Script+and+Shot+List

= Exterior Shots for Point & Peak =
 * 1) Bring dish to mast
 * 2) Installer walks from the gate to the mounted mast on the wall
 * 3) Installer climbs ladder and places the dish on the mast
 * 4) Check elevation against work order
 * 5) [Post-production: Create photograph of work order; use call out to show elevation listed on the order]
 * 6) Show elevation scale with pointer at the elevation
 * 7) Show Skew at 90 degrees.
 * 8) Check Cam set to zero
 * 9) Show the Cam from below with notch and hash mark aligned
 * 10) Check mast flange nuts allow the install to gently swing dish
 * 11) Show the dish swing gently from side to side
 * 12) Show that test cables are unmarked, and used with tools
 * 13) [Post-production: Create a photo showing two coiled test cables, the APA, and the SSLM in a group on a plain background.]
 * 14) Attach test cables to tools and set aside
 * 15) Installer takes one coiled test cable and attaches to the "From TRIA" port on the APA
 * 16) Installer takes one coiled test cable and attaches to the "To Modem" port on the APA, and then to the LNB port on the SSLM
 * 17) Show how the installer sets this to the side
 * 18) Attach TX to TRIA, then ground block, then TX on modem
 * 19) Installer takes one green cable and attaches to the TX on the TRIA
 * 20) Installer attaches this green cable to ground block
 * 21) Installer attaches the second green cable, and attaches to the ground block
 * 22) Attach RX to TRIA, then ground block, then modem
 * 23) Installer takes one red cable and attaches to the RX on the TRIA
 * 24) Installer attaches this red cable to the ground block
 * 25) Installer attaches the second red cable to ground block
 * 26) [During post-production, add in Interior shots of attenuators and modem power up, listed below]
 * 27) Add tools to TRIA
 * 28) Remove RX cable from TRIA and attach test cable from APA
 * 29) Installer removes the red-labeled RX cable from TRIA
 * 30) Installer picks up the tool set
 * 31) Installer connect the "From TRIA" test cable (which is also connected to the APA) to the RX port on the TRIA
 * 32) Installer connects the red-labeled RX cable to the Sat RX port on the SSLM
 * 33) Add tools to modem
 * 34) Attenuators
 * 35) Show the 20 dB attenuator
 * 36) Show the 10 dB attenuator, //then the Installer attaches the 10 dB to the 20 dB//
 * 37) **Installer attaches to Modem - Need this shot**
 * 38) Installer connects 20dB to the RX port on the modem
 * 39) Attach a red-labeled cable to the attenuators
 * 40) //Attach a green-labeled cable to TX port on the back of the modem//
 * 41) //Installer plugs in modem//
 * 42) Set Inclinometer and lay on Boom Arm (Point Elevation)
 * 43) [Post-production: Create photograph to show AA from the work order]
 * 44) Show setting the Inclinometer to the AA
 * 45) Show putting the Inclinometer on the Boom arm
 * 46) Loosen Elevator bolts & nuts
 * 47) Show the 1/2" open wrench and the 1/2" ratchet
 * 48) Installer loosens the elevator bolts and nuts with the tool of his choice
 * 49) Move lower Elev. nut until Inclinometer aligns correctly
 * 50) Show the 1/2" open wrench sweeping on the lower elev. nut
 * 51) Show the Inclinometer moving to the setting
 * 52) Tighten Elev. nuts & bolts
 * 53) Installer hand-tightens the upper elev. nut
 * 54) Installer uses the 1/2" tool of his choice to tighten bolts on the elevation slots
 * 55) Find the satellite in the sky (Point Azimuth)
 * 56) Installer sets the SSLM gain to 60
 * 57) [Post-production: Create photograph showing the satellite designation from the work order]
 * 58) [During post-production, insert slide that shows the relative position of the 3 sats in the sky]
 * 59) From front, show Installer swinging dish 10 degrees away from Sat, then brining it back
 * 60) Show SSLM during that action (SSLM rises, then drops, then comes back to top. Stop at top.)
 * 61) Tighten mast bolts
 * 62) Installer uses the 1/2" tool of his choice to tighten bolts on the mast from the top to bottom.
 * 63) Set the Cam (Peak Azimuth)
 * 64) Installer sets the SSLM gain to 60
 * 65) Show from below, Installer uses the 1/2" ratchet to loosen the AZ base
 * 66) [During post-production, insert slide that warns about turning the Cam correctly]
 * 67) Show from below, turn the Cam in a clockwise manner at least two full rotations
 * 68) Show the SSLM during that action (SSLM rises, then drops, then comes back to top. Stop at top.)
 * 69) Tighten the AZ base bolts
 * 70) Show from below, Installer uses the 1/2" ratchet to tighten the AZ base bolts
 * 71) Sweep and Count (Peak Elevation)
 * 72) Installer sets the SSLM gain to 60
 * 73) [Post-production: Duplicate file 12.2_19.2_LoosenElevPointElev.MTS, and edit to stop after loosening top nut on elevation rod]
 * 74) Show the Installer using the 1/2" tool of his choice to loosen the elevation nuts on the arched slots
 * 75) Show the Installer using the 1/2" tool of his choice to loosen the nuts on elevation rod
 * 76) Show the SSLM dropping and leveling off
 * 77) Show the 1/2" open wrench sweeping on the lower elev. nut in the direction that makes the SSLM drop completely (8 1/2-sweeps)
 * 78) Show the 1/2" open wrench sweeping on the lower elev. nut in the opposite direction, counting each 1/2-sweep as the SSLM peaks and then drops to the reading in Step 6.
 * 79) [During post-production, add in text overlay showing a count 1 ... 2 ... 3 ... etc with each 1/2-sweep ... 16 total]
 * 80) [During post-production, add in a text overlay showing that the count is divided in half]
 * 81) Show the 1/2" open wrench sweeping on the lower elev. nut in the first direction, 1/2 the 1/2-sweep count ... 8 1/2-sweeps)
 * 82) Tighten Elev. nuts and bolts
 * 83) Installer tightens the upper elev. nut with the 1/2" open wrench, adding an extra 1/4 turn to lock the nut
 * 84) Installer uses the 1/2" tool of his choice to tighten bolts on the elevation slots
 * 85) Push/Pull test
 * 86) Shooting from the front, show Installer pushing the back of the dish from the top, and from each side.
 * 87) Show the SSLM during that action (SSLM drops, then comes back.)
 * 88) Dressing for Initial Modem Lock (Exterior)
 * 89) Installer powers off the modem.
 * 90) Installer removes test cable from RX port on the TRIA
 * 91) Installer removes red-labeled cable from Sat RX on the SSLM
 * 92) Installer connects the red-labeled cable to the RX port on the TRIA
 * 93) **Dress for Initial Modem Lock (Interior) - need this shot**
 * 94) //Remove red-labeled cable from the Attenuators//
 * 95) Attach red-labled cable to the "From TRIA" port on the APA
 * 96) Attach test cable on the "To Modem" port of the APA to the Attenuators
 * 97) Green-labled cable remains attached to the TX port on the modem
 * 98) Plug in modem
 * 99) Initial Modem Lock
 * 100) Off-camera: Modem is plugged in
 * 101) Modem lock
 * 102) [Post-production: Callout that no Ethernet is NOT connected]
 * 103) **Dressing for Final Modem Lock (Interior) - Need this shot**
 * 104) Installer unplugs modem
 * 105) Installer removes APA and Attenuators from the RX port on the modem
 * 106) Installer removes the red-labeled cable from the Attenuators
 * 107) Installer connects the red-labeled cable to the RX port on the modem
 * 108) //Installer connects Ethernet cable//
 * 109) Installer plugs in the modem at the wall
 * 110) Final Modem Lock
 * 111) Off-camera: Modem is plugged in wall
 * 112) Modem lock
 * 113) [Post-production: Callout that Ethernet cable IS connected]

= Interior Shots for Point & Peak =
 * 1) Attenuators
 * 2) Show the 20 dB attenuator
 * 3) Show the 10 dB attenuator, then the Installer attaches the 10 dB to the 20 dB
 * 4) Installer attaches both attenuators to the RX port on the back of the modem
 * 5) Attach a red-labeled cable to the attenuators
 * 6) Powering the Modem
 * 7) Installer plugs in modem
 * 8) Installer unplugs the modem at the wall

= Initial Modem Lock =
 * 1) APA and Attenuators
 * 2) Show the modem powered down at the wall
 * 3) Show the attenuators still attached to the RX port
 * 4) [During post-production, add in a text overlay noting that the Installer has moved inside]
 * 5) Show red-labeled cable coming from wall penetration to the "From TRIA" port on APA
 * 6) Show test table connected from the "To Modem" port on the APA to the Attenuators on the modem
 * 7) Modem Lock
 * 8) Use unprovisioned modem
 * 9) Installer powers up modem at the wall
 * 10) Show LEDs as it locks.

= Normal Modem Lock = = =
 * 1) Swap to a provisioned modem, add attenuators, power it, and allow it to lock
 * 2) Dressing for Normal Modem Lock
 * 3) Installer powers off the modem at the wall.
 * 4) Installer removes the APA and the attenuators from the modem
 * 5) Installer attaches red-labeled cable to the RX port on the modem
 * 6) Modem Lock
 * 7) Installer powers up modem at the wall
 * 8) Show LEDs as it locks