937  0.5607  0.7112  0.1734
    1999   0.597  0.9650  0.9801  0.9903  0.9914  0.8950  0.9937  0.5807  0.7111  0.1720
    2000   0.483  0.9650  0.9800  0.9903  0.9914  0.8950  0.9938  0.6000  0.7110  0.1438
    2001   0.337  0.9650  0.9799  0.9903  0.9914  0.8950  0.9939  0.6185  0.7108  0.1034
    2002   0.242  0.9650  0.9798  0.9903  0.9914  0.8950  0.9939  0.6363  0.7107  0.0764
    2003   0.359  0.9650  0.9798  0.9903  0.9914  0.8951  0.9940  0.6531  0.7105  0.1163
    2004   0.236  0.9650  0.9797  0.9903  0.9914  0.8951  0.9941  0.6691  0.7104  0.0784
    2005   0.311  0.9650  0.9796  0.9903  0.9914  0.8952  0.9941  0.6842  0.7103  0.1056
    2006   0.267  0.9650  0.9796  0.9903  0.9914  0.8953  0.9942  0.6984  0.7102  0.0926
    2007   0.333  0.9651  0.9795  0.9903  0.9914  0.8955  0.9943  0.7115  0.7100  0.1177
    2008   0.512  0.9651  0.9794  0.9903  0.9914  0.8956  0.9943  0.7237  0.7098  0.1840
    2009   0.664  0.9651  0.9793  0.9903  0.9914  0.8958  0.9944  0.7349  0.7097  0.2424
    2010   0.453  0.9651  0.9793  0.9902  0.9914  0.8960  0.9945  0.7450  0.7096  0.1677
    2011   0.463  0.9651  0.9792  0.9902  0.9914  0.8962  0.9945  0.7540  0.7094  0.1734
    2012   0.357  0.9651  0.9791  0.9902  0.9914  0.8964  0.9946  0.7621  0.7093  0.1352
    2013   0.399  0.9651  0.9791  0.9902  0.9914  0.8967  0.9946  0.7692  0.7091  0.1525
    2014   0.362  0.9651  0.9790  0.9902  0.9914  0.8970  0.9947  0.7755  0.7089  0.1396
    2015   0.344  0.9651  0.9789  0.9902  0.9914  0.8973  0.9947  0.7810  0.7087  0.1336
    2016   0.448  0.9651  0.9789  0.9902  0.9914  0.8976  0.9948  0.7859  0.7086  0.1751
    2017   0.414  0.9651  0.9788  0.9902  0.9914  0.8980  0.9948  0.7901  0.7084  0.1627
    2018   0.457  0.9651  0.9787  0.9902  0.9914  0.8983  0.9949  0.7938  0.7083  0.1805
    2019   0.534  0.9651  0.9787  0.9902  0.9914  0.8987  0.9949  0.7971  0.7081  0.2119
    2020   0.558  0.9651  0.9786  0.9902  0.9914  0.8991  0.9950  0.8000  0.7079  0.2223
    2021   0.611  0.9652  0.9786  0.9902  0.9914  0.8995  0.9950  0.8026  0.7077  0.2443
    2022   0.676  0.9652  0.9785  0.9902  0.9914  0.8999  0.9951  0.8050  0.7076  0.2713
    2023   0.698  0.9652  0.9784  0.9902  0.9914  0.9004  0.9951  0.8071  0.7074  0.2809
    2024   0.745  0.9652  0.9784  0.9902  0.9914  0.9008  0.9952  0.8091  0.7072  0.3007
    2025   0.780  0.9652  0.9783  0.9902  0.9914  0.9013  0.9952  0.8109  0.7071  0.3156
    2026   0.858  0.9652  0.9783  0.9902  0.9914  0.9018  0.9953  0.8125  0.7068  0.3481
    2027   0.853  0.9652  0.9782  0.9901  0.9914  0.9023  0.9953  0.8140  0.7066  0.3467
    2028   0.814  0.9652  0.9781  0.9901  0.9914  0.9028  0.9954  0.8154  0.7064  0.3316
    2029   0.852  0.9652  0.9781  0.9901  0.9914  0.9033  0.9954  0.8167  0.7063  0.3478
    2030   0.909  0.9652  0.9780  0.9901  0.9914  0.9039  0.9954  0.8180  0.7061  0.3717
    2031   0.909  0.9652  0.9780  0.9901  0.9914  0.9044  0.9955  0.8193  0.7058  0.3726
    2032   0.935  0.9652  0.9779  0.9901  0.9914  0.9050  0.9955  0.8205  0.7056  0.3839
    2033   0.905  0.9652  0.9779  0.9901  0.9914  0.9056  0.9956  0.8217  0.7054  0.3724
    2034   0.923  0.9653  0.9778  0.9901  0.9914  0.9062  0.9956  0.8230  0.7053  0.3806
    2035   0.941  0.9653  0.9778  0.9901  0.9913  0.9068  0.9956  0.8242  0.7051  0.3886
    2036   0.943  0.9653  0.9777  0.9901  0.9913  0.9074  0.9957  0.8253  0.7048  0.3902
    2037   0.942  0.9653  0.9777  0.9901  0.9913  0.9081  0.9957  0.8265  0.7046  0.3905
    2038   0.913  0.9653  0.9776  0.9901  0.9913  0.9087  0.9957  0.8277  0.7044  0.3792
    2039   0.940  0.9653  0.9776  0.9901  0.9913  0.9093  0.9958  0.8288  0.7042  0.3912
    2040   0.865  0.9653  0.9775  0.9901  0.9913  0.9100  0.9958  0.8300  0.7039  0.3606
    2041   0.908  0.9653  0.9775  0.9901  0.9913  0.9107  0.9958  0.8311  0.7037  0.3792
    2042   0.902  0.9653  0.9774  0.9901  0.9913  0.9113  0.9958  0.8323  0.7035  0.3773
    2043   0.911  0.9653  0.9774  0.9901  0.9913  0.9120  0.9959  0.8334  0.7033  0.3819
    2044   0.890  0.9653  0.9773  0.9900  0.9913  0.9127  0.9959  0.8345  0.7030  0.3737
    2045   0.909  0.9653  0.9773  0.9900  0.9913  0.9134  0.9959  0.8355  0.7028  0.3823
    2046   0.929  0.9653  0.9772  0.9900  0.9913  0.9141  0.9959  0.8365  0.7026  0.3913
    2047   0.895  0.9654  0.9772  0.9900  0.9913  0.9148  0.9960  0.8375  0.7024  0.3779
    2048   0.835  0.9654  0.9771  0.9900  0.9913  0.9156  0.9960  0.8384  0.7022  0.3531
    2049   0.799  0.9654  0.9771  0.9900  0.9913  0.9163  0.9960  0.8392  0.7019  0.3383
    2050   0.752  0.9654  0.9770  0.9900  0.9913  0.9170  0.9960  0.8400  0.7017  0.3188
    2051   0.769  0.9654  0.9770  0.9900  0.9913  0.9177  0.9960  0.8407  0.7015  0.3265
    2052   0.657  0.9654  0.9769  0.9900  0.9913  0.9184  0.9961  0.8413  0.7013  0.2793
    2053   0.687  0.9654  0.9769  0.9900  0.9913  0.9192  0.9961  0.8419  0.7010  0.2925
    2054   0.568  0.9654  0.9768  0.9900  0.9913  0.9199  0.9961  0.8424  0.7008  0.2420
    2055   0.633  0.9654  0.9768  0.9900  0.9913  0.9206  0.9961  0.8429  0.7006  0.2700
    2056   0.640  0.9654  0.9768  0.9900  0.9913  0.9213  0.9961  0.8433  0.7004  0.2732
    2057   0.642  0.9654  0.9767  0.9900  0.9913  0.9221  0.9961  0.8437  0.7002  0.2743
    2058   0.673  0.9654  0.9767  0.9900  0.9913  0.9228  0.9962  0.8442  0.6999  0.2880
    2059   0.724  0.9654  0.9766  0.9900  0.9913  0.9235  0.9962  0.8446  0.6997  0.3101
    2060   0.863  0.9655  0.9766  0.9900  0.9913  0.9242  0.9962  0.8450  0.6995  0.3700
    2061   0.817  0.9655  0.9765  0.9899  0.9913  0.9249  0.9962  0.8454  0.6992  0.3505
    2062   0.699  0.9655  0.9765  0.9899  0.9913  0.9256  0.9962  0.8459  0.6989  0.3002
    2063   0.684  0.9655  0.9765  0.9899  0.9913  0.9263  0.9962  0.8464  0.6987  0.2940
    2064   0.702  0.9655  0.9764  0.9899  0.9913  0.9270  0.9962  0.8469  0.6985  0.3021
    2065   0.676  0.9655  0.9764  0.9899  0.9913  0.9276  0.9962  0.8474  0.6983  0.2911
    2066   0.659  0.9655  0.9763  0.9899  0.9913  0.9283  0.9962  0.8479  0.6980  0.2841
    2067   0.707  0.9655  0.9763  0.9899  0.9913  0.9289  0.9962  0.8484  0.6978  0.3050
    2068   0.707  0.9655  0.9763  0.9899  0.9913  0.9296  0.9962  0.8489  0.6976  0.3054
    2069   0.764  0.9655  0.9762  0.9899  0.9913  0.9302  0.9962  0.8495  0.6974  0.3303
    2070   0.770  0.9655  0.9762  0.9899  0.9913  0.9308  0.9963  0.8500  0.6970  0.3333
    2071   0.757  0.9655  0.9761  0.9899  0.9913  0.9314  0.9963  0.8505  0.6968  0.3279
    2072   0.774  0.9656  0.9761  0.9899  0.9913  0.9320  0.9963  0.8511  0.6966  0.3357
    2073   0.836  0.9656  0.9761  0.9899  0.9913  0.9326  0.9963  0.8516  0.6964  0.3629
    2074   0.838  0.9656  0.9760  0.9899  0.9913  0.9332  0.9963  0.8521  0.6961  0.3641
    2075   0.838  0.9656  0.9760  0.9898  0.9913  0.9337  0.9963  0.8526  0.6959  0.3643
    2076   0.865  0.9656  0.9759  0.9898  0.9913  0.9342  0.9963  0.8531  0.6957  0.3763
    2077   0.869  0.9656  0.9759  0.9898  0.9913  0.9347  0.9963  0.8536  0.6955  0.3784
    2078   0.864  0.9656  0.9759  0.9898  0.9913  0.9352  0.9963  0.8541  0.6953  0.3765
    2079   0.939  0.9656  0.9758  0.9898  0.9913  0.9357  0.9963  0.8546  0.6949  0.4094
    2080   0.956  0.9656  0.9758  0.9898  0.9913  0.9362  0.9962  0.8550  0.6947  0.4169
    2081   0.951  0.9656  0.9757  0.9898  0.9913  0.9366  0.9962  0.8554  0.6945  0.4149
    2082   0.938  0.9656  0.9757  0.9898  0.9913  0.9370  0.9962  0.8558  0.6943  0.4095
    2083   0.917  0.9656  0.9757  0.9898  0.9913  0.9374  0.9962  0.8562  0.6940  0.4006
    2084   0.919  0.9657  0.9756  0.9898  0.9913  0.9378  0.9962  0.8567  0.6938  0.4017
    2085   0.894  0.9657  0.9756  0.9898  0.9913  0.9381  0.9962  0.8571  0.6936  0.3910
    2086   0.925  0.9657  0.9755  0.9898  0.9913  0.9385  0.9962  0.8576  0.6934  0.4048
    2087   0.939  0.9657  0.9755  0.9898  0.9913  0.9387  0.9962  0.8581  0.6931  0.4111
    2088   0.944  0.9657  0.9755  0.9898  0.9913  0.9390  0.9962  0.8587  0.6929  0.4136
    2089   0.943  0.9657  0.9754  0.9898  0.9913  0.9393  0.9962  0.8593  0.6927  0.4134
    2090   0.938  0.9657  0.9754  0.9898  0.9912  0.9395  0.9962  0.8600  0.6925  0.4114
    2091   0.959  0.9657  0.9754  0.9897  0.9912  0.9397  0.9962  0.8608  0.6922  0.4209
    2092   0.963  0.9657  0.9753  0.9897  0.9912  0.9398  0.9962  0.8616  0.6920  0.4229
    2093   0.954  0.9657  0.9753  0.9897  0.9912  0.9400  0.9961  0.8626  0.6918  0.4192
    2094   0.935  0.9657  0.9752  0.9897  0.9912  0.9401  0.9961  0.8635  0.6916  0.4112
    2095   0.975  0.9658  0.9752  0.9897  0.9912  0.9401  0.9961  0.8646  0.6914  0.4293
    2096   0.978  0.9658  0.9752  0.9897  0.9912  0.9402  0.9961  0.8656  0.6911  0.4310
    2097   0.975  0.9658  0.9751  0.9897  0.9912  0.9402  0.9961  0.8667  0.6909  0.4300
    2098   0.958  0.9658  0.9751  0.9897  0.9912  0.9402  0.9961  0.8678  0.6907  0.4229
    2099   0.916  0.9658  0.9750  0.9897  0.9912  0.9401  0.9961  0.8689  0.6905  0.4047
    2100   0.965  0.9658  0.9750  0.9897  0.9912  0.9400  0.9960  0.8700  0.6902  0.4265
    2101   0.954  0.9658  0.9750  0.9897  0.9912  0.9399  0.9960  0.8711  0.6900  0.4220
    2102   0.924  0.9658  0.9749  0.9897  0.9912  0.9397  0.9960  0.8722  0.6898  0.4090
    2103   0.979  0.9658  0.9749  0.9897  0.9912  0.9395  0.9960  0.8732  0.6896  0.4336
    2104   0.979  0.9658  0.9748  0.9897  0.9912  0.9393  0.9960  0.8742  0.6894  0.4338
    2105   0.974  0.9658  0.9748  0.9896  0.9912  0.9390  0.9959  0.8753  0.6892  0.4317
    2106   0.980  0.9659  0.9748  0.9896  0.9912  0.9387  0.9959  0.8762  0.6890  0.4346
    2107   0.977  0.9659  0.9747  0.9896  0.9912  0.9384  0.9959  0.8772  0.6888  0.4335
    2108   0.976  0.9659  0.9747  0.9896  0.9912  0.9381  0.9959  0.8782  0.6886  0.4333
    2109   0.970  0.9659  0.9746  0.9896  0.9912  0.9377  0.9959  0.8791  0.6884  0.4307
    2110   0.957  0.9659  0.9746  0.9896  0.9912  0.9373  0.9958  0.8800  0.6882  0.4249
    2111   0.970  0.9659  0.9746  0.9896  0.9912  0.9369  0.9958  0.8809  0.6880  0.4308
    2112   0.941  0.9659  0.9745  0.9896  0.9912  0.9365  0.9958  0.8817  0.6878  0.4179
    2113   0.980  0.9659  0.9745  0.9896  0.9912  0.9360  0.9958  0.8826  0.6876  0.4353
    2114   0.985  0.9659  0.9744  0.9896  0.9912  0.9355  0.9958  0.8834  0.6875  0.4376
    2115   0.981  0.9659  0.9744  0.9896  0.9912  0.9350  0.9957  0.8842  0.6872  0.4357
    2116   0.978  0.9660  0.9744  0.9896  0.9912  0.9345  0.9957  0.8850  0.6870  0.4344
    2117   0.982  0.9660  0.9743  0.9896  0.9912  0.9340  0.9957  0.8857  0.6868  0.4361
    2118   0.967  0.9660  0.9743  0.9896  0.9912  0.9334  0.9957  0.8865  0.6867  0.4295
    2119   0.938  0.9660  0.9742  0.9895  0.9912  0.9329  0.9956  0.8873  0.6865  0.4164
    2120   0.963  0.9660  0.9742  0.9895  0.9912  0.9323  0.9956  0.8880  0.6862  0.4274
    2121   0.980  0.9660  0.9741  0.9895  0.9912  0.9317  0.9956  0.8887  0.6861  0.4349
    2122   0.989  0.9660  0.9741  0.9895  0.9912  0.9311  0.9956  0.8895  0.6859  0.4389
    2123   0.989  0.9660  0.9741  0.9895  0.9912  0.9305  0.9955  0.8902  0.6858  0.4387
    2124   0.967  0.9660  0.9740  0.9895  0.9912  0.9299  0.9955  0.8908  0.6856  0.4288
    2125   0.959  0.9660  0.9740  0.9895  0.9912  0.9293  0.9955  0.8914  0.6853  0.4251
    2126   0.992  0.9661  0.9739  0.9895  0.9912  0.9287  0.9954  0.8919  0.6852  0.4395
    2127   0.973  0.9661  0.9739  0.9895  0.9912  0.9280  0.9954  0.8923  0.6850  0.4308
    2128   0.941  0.9661  0.9738  0.9895  0.9912  0.9274  0.9954  0.8927  0.6849  0.4164
    2129   0.992  0.9661  0.9738  0.9895  0.9912  0.9268  0.9954  0.8929  0.6847  0.4387
    2130   0.993  0.9661  0.9738  0.9895  0.9912  0.9261  0.9953  0.8930  0.6846  0.4386
    2131   0.993  0.9661  0.9737  0.9895  0.9911  0.9255  0.9953  0.8930  0.6843  0.4380
    2132   0.994  0.9661  0.9737  0.9895  0.9911  0.9249  0.9953  0.8928  0.6842  0.4380
    2133   0.993  0.9661  0.9736  0.9894  0.9911  0.9242  0.9952  0.8926  0.6840  0.4367
    2134   0.994  0.9661  0.9736  0.9894  0.9911  0.9236  0.9952  0.8922  0.6839  0.4366
    2135   0.989  0.9662  0.9735  0.9894  0.9911  0.9230  0.9952  0.8919  0.6837  0.4339
    2136   0.977  0.9662  0.9735  0.9894  0.9911  0.9224  0.9951  0.8915  0.6836  0.4279
    2137   0.994  0.9662  0.9734  0.9894  0.9911  0.9218  0.9951  0.8910  0.6833  0.4346
    2138   0.994  0.9662  0.9734  0.9894  0.9911  0.9212  0.9951  0.8907  0.6832  0.4341
    2139   0.992  0.9662  0.9734  0.9894  0.9911  0.9206  0.9950  0.8903  0.6830  0.4325
    2140   0.993  0.9662  0.9733  0.9894  0.9911  0.9200  0.9950  0.8900  0.6829  0.4323
    2141   0.994  0.9662  0.9733  0.9894  0.9911  0.9194  0.9950  0.8898  0.6828  0.4323
    2142   0.994  0.9662  0.9732  0.9894  0.9911  0.9189  0.9949  0.8896  0.6826  0.4316
    2143   0.990  0.9662  0.9732  0.9894  0.9911  0.9183  0.9949  0.8895  0.6825  0.4295
    2144   0.993  0.9663  0.9731  0.9894  0.9911  0.9178  0.9949  0.8895  0.6822  0.4305
    2145   0.992  0.9663  0.9731  0.9894  0.9911  0.9173  0.9948  0.8895  0.6821  0.4296
    2146   0.992  0.9663  0.9730  0.9893  0.9911  0.9168  0.9948  0.8896  0.6820  0.4292
    2147   0.990  0.9663  0.9730  0.9893  0.9911  0.9163  0.9948  0.8897  0.6818  0.4280
    2148   0.985  0.9663  0.9729  0.9893  0.9911  0.9158  0.9947  0.8898  0.6817  0.4254
    2149   0.985  0.9663  0.9729  0.9893  0.9911  0.9153  0.9947  0.8899  0.6816  0.4252
    2150   0.978  0.9663  0.9728  0.9893  0.9911  0.9148  0.9947  0.8900  0.6815  0.4218
    2151   0.958  0.9663  0.9728  0.9893  0.9911  0.9143  0.9946  0.8901  0.6812  0.4127
    2152   0.936  0.9664  0.9727  0.9893  0.9911  0.9138  0.9946  0.8902  0.6811  0.4030
    2153   0.954  0.9664  0.9727  0.9893  0.9911  0.9134  0.9945  0.8903  0.6810  0.4104
    2154   0.970  0.9664  0.9726  0.9893  0.9911  0.9129  0.9945  0.8903  0.6809  0.4170
    2155   0.972  0.9664  0.9726  0.9893  0.9911  0.9124  0.9945  0.8904  0.6807  0.4175
    2156   0.985  0.9664  0.9725  0.9893  0.9911  0.9120  0.9944  0.8904  0.6806  0.4226
    2157   0.988  0.9664  0.9725  0.9893  0.9911  0.9115  0.9944  0.8903  0.6804  0.4236
    2158   0.982  0.9664  0.9724  0.9893  0.9911  0.9111  0.9944  0.8903  0.6803  0.4207
    2159   0.962  0.9664  0.9724  0.9892  0.9911  0.9106  0.9943  0.8902  0.6802  0.4116
    2160   0.976  0.9664  0.9723  0.9892  0.9911  0.9102  0.9943  0.8900  0.6800  0.4171
    2161   0.964  0.9665  0.9723  0.9892  0.9910  0.9097  0.9942  0.8898  0.6799  0.4114
    2162   0.981  0.9665  0.9722  0.9892  0.9910  0.9092  0.9942  0.8896  0.6798  0.4182
    2163   0.955  0.9665  0.9722  0.9892  0.9910  0.9088  0.9942  0.8893  0.6797  0.4068
    2164   0.938  0.9665  0.9721  0.9892  0.9910  0.9083  0.9941  0.8890  0.6796  0.3989
    2165   0.988  0.9665  0.9721  0.9892  0.9910  0.9079  0.9941  0.8886  0.6794  0.4197
    2166   0.981  0.9665  0.9720  0.9892  0.9910  0.9074  0.9941  0.8883  0.6793  0.4163
    2167   0.967  0.9665  0.9720  0.9892  0.9910  0.9069  0.9940  0.8880  0.6792  0.4097
    2168   0.969  0.9665  0.9719  0.9892  0.9910  0.9064  0.9940  0.8876  0.6790  0.4100
    2169   0.945  0.9666  0.9719  0.9892  0.9910  0.9059  0.9939  0.8873  0.6789  0.3993
    2170   0.986  0.9666  0.9718  0.9892  0.9910  0.9054  0.9939  0.8870  0.6788  0.4162
    2171   0.991  0.9666  0.9717  0.9892  0.9910  0.9049  0.9939  0.8867  0.6787  0.4178
    2172   0.977  0.9666  0.9717  0.9891  0.9910  0.9044  0.9938  0.8865  0.6786  0.4113
    2173   0.967  0.9666  0.9716  0.9891  0.9910  0.9039  0.9938  0.8862  0.6784  0.4066
    2174   0.953  0.9666  0.9716  0.9891  0.9910  0.9034  0.9937  0.8860  0.6783  0.4002
    2175   0.975  0.9666  0.9715  0.9891  0.9910  0.9029  0.9937  0.8858  0.6782  0.4090
    2176   0.958  0.9667  0.9715  0.9891  0.9910  0.9023  0.9937  0.8856  0.6781  0.4015
    2177   0.982  0.9667  0.9714  0.9891  0.9910  0.9018  0.9936  0.8855  0.6780  0.4110
    2178   0.978  0.9667  0.9714  0.9891  0.9910  0.9012  0.9936  0.8853  0.6779  0.4089
    2179   0.940  0.9667  0.9713  0.9891  0.9910  0.9006  0.9935  0.8852  0.6778  0.3925
    2180   0.978  0.9667  0.9712  0.9891  0.9910  0.9000  0.9935  0.8850  0.6777  0.4079
    2181   0.993  0.9667  0.9712  0.9891  0.9910  0.8994  0.9935  0.8848  0.6777  0.4138
    2182   0.991  0.9667  0.9711  0.9891  0.9910  0.8988  0.9934  0.8847  0.6776  0.4123
    2183   0.915  0.9668  0.9711  0.9891  0.9910  0.8982  0.9934  0.8846  0.6774  0.3804
    2184   0.929  0.9668  0.9710  0.9890  0.9910  0.8975  0.9933  0.8845  0.6773  0.3856
    2185   0.914  0.9668  0.9709  0.9890  0.9910  0.8969  0.9933  0.8844  0.6772  0.3790
    2186   0.991  0.9668  0.9709  0.9890  0.9910  0.8962  0.9933  0.8844  0.6771  0.4105
    2187   0.971  0.9668  0.9708  0.9890  0.9910  0.8956  0.9932  0.8844  0.6770  0.4017
    2188   0.946  0.9668  0.9708  0.9890  0.9909  0.8950  0.9932  0.8845  0.6769  0.3909
    2189   0.983  0.9668  0.9707  0.9890  0.9909  0.8944  0.9931  0.8847  0.6769  0.4059
    2190   0.976  0.9669  0.9706  0.9890  0.9909  0.8938  0.9931  0.8850  0.6768  0.4028
    2191   0.967  0.9669  0.9706  0.9890  0.9909  0.8932  0.9931  0.8854  0.6767  0.3989
    2192   0.994  0.9669  0.9705  0.9890  0.9909  0.8927  0.9930  0.8858  0.6766  0.4098
    2193   0.994  0.9669  0.9705  0.9890  0.9909  0.8922  0.9930  0.8863  0.6764  0.4097
    2194   0.953  0.9669  0.9704  0.9890  0.9909  0.8917  0.9930  0.8868  0.6764  0.3928
    2195   0.951  0.9669  0.9703  0.9890  0.9909  0.8912  0.9929  0.8874  0.6763  0.3917
    2196   0.984  0.9669  0.9703  0.9890  0.9909  0.8908  0.9929  0.8880  0.6762  0.4053
    2197   0.976  0.9670  0.9702  0.9889  0.9909  0.8904  0.9928  0.8885  0.6761  0.4019
    2198   0.920  0.9670  0.9701  0.9889  0.9909  0.8900  0.9928  0.8891  0.6760  0.3788
    2199   0.915  0.9670  0.9701  0.9889  0.9909  0.8897  0.9928  0.8896  0.6760  0.3768
    2200   0.853  0.9670  0.9700  0.9889  0.9909  0.8894  0.9927  0.8900  0.6759  0.3511
    2201   0.913  0.9670  0.9699  0.9889  0.9909  0.8892  0.9927  0.8904  0.6758  0.3758
    2202   0.932  0.9670  0.9699  0.9889  0.9909  0.8890  0.9926  0.8907  0.6758  0.3835
    2203   0.949  0.9670  0.9698  0.9889  0.9909  0.8889  0.9926  0.8909  0.6757  0.3904
    2204   0.960  0.9671  0.9697  0.9889  0.9909  0.8889  0.9926  0.8912  0.6756  0.3950
    2205   0.913  0.9671  0.9697  0.9889  0.9909  0.8889  0.9925  0.8914  0.6756  0.3756
    2206   0.957  0.9671  0.9696  0.9889  0.9909  0.8890  0.9925  0.8916  0.6754  0.3938
    2207   0.971  0.9671  0.9695  0.9889  0.9909  0.8891  0.9925  0.8919  0.6753  0.3996
    2208   0.982  0.9671  0.9695  0.9889  0.9909  0.8893  0.9924  0.8922  0.6753  0.4042
    2209   0.992  0.9671  0.9694  0.9888  0.9909  0.8896  0.9924  0.8926  0.6752  0.4085
    2210   0.983  0.9672  0.9693  0.9888  0.9908  0.8900  0.9924  0.8930  0.6751  0.4050
    2211   0.980  0.9672  0.9693  0.9888  0.9908  0.8904  0.9923  0.8935  0.6751  0.4040
    2212   0.992  0.9672  0.9692  0.9888  0.9908  0.8910  0.9923  0.8941  0.6750  0.4094
    2213   0.993  0.9672  0.9691  0.9888  0.9908  0.8916  0.9922  0.8948  0.6750  0.4102
    2214   0.983  0.9672  0.9690  0.9888  0.9908  0.8922  0.9922  0.8955  0.6749  0.4065
    2215   0.964  0.9672  0.9690  0.9888  0.9908  0.8930  0.9922  0.8963  0.6748  0.3993
    2216   0.936  0.9673  0.9689  0.9888  0.9908  0.8938  0.9921  0.8971  0.6748  0.3883
    2217   0.968  0.9673  0.9688  0.9888  0.9908  0.8946  0.9921  0.8978  0.6747  0.4021
    2218   0.980  0.9673  0.9688  0.9888  0.9908  0.8955  0.9921  0.8986  0.6747  0.4079
    2219   0.985  0.9673  0.9687  0.9888  0.9908  0.8965  0.9920  0.8993  0.6745  0.4105
    2220   0.984  0.9673  0.9686  0.9887  0.9908  0.8975  0.9920  0.9000  0.6745  0.4107
    2221   0.957  0.9673  0.9685  0.9887  0.9908  0.8985  0.9920  0.9006  0.6744  0.4001
    2222   0.956  0.9674  0.9685  0.9887  0.9908  0.8996  0.9919  0.9012  0.6744  0.4003
    2223   0.981  0.9674  0.9684  0.9887  0.9908  0.9007  0.9919  0.9017  0.6743  0.4114
    2224   0.980  0.9674  0.9683  0.9887  0.9908  0.9018  0.9919  0.9022  0.6743  0.4117
    2225   0.967  0.9674  0.9682  0.9887  0.9908  0.9030  0.9918  0.9027  0.6742  0.4067
    2226   0.965  0.9674  0.9682  0.9887  0.9908  0.9041  0.9918  0.9031  0.6742  0.4066
    2227   0.940  0.9674  0.9681  0.9887  0.9908  0.9053  0.9918  0.9036  0.6741  0.3967
    2228   0.970  0.9675  0.9680  0.9887  0.9908  0.9065  0.9917  0.9040  0.6741  0.4099
    2229   0.982  0.9675  0.9680  0.9887  0.9908  0.9077  0.9917  0.9045  0.6741  0.4158
    2230   0.985  0.9675  0.9679  0.9887  0.9908  0.9089  0.9917  0.9050  0.6740  0.4177
    2231   0.970  0.9675  0.9678  0.9887  0.9908  0.9101  0.9916  0.9055  0.6740  0.4119
    2232   0.932  0.9675  0.9677  0.9886  0.9908  0.9113  0.9916  0.9061  0.6739  0.3964
    2233   0.954  0.9675  0.9677  0.9886  0.9908  0.9124  0.9916  0.9066  0.6739  0.4065
    2234   0.961  0.9676  0.9676  0.9886  0.9908  0.9136  0.9915  0.9072  0.6739  0.4102
    2235   0.974  0.9676  0.9675  0.9886  0.9907  0.9147  0.9915  0.9077  0.6738  0.4162
    2236   0.959  0.9676  0.9674  0.9886  0.9907  0.9159  0.9915  0.9083  0.6738  0.4106
    2237   0.956  0.9676  0.9674  0.9886  0.9907  0.9170  0.9915  0.9088  0.6738  0.4100
    2238   0.949  0.9676  0.9673  0.9886  0.9907  0.9180  0.9914  0.9092  0.6737  0.4073
    2239   0.977  0.9677  0.9672  0.9886  0.9907  0.9190  0.9914  0.9097  0.6737  0.4201
    2240   0.961  0.9677  0.9671  0.9886  0.9907  0.9200  0.9914  0.9100  0.6737  0.4138
    2241   0.957  0.9677  0.9671  0.9886  0.9907  0.9209  0.9913  0.9103  0.6735  0.4123
    2242   0.957  0.9677  0.9670  0.9886  0.9907  0.9218  0.9913  0.9105  0.6735  0.4128
    2243   0.965  0.9677  0.9669  0.9886  0.9907  0.9227  0.9913  0.9106  0.6735  0.4166
    2244   0.939  0.9677  0.9668  0.9885  0.9907  0.9235  0.9912  0.9107  0.6734  0.4055
    2245   0.976  0.9678  0.9668  0.9885  0.9907  0.9243  0.9912  0.9107  0.6734  0.4219
    2246   0.944  0.9678  0.9667  0.9885  0.9907  0.9250  0.9912  0.9107  0.6734  0.4084
    2247   0.895  0.9678  0.9666  0.9885  0.9907  0.9257  0.9911  0.9106  0.6734  0.3872
    2248   0.959  0.9678  0.9665  0.9885  0.9907  0.9264  0.9911  0.9104  0.6733  0.4150
    2249   0.969  0.9678  0.9665  0.9885  0.9907  0.9270  0.9911  0.9102  0.6733  0.4195
    2250   0.956  0.9679  0.9664  0.9885  0.9907  0.9276  0.9910  0.9100  0.6733  0.4140
    2251   0.951  0.9679  0.9663  0.9885  0.9907  0.9282  0.9910  0.9097  0.6733  0.4119
    2252   0.952  0.9679  0.9662  0.9885  0.9907  0.9287  0.9910  0.9094  0.6732  0.4123
    2253   0.953  0.9679  0.9662  0.9885  0.9907  0.9292  0.9909  0.9091  0.6732  0.4126
    2254   0.920  0.9679  0.9661  0.9885  0.9907  0.9297  0.9909  0.9087  0.6732  0.3983
    2255   0.933  0.9679  0.9660  0.9884  0.9906  0.9302  0.9909  0.9084  0.6732  0.4039
    2256   0.921  0.9680  0.9659  0.9884  0.9906  0.9307  0.9908  0.9080  0.6732  0.3986
    2257   0.903  0.9680  0.9659  0.9884  0.9906  0.9311  0.9908  0.9077  0.6732  0.3908
    2258   0.939  0.9680  0.9658  0.9884  0.9906  0.9315  0.9908  0.9074  0.6731  0.4063
    2259   0.963  0.9680  0.9657  0.9884  0.9906  0.9320  0.9907  0.9072  0.6731  0.4166
    2260   0.934  0.9680  0.9656  0.9884  0.9906  0.9324  0.9907  0.9070  0.6731  0.4041
    2261   0.901  0.9681  0.9656  0.9884  0.9906  0.9327  0.9907  0.9069  0.6731  0.3900
    2262   0.890  0.9681  0.9655  0.9884  0.9906  0.9331  0.9906  0.9068  0.6731  0.3852
    2263   0.948  0.9681  0.9654  0.9884  0.9906  0.9335  0.9906  0.9068  0.6731  0.4104
    2264   0.904  0.9681  0.9654  0.9884  0.9906  0.9338  0.9905  0.9068  0.6731  0.3913
    2265   0.914  0.9681  0.9653  0.9884  0.9906  0.9342  0.9905  0.9068  0.6730  0.3957
    2266   0.970  0.9682  0.9652  0.9884  0.9906  0.9345  0.9905  0.9069  0.6730  0.4202
    2267   0.972  0.9682  0.9651  0.9884  0.9906  0.9349  0.9904  0.9069  0.6730  0.4210
    2268   0.902  0.9682  0.9651  0.9884  0.9906  0.9352  0.9904  0.9070  0.6730  0.3909
    2269   0.884  0.9682  0.9650  0.9883  0.9906  0.9356  0.9904  0.9070  0.6730  0.3832
    2270   0.933  0.9682  0.9649  0.9883  0.9906  0.9359  0.9903  0.9070  0.6730  0.4043
    2271   0.943  0.9683  0.9649  0.9883  0.9906  0.9363  0.9903  0.9070  0.6730  0.4089
    2272   0.913  0.9683  0.9648  0.9883  0.9906  0.9366  0.9902  0.9069  0.6730  0.3958
    2273   0.939  0.9683  0.9647  0.9883  0.9906  0.9370  0.9902  0.9068  0.6730  0.4072
    2274   0.960  0.9683  0.9647  0.9883  0.9906  0.9374  0.9901  0.9066  0.6730  0.4162
    2275   0.895  0.9683  0.9646  0.9883  0.9906  0.9378  0.9901  0.9063  0.6730  0.3880
    2276   0.855  0.9684  0.9645  0.9883  0.9906  0.9382  0.9901  0.9059  0.6730  0.3707
    2277   0.928  0.9684  0.9644  0.9883  0.9906  0.9386  0.9900  0.9054  0.6730  0.4021
    2278   0.957  0.9684  0.9644  0.9883  0.9906  0.9391  0.9900  0.9047  0.6730  0.4146
    2279   0.976  0.9684  0.9643  0.9883  0.9906  0.9395  0.9899  0.9039  0.6730  0.4224
    2280   0.943  0.9684  0.9642  0.9883  0.9905  0.9400  0.9899  0.9030  0.6730  0.4077
    2281   0.898  0.9685  0.9642  0.9883  0.9905  0.9405  0.9898  0.9019  0.6730  0.3879
    2282   0.934  0.9685  0.9641  0.9882  0.9905  0.9410  0.9898  0.9005  0.6730  0.4030
    2283   0.875  0.9685  0.9640  0.9882  0.9905  0.9415  0.9897  0.8989  0.6730  0.3769
    2284   0.902  0.9685  0.9640  0.9882  0.9905  0.9421  0.9897  0.8969  0.6730  0.3879
    2285   0.910  0.9685  0.9639  0.9882  0.9905  0.9426  0.9896  0.8946  0.6730  0.3903
    2286   0.955  0.9686  0.9639  0.9882  0.9905  0.9432  0.9896  0.8918  0.6730  0.4087
    2287   0.958  0.9686  0.9638  0.9882  0.9905  0.9438  0.9895  0.8885  0.6731  0.4086
    2288   0.952  0.9686  0.9637  0.9882  0.9905  0.9443  0.9895  0.8846  0.6731  0.4044
    2289   0.901  0.9686  0.9637  0.9882  0.9905  0.9449  0.9894  0.8801  0.6731  0.3809
    2290   0.856  0.9686  0.9636  0.9882  0.9905  0.9454  0.9893  0.8750  0.6731  0.3598
    2291   0.939  0.9687  0.9635  0.9882  0.9905  0.9460  0.9893  0.8691  0.6731  0.3923
    2292   0.926  0.9687  0.9635  0.9882  0.9905  0.9465  0.9892  0.8625  0.6731  0.3840
    2293   0.916  0.9687  0.9634  0.9882  0.9905  0.9470  0.9892  0.8552  0.6731  0.3768
    2294   0.916  0.9687  0.9634  0.9881  0.9905  0.9475  0.9891  0.8470  0.6731  0.3732
    2295   0.891  0.9687  0.9633  0.9881  0.9905  0.9480  0.9891  0.8380  0.6731  0.3593
    2296   0.881  0.9688  0.9632  0.9881  0.9905  0.9485  0.9890  0.8282  0.6732  0.3512
    2297   0.943  0.9688  0.9632  0.9881  0.9905  0.9489  0.9889  0.8175  0.6732  0.3711
    2298   0.885  0.9688  0.9631  0.9881  0.9905  0.9493  0.9889  0.8059  0.6732  0.3434
    2299   0.878  0.9688  0.9631  0.9881  0.9905  0.9497  0.9888  0.7934  0.6732  0.3354
    2300   0.874  0.9688  0.9630  0.9881  0.9905  0.9500  0.9887  0.7800  0.6732  0.3282
    2301   0.895  0.9689  0.9629  0.9881  0.9905  0.9503  0.9887  0.7656  0.6733  0.3301
    2302   0.918  0.9689  0.9629  0.9881  0.9905  0.9506  0.9886  0.7503  0.6733  0.3318
    2303   0.913  0.9689  0.9628  0.9881  0.9904  0.9508  0.9885  0.7341  0.6733  0.3226
    2304   0.870  0.9689  0.9628  0.9881  0.9904  0.9509  0.9885  0.7171  0.6733  0.3004
    2305   0.884  0.9689  0.9627  0.9881  0.9904  0.9511  0.9884  0.6993  0.6733  0.2975
    2306   0.924  0.9690  0.9627  0.9880  0.9904  0.9512  0.9883  0.6808  0.6734  0.3028
    2307   0.894  0.9690  0.9626  0.9880  0.9904  0.9513  0.9882  0.6615  0.6734  0.2845
    2308   0.934  0.9690  0.9626  0.9880  0.9904  0.9513  0.9882  0.6416  0.6734  0.2883
    2309   0.940  0.9690  0.9625  0.9880  0.9904  0.9513  0.9881  0.6211  0.6734  0.2807
    2310   0.953  0.9691  0.9625  0.9880  0.9904  0.9513  0.9880  0.6000  0.6735  0.2749
    2311   0.982  0.9691  0.9624  0.9880  0.9904  0.9513  0.9879  0.5784  0.6735  0.2730
    2312   0.963  0.9691  0.9624  0.9880  0.9904  0.9512  0.9879  0.5563  0.6735  0.2574
    2313   0.985  0.9691  0.9623  0.9880  0.9904  0.9511  0.9878  0.5340  0.6737  0.2526
    2314   0.991  0.9691  0.9623  0.9880  0.9904  0.9509  0.9877  0.5115  0.6737  0.2433
    2315   0.972  0.9692  0.9622  0.9880  0.9904  0.9508  0.9876  0.4890  0.6737  0.2281
    2316   0.825  0.9692  0.9622  0.9880  0.9904  0.9506  0.9875  0.4665  0.6737  0.1846
    2317   0.698  0.9692  0.9621  0.9880  0.9904  0.9504  0.9874  0.4443  0.6738  0.1486
    2318   0.712  0.9692  0.9621  0.9879  0.9904  0.9501  0.9873  0.4224  0.6738  0.1440
    2319   0.821  0.9692  0.9620  0.9879  0.9904  0.9498  0.9873  0.4009  0.6738  0.1576
    2320   0.876  0.9693  0.9620  0.9879  0.9904  0.9496  0.9872  0.3800  0.6739  0.1593
    2321   0.895  0.9693  0.9619  0.9879  0.9904  0.9492  0.9871  0.3598  0.6739  0.1540
    2322   0.869  0.9693  0.9619  0.9879  0.9904  0.9489  0.9870  0.3402  0.6739  0.1412
    2323   0.874  0.9693  0.9618  0.9879  0.9904  0.9485  0.9869  0.3214  0.6740  0.1341
    2324   0.933  0.9693  0.9618  0.9879  0.9903  0.9482  0.9868  0.3033  0.6740  0.1350
    2325   0.948  0.9694  0.9617  0.9879  0.9903  0.9478  0.9867  0.2859  0.6740  0.1292
    2326   0.923  0.9694  0.9617  0.9879  0.9903  0.9474  0.9866  0.2693  0.6741  0.1184
    2327   0.957  0.9694  0.9616  0.9879  0.9903  0.9469  0.9865  0.2533  0.6741  0.1153
    2328   0.899  0.9694  0.9616  0.9879  0.9903  0.9465  0.9864  0.2381  0.6742  0.1018
    2329   0.913  0.9695  0.9615  0.9879  0.9903  0.9460  0.9863  0.2237  0.6742  0.0970
    2330   0.956  0.9695  0.9615  0.9879  0.9903  0.9455  0.9862  0.2100  0.6742  0.0953
    2331   0.905  0.9695  0.9615  0.9878  0.9903  0.9450  0.9861  0.1971  0.6743  0.0846
    2332   0.887  0.9695  0.9614  0.9878  0.9903  0.9445  0.9859  0.1848  0.6743  0.0776
    2333   0.935  0.9695  0.9614  0.9878  0.9903  0.9440  0.9858  0.1733  0.6744  0.0767
    2334   0.915  0.9696  0.9613  0.9878  0.9903  0.9435  0.9857  0.1625  0.6744  0.0703
    2335   0.894  0.9696  0.9613  0.9878  0.9903  0.9429  0.9856  0.1523  0.6745  0.0643
    2336   0.915  0.9696  0.9612  0.9878  0.9903  0.9424  0.9855  0.1427  0.6745  0.0616
    2337   0.949  0.9696  0.9612  0.9878  0.9903  0.9418  0.9854  0.1337  0.6745  0.0598
    2338   0.893  0.9697  0.9611  0.9878  0.9903  0.9412  0.9852  0.1253  0.6747  0.0527
    2339   0.861  0.9697  0.9611  0.9878  0.9903  0.9406  0.9851  0.1174  0.6747  0.0475
    2340   0.779  0.9697  0.9611  0.9878  0.9903  0.9401  0.9850  0.1100  0.6748  0.0403
    2341   0.803  0.9697  0.9610  0.9878  0.9903  0.9395  0.9849  0.1031  0.6748  0.0389
    2342   0.869  0.9697  0.9610  0.9877  0.9903  0.9388  0.9847  0.0966  0.6749  0.0393
    2343   0.906  0.9698  0.9609  0.9877  0.9903  0.9383  0.9846  0.0905  0.6749  0.0384
    2344   0.906  0.9698  0.9609  0.9877  0.9903  0.9376  0.9845  0.0849  0.6750  0.0360
    2345   0.891  0.9698  0.9608  0.9877  0.9902  0.9370  0.9844  0.0796  0.6750  0.0331
    2346   0.908  0.9698  0.9608  0.9877  0.9902  0.9364  0.9842  0.0747  0.6751  0.0316
    2347   0.881  0.9698  0.9608  0.9877  0.9902  0.9358  0.9841  0.0701  0.6751  0.0288
    2348   0.891  0.9699  0.9607  0.9877  0.9902  0.9352  0.9839  0.0658  0.6752  0.0273
    2349   0.875  0.9699  0.9607  0.9877  0.9902  0.9346  0.9838  0.0618  0.6752  0.0251
    2350   0.816  0.9699  0.9606  0.9877  0.9902  0.9339  0.9837  0.0580  0.6753  0.0220
    2351   0.791  0.9699  0.9606  0.9877  0.9902  0.9333  0.9835  0.0545  0.6753  0.0200
    2352   0.723  0.9700  0.9605  0.9877  0.9902  0.9327  0.9834  0.0512  0.6754  0.0172
    2353   0.913  0.9700  0.9605  0.9877  0.9902  0.9321  0.9832  0.0481  0.6756  0.0203
    2354   0.943  0.9700  0.9604  0.9876  0.9902  0.9315  0.9831  0.0452  0.6756  0.0197
    2355   0.894  0.9700  0.9604  0.9876  0.9902  0.9309  0.9829  0.0425  0.6757  0.0175
    2356   0.821  0.9700  0.9604  0.9876  0.9902  0.9303  0.9827  0.0401  0.6757  0.0152
    2357   0.887  0.9701  0.9603  0.9876  0.9902  0.9297  0.9826  0.0378  0.6758  0.0154
    2358   0.795  0.9701  0.9603  0.9876  0.9902  0.9292  0.9824  0.0357  0.6758  0.0131
    2359   0.798  0.9701  0.9602  0.9876  0.9902  0.9286  0.9822  0.0338  0.6759  0.0124
    2360   0.950  0.9701  0.9602  0.9876  0.9902  0.9280  0.9821  0.0320  0.6760  0.0140
    2361   0.948  0.9702  0.9601  0.9876  0.9902  0.9275  0.9819  0.0304  0.6760  0.0132
    2362   0.900  0.9702  0.9601  0.9876  0.9901  0.9269  0.9817  0.0290  0.6761  0.0119
    2363   0.956  0.9702  0.9600  0.9876  0.9901  0.9264  0.9815  0.0276  0.6761  0.0121
    2364   0.851  0.9702  0.9600  0.9876  0.9901  0.9259  0.9814  0.0264  0.6762  0.0103
    2365   0.906  0.9702  0.9599  0.9875  0.9901  0.9254  0.9812  0.0253  0.6763  0.0105
    2366   0.935  0.9703  0.9599  0.9875  0.9901  0.9249  0.9810  0.0242  0.6763  0.0103
    2367   0.836  0.9703  0.9598  0.9875  0.9901  0.9244  0.9808  0.0231  0.6764  0.0088
    2368   0.827  0.9703  0.9598  0.9875  0.9901  0.9240  0.9806  0.0221  0.6766  0.0083
    2369   0.833  0.9703  0.9597  0.9875  0.9901  0.9235  0.9804  0.0211  0.6766  0.0080
    2370   0.704  0.9703  0.9597  0.9875  0.9901  0.9231  0.9802  0.0200  0.6767  0.0064
    2371   0.503  0.9704  0.9597  0.9875  0.9901  0.9227  0.9800  0.0189  0.6768  0.0043
    2372   0.689  0.9704  0.9596  0.9875  0.9901  0.9223  0.9798  0.0178  0.6768  0.0055
    2373   0.805  0.9704  0.9596  0.9875  0.9901  0.9220  0.9796  0.0167  0.6769  0.0061
    2374   0.880  0.9704  0.9595  0.9875  0.9901  0.9216  0.9794  0.0155  0.6770  0.0062
    2375   0.905  0.9705  0.9595  0.9875  0.9901  0.9213  0.9791  0.0145  0.6770  0.0059
    2376   0.800  0.9705  0.9594  0.9874  0.9901  0.9210  0.9789  0.0134  0.6771  0.0048
    2377   0.744  0.9705  0.9593  0.9874  0.9901  0.9207  0.9787  0.0124  0.6772  0.0041
    2378   0.742  0.9705  0.9593  0.9874  0.9901  0.9204  0.9785  0.0115  0.6772  0.0038
    2379   0.862  0.9705  0.9592  0.9874  0.9901  0.9202  0.9782  0.0107  0.6773  0.0041
    2380   0.834  0.9706  0.9592  0.9874  0.9901  0.9200  0.9780  0.0100  0.6774  0.0037
    2381   0.876  0.9706  0.9591  0.9874  0.9901  0.9198  0.9778  0.0094  0.6774  0.0037
    2382   0.937  0.9706  0.9591  0.9874  0.9900  0.9197  0.9775  0.0090  0.6776  0.0038
    2383   0.716  0.9706  0.9590  0.9874  0.9900  0.9195  0.9773  0.0086  0.6777  0.0028
    2384   0.665  0.9707  0.9590  0.9874  0.9900  0.9194  0.9770  0.0083  0.6778  0.0025
    2385   0.874  0.9707  0.9589  0.9874  0.9900  0.9194  0.9768  0.0080  0.6778  0.0031
    2386   0.783  0.9707  0.9589  0.9874  0.9900  0.9193  0.9765  0.0078  0.6779  0.0027
    2387   0.813  0.9707  0.9588  0.9873  0.9900  0.9193  0.9762  0.0077  0.6780  0.0028
    2388   0.784  0.9707  0.9587  0.9873  0.9900  0.9193  0.9760  0.0075  0.6781  0.0026
    2389   0.874  0.9708  0.9587  0.9873  0.9900  0.9193  0.9757  0.0073  0.6781  0.0028
    2390   0.878  0.9708  0.9586  0.9873  0.9900  0.9193  0.9754  0.0070  0.6782  0.0027
    2391   0.823  0.9708  0.9586  0.9873  0.9900  0.9194  0.9751  0.0067  0.6783  0.0024
    2392   0.727  0.9708  0.9585  0.9873  0.9900  0.9195  0.9749  0.0063  0.6784  0.0020
    2393   0.903  0.9708  0.9584  0.9873  0.9900  0.9196  0.9746  0.0060  0.6784  0.0024
    2394   0.882  0.9709  0.9584  0.9873  0.9900  0.9197  0.9743  0.0055  0.6786  0.0021
    2395   0.876  0.9709  0.9583  0.9873  0.9900  0.9198  0.9740  0.0051  0.6787  0.0020
    2396   0.854  0.9709  0.9583  0.9873  0.9900  0.9200  0.9737  0.0047  0.6788  0.0018
    2397   0.675  0.9709  0.9582  0.9873  0.9900  0.9202  0.9734  0.0042  0.6789  0.0012
    2398   0.792  0.9710  0.9581  0.9872  0.9900  0.9204  0.9731  0.0038  0.6789  0.0013
    2399   0.922  0.9710  0.9581  0.9872  0.9899  0.9206  0.9728  0.0034  0.6790  0.0014
    2400   0.839  0.9710  0.9580  0.9872  0.9899  0.9208  0.9725  0.0030  0.6791  0.0011
    2401   0.879  0.9710  0.9579  0.9872  0.9899  0.9211  0.9722  0.0027  0.6792  0.0010
    2402   0.929  0.9710  0.9579  0.9872  0.9899  0.9214  0.9719  0.0024  0.6793  0.0010
    2403   0.934  0.9711  0.9578  0.9872  0.9899  0.9216  0.9716  0.0021  0.6793  0.0009
    2404   0.700  0.9711  0.9577  0.9872  0.9899  0.9219  0.9713  0.0019  0.6794  0.0006
    2405   0.760  0.9711  0.9577  0.9872  0.9899  0.9223  0.9710  0.0017  0.6796  0.0006
    2406   0.823  0.9711  0.9576  0.9872  0.9899  0.9226  0.9706  0.0015  0.6797  0.0005
    2407   0.724  0.9712  0.9575  0.9872  0.9899  0.9230  0.9703  0.0013  0.6798  0.0004
    2408   0.815  0.9712  0.9574  0.9872  0.9899  0.9233  0.9700  0.0012  0.6799  0.0004
    2409   0.825  0.9712  0.9574  0.9871  0.9899  0.9237  0.9697  0.0011  0.6799  0.0004
    2410   0.757  0.9712  0.9573  0.9871  0.9899  0.9241  0.9693  0.0010  0.6800  0.0003
    2411   0.907  0.9712  0.9572  0.9871  0.9899  0.9245  0.9690  0.0009  0.6801  0.0004
    2412   0.781  0.9713  0.9571  0.9871  0.9899  0.9249  0.9687  0.0008  0.6802  0.0003
    2413   0.849  0.9713  0.9571  0.9871  0.9899  0.9253  0.9683  0.0007  0.6803  0.0003
    2414   0.715  0.9713  0.9570  0.9871  0.9899  0.9258  0.9680  0.0007  0.6804  0.0002
    2415   0.729  0.9713  0.9569  0.9871  0.9899  0.9262  0.9677  0.0006  0.6806  0.0002
    2416   0.501  0.9713  0.9568  0.9871  0.9898  0.9267  0.9673  0.0005  0.6807  0.0001
    2417   0.774  0.9714  0.9567  0.9871  0.9898  0.9272  0.9670  0.0004  0.6807  0.0001
    2418   0.586  0.9714  0.9567  0.9871  0.9898  0.9277  0.9666  0.0003  0.6808  0.0001
    2419   0.357  0.9714  0.9566  0.9870  0.9898  0.9282  0.9663  0.0001  0.6809  0.0000
    2420   0.677  0.9714  0.9565  0.9870  0.9898  0.9287  0.9659  0.0000  0.6810  0.0000
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Las Campanas Observatory

Wide Field Infared Camera (WIRC) Users Manual

Table of Contents