Battlestar Galactica Board Game Piloting Card Holder

thingiverse

Piloting Terminal - A Customized Project Created with Thingiverse's Customizer! Using the following design options: - Fillet radius for tabbed fillets set to a moderate value of 2 units. - Sections in length, as requested by our specifications, set at 1 unit. - Widths in sections similarly specified at 1 unit. - Font used for labeling designated from a user-provided DXF file: orbitron.dxf - A precise sizing parameter set to the number 4 for all labels. - A label depth of precisely 0.2 units to minimize unnecessary protrusions. - Width assigned for the hinge assembly amounting to 50 units as dictated by design standards. - Thickness attributed to the hinge component measuring a minimal value of 0.3 units. - Amount allocated for hinge bend set at approximately 0.6 units, adhering strictly to established design principles. - Vertical space assigned for text within the labels set high, amounting to exactly 7 units, maximizing readability while maintaining a compact structure. - Minimum specified width designated for side walls precisely equalling 1.0 units to prevent collapse or instability under applied stressors. - Thickness given to the exterior casing of an object specified by design norms at a uniform thickness of 1.0 unit throughout all sections where feasible. - The curvature attributed internally within the project for interior wall and component interfaces exactly matching, measured by interior fillet set high at a distance of precisely 4 units away from adjacent faces where smooth transition between shapes necessitates an additional element with these specifications: the inclusion and size calculation necessary in terms used previously. - Calculated inset depth, representing maximum internal vertical allowance space, given to piloted lid area amounts specifically, calculated and then input by our team, in a numeric measurement corresponding directly 2.4 times that measured amount above this text segment, therefore equalling height of inserted panel which represents part inside housing component assembly within an interior shell defined here prior. - User-assigned specifications dictate an overall dimensioned parameter applied consistently: the interior area itself must meet, at present calculation requirements based fully aligned internal geometry given - width and length are to respectively remain static values of 66 and 45 as these define outer edge boundaries when no extension is granted through user-defined configuration changes for parts' fit in a given assembly case that includes said dimension parameters prior stated and still now utilized: our current case does require that calculated maximum area provided within a specified envelope defined below as necessary by set dimensions used previously above here. - Inert offset values corresponding exactly zero times standard deviation value calculated for an identical lid positioning calculation equalling actual numerical offset measurement at position zero in said equation given no shift amount relative internal reference system is involved currently prior all configurations implemented including stated parameters directly and therefore all adjustments have been completed in prior step description and do align fully now within final specified range where requested values have already taken effect thusly. - Total designated allowance space from base interior, which signifies vertical span measured along a structure that comprises elements here listed including top portion represented - interior height has then established as standard design parameter requiring compliance through direct assignment at numeric measurement representing height value matching internally used geometry definition and thereby indirectly calculated from overall structural system analysis provided hereabove as prior detailed input requirements now utilized throughout specified final model in full. - Extensive feature for hinged attachment defined specifically and thus calculated based current settings to determine required size for said appendage to allow necessary mechanical fit when assembling components including all mentioned previously as integral component types here now described. - Allowing further readability optimization by employing textual information displayed upon each element within label parameters set and referenced throughout specification input by user in previous action.