T. Bildarol's Lost Notebook  

 

Whew, I’ve been working on this for hours, and I still haven’t gotten it all put together… It’s 4AM, I better get some rest before I run out of power.

Note to self, in case I forget, here are the remaining instructions for assembling a Model XLII Spatial Temporal Oculus.

Hopefully there will be time before the assault tomorrow to complete this Oculus… I’ve already let Meldrath know that it is complete, and I know the success of our plans hinge, at least in some small way, on the completion of it. I pray he will not check up on me; I fear dire deadly consequences if so.

In order to create a properly functioning Model XLII Spatial Temporal Oculus, one must carefully, if not gingerly, insert a Zeka Stabilized Rotator, an Azia Stabilized Rotator, and a Beta Stabilized Rotator in between a Convex Focal Disc Mark II and a Convex Focal Disc Mark I being careful not to disrupt any of the delicate mechanisms.

Probably the most difficult step will lie in simultaneously aligning a Control Set Gear I with Pico Timing Gears while linking the Micro Control Set Gear I to Weight Compensation Disc XV via Control Set Gear II, and at the same time interlocking Control Set Gear II to Control Set Gears III and IV, attaching Control Set Gear IV to Control Set Gear VI using the Ridged Tamping Pinion LX as a conduit weight lever. This will form the Intraternal Timing Control Mechanism; once this step is complete I can finally discard the Tamping Pinion LX as it is no longer required.

The Two Dimensional Rotational Cam Pivot is used to form the Three Dimensional Rotational Cam Pivot by attaching a Temporal Pinion XXXVIII together with a Depth Field Prototype Pinion I. It should be noted that the Temporal Pinion XXXVIII will be nonfunctional in the Three Dimensional Rotational Cam Pivot. This can be remedied by taking the Three Dimensional Rotational Cam Pivot and coupling it with a Right Curved Spatial Adjuster to form a Four Dimensional Spatial Pivot. Be sure to remove Vertical Rotational Cam III and Horizontal rotational Cam IV from the Three Dimensional Rotational Cam Pivot during this process. Set them aside for later use in the Convex Focal Disc Mark II.

Forming the Two Dimensional Rotational Cam Pivot is relatively simple, simply align and connect Vertical Rotational Cam III with Horizontal Rotational Cam IV.

The Convex Focal Disc Mark II itself is formed by taking the Intraternal Timing Control Mechanism and inserting the Four Dimensional Spatial Pivot into the center of the Intraternal Timing Control Mechanism and then fixing it in place using Vertical Rotational Cam III and Horizontal Rotational Cam IV.

The Zeka Stabilized Rotator, Azia Stabilized Rotator, and Beta Stabilized Rotator can be formed by capping Forwards Axis Spring VI, Upwards Axis Spring LXIII, or Sidewards Axis Spring IV, respectively of course, with the appropriate classes of clockwise Capping Rotator and Counterclockwise Capping Rotator; those classes being Zeka, Azia, and Beta of course.