The Looking Glass schematic is a diagram of the underwater station, the Looking Glass, first seen in "Greatest Hits". Sayid produced the schematic following a discussion with Juliet in which she noted that the existence of an underwater station that was being used to jam communications. He presumably gained possession of the binder containing the schematic when he took documents from the Flame station. ("Enter 77")
* Control Room "Sonar and Observation Room"
* Int=Sonar & Observation Station with Submarine Dock
* Submarine docks to structure from below
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| - The Looking Glass schematic is a diagram of the underwater station, the Looking Glass, first seen in "Greatest Hits". Sayid produced the schematic following a discussion with Juliet in which she noted that the existence of an underwater station that was being used to jam communications. He presumably gained possession of the binder containing the schematic when he took documents from the Flame station. ("Enter 77")
* Control Room "Sonar and Observation Room"
* Int=Sonar & Observation Station with Submarine Dock
* Submarine docks to structure from below
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- Schematic_Graph1.jpg
- Schematic_promotional2.jpg
- lookingglass.jpg
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| - GVS-199288472
- Panels B and C of the Looking Glass schematic.
- The schematic.
- Tidal constituent equation and tidal chart.
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| abstract
| - The Looking Glass schematic is a diagram of the underwater station, the Looking Glass, first seen in "Greatest Hits". Sayid produced the schematic following a discussion with Juliet in which she noted that the existence of an underwater station that was being used to jam communications. He presumably gained possession of the binder containing the schematic when he took documents from the Flame station. ("Enter 77") Panel A of the schematic is a plan view, showing the station as a circular structure with a control room and a central moon pool. A submarine is shown docked with the station. There are several notations in this panel:
* Control Room "Sonar and Observation Room"
* Int=Sonar & Observation Station with Submarine Dock
* Submarine docks to structure from below The cable is shown in two different places on the schematic, in Panels A and C. Panel A shows the cable with the label "anchor to land". Panel C contains a side elevation of the cable going into a square mounting structure near the shore. Panel B of the schematic is a side elevation of the station, which shows that the sea bed is 80m below sea level, and the station is approximately 7m tall, standing on 10m supports. From this scale, the station appears to be about 20m wide. There are mathematical formulas and graphs on the schematic that seem to be associated with prediction of the water level, consistent with the operation of an underwater submarine dock in a tidal zone. The formulas are a simple tidal constituent equation (shown below) and a complex tidal constituent equation (see Trivia section). The graph above Panel A shows an oscillating signal that may be a plot of water level versus time, given the proximity of the graph to the complex tidal constituent equation. The graph to the right of Panel C appears to be a tide chart for the month of June.
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