10.6 TRICORDER10.6.3 Handheld sensor• F1/F2 — Control function select switch. Most buttonson the tricorder have more than one function. This is a convenienttoggle for often-repeated function changes and maybe preprogrammed by the individual crew member. The F1/F2 switch is active during data operations only.• I and E — These two controls manage the source ofsensory information, either the tricorder itself (Internal), orremote device (External), or both sources simultaneously.The remote device can be any sensor platform that uses thesame data collection machine language. The term "platform"denotes a vehicle operating on or above another planetarybody, including the USS Enterprise or other spacecraft.• DISPLAY SCREEN — This screen is capable of showingany realtime, stored, or computed image. The displayarea is similar in construction and function to Starfleet controlpanels and display screens, although the layering techniqueis simplified and the default image size is naturally smaller.Selected areas of an image may be enlarged by touch; manyother screen functions may be customized using the standardtricorder's stored setup programs.through the STA. ACCEPT toggles the tricorder to acceptone-way transmissions from a designated remote source.POOL allows for networking of the tricorder and one or moredesignated remote sources. INTERSHIP sets up a specialtricorder-to-ship data link employing multiple high-capacitychannels. TRICORDER sets up a similar high-capacity link,but to other tricorders. While all four modes can be activesimultaneously, the system will slow down significantly. Inpractice, no more than two modes are usually necessary atonetime.• EMRG — This is the emergency "dump everything tothe ship" button. It provides for non-error-checking burstmode data transmission in critical situations. In practice, thisfunction can be used no more than two times before thestandard tricorder's primary power is exhausted. All sensingtasks are suspended and power is maximized to the STA.• IMAGE RECORD — This section manages single orsequential image files recorded by the standard tricorder.The control has four divisions: FORWARD, REVERSE,INPUT, and ERASE. When used in concert with othertricorder functions, relatively complete documentation of anaway mission can be achieved. At standard imaging resolution,at a normal recording speed of 120 Area View Changes(AVC)/sec, the tricorder can store a total of 4.5 hours ofsequential images. Higher speeds yield a proportionatelylower total recording time.• LIBRARY B — Library B is the primary storage area forsequential images, though the memory configuration may bechanged to include other storage areas, depending on theapplication. I and E control the image source.• ID — This touchpad may be used to personalize atricorder for default power-up settings, or as a security devicefor single-crew member operation.• LIBRARY A/B — The standard tricorder contains aread/write drive to record information onto small crystalmemory chips for later retrieval, or to load previously recordedinformation into the tricorder's main memory. Eachchip has a maximum capacity of 4.5 kiloquads.• ALPHA BETA DELTA GAMMA — These indicatorsdenote which data recording or retrieval activity is takingplace in the tricorder library section. A more detailed readoutof data operations can be called up on the display screen.• DEVICE INPUT — Each of these three keys can beassigned to manage up to nine remote devices, for a total oftwenty-seven different information sources. For a routineaway mission, the default settings on power-up are GEO,MET, and BIO, covering geological, meteorological, andbiological functions.• COMM TRANSMISSION — This section controls thetransmission of data and images to and from the tricorder
10.7 SCIENCE DEPARTMENT OPS10.7 SCIENCE DEPARTMENT OPSThe Enterprise is equipped to support a number of researchteams whose assignments are designed to takeadvantage of the fact that the ship is a mobile researchplatform whose assignments will take it through a very largevolume of space. Such secondary research missions typicallyinclude stellar mapping and observation projects, planetarysurveys, interstellar medium studies, cultural and lifeformstudies.These secondary mission teams must necessarily focustheir work on <strong>star</strong>s and planets near primary mission sites, butthe broad operating range of the Enterprise makes this an extraordinaryopportunity to study a large number of celestialobjects. As with other investigation teams, secondary researchprojects are generally developed by Starfleet researchersor affiliated university and industrial scientists, andassigned to the Enterprise for either short-term or ongoinginvestigations.The Galaxy class <strong>star</strong>ship in extended mission configurationincludes facilities to support approximately twentyspecialized mission teams, depending on team sizes andtypes of investigations being conducted. These facilitiesinclude living accommodations for up to 225 people, as wellas nonspecialized laboratory and work spaces that can beconfigured for specific investigator requirements. Additionally,some forty sensor pallet assignments on the lateralarrays are reserved for mission-specific instrumentation, whichcan be installed and modified as needed. Similarly, somefifteen instrument mounting positions within the long-rangearray cluster are available for mission-specific investigations.Each individual department or investigation team is responsiblefor the operation of its own observations andexperiments. Because secondary mission investigations areby definition subordinate to primary mission requirements,these teams must remain flexible in their operations. Nonetheless,each department or team is responsible for providinga regular update of operational preferences to the OperationsManager so that daily mission profiles can be designed tosatisfy as many departmental needs as possible.Our property masters, Joe Longo and Alan Sims, and theirassistant Charlie Russo, have come up with a fairly amazingarray of scientific hand tools. Many of these have beendesigned by Rick, but one that was not was the "spectralanalyzer" used in the geology laboratory in "Pen Pals." Fansof the movie Buckaroo Banzai may have recognized it as theoscillation overthruster, still eluding the clutches of the evil redLectroids. Another Buckaroo reference in Star Trek was thebridge dedication plaque on the <strong>star</strong>ship Excelsior in StarTrek VI, which bore the motto, "No matter where you go, thereyou are."Department headPrincipalinvestiqatorrmcipalwestiq a torStafftechnicianStafftechnicianStafftechnicianMissionspecialistMissionspecialistStafftechnicianStafftechnicianMissiontechnicianUSS Enterprise crew personnel \ Attached personnel (short-term assignments)10.7.1 Organization of a typical science department