![]() Replace the ellipsis with an 'it', as it feels more exact and precise and increases the flow. All remaining arcs are then supplied to the object with the largest effective pull. The arcs are then distributed amongst these objects with the following priority: supply the object with the largest effective pull with half of the arcs, the object with the next largest effective pull with one quarter, the object with the next largest effective pull with one eighth, and so on, rounding down any fractions. The puissant pull is then divided by the number of five-foot intervals (rounded up, minimum 1) between the object and the field emitter to give the effective pull. If a single object fulfils more than one of these criteria ( a biollurgical chassis for example), add the values together to determine the total puissant pull of the object. an orichalcum battery or a creature with a puissemantic reserve), in which case it has a puissant pull equal to the difference between the number of ebbs that it is holding and the maximum that it can hold (a living creature's maximum is considered to be twice their full reserve value). It is a gramaric device, in which case it has a pull equal to the skill check used to create it. Every object has a ‘puissant pull’, which is 0 unless any of the following conditions are met: Refracted ebbs are released into the air and arc towards the most powerful nearby sources of potential gramaric energy. This principle works like PUIS 101, except that it allows you to make field emitters in addition to the other refractors you know.įield Emitter: This refractor is formed from quartz and makes all ebbs that pass through glow an incandescent blue as if in an oxidising flame. This is a stylistic issue, but in this particular situation, 'a heuristic command' would probably read better than 'heuristic command to do so', as otherwise the brackets would mean too much separation between 'heuristic command' and its article (which is before physcial command as-is), and they also separate the 'to do so' bit from 'physical command', making 'to do so' sound like it is only referring to 'heuristic command', rather than both. ![]() '(Standard action by adjacent creature)' makes no sense as it lacks articles it should be '(a standard action by an adjacent creature)'. There shouldn't be a comma there it reads better without. 'The ebbs that it refracts' reads much more easily that 'its refracted ebbs', despite being longer. The names of refractors should be italicised for ease of reading. Furthermore, any single device cannot hold more wisps at any one time than five times its appropriate skill check any excess wisps dissipate into the aether. If the device processes any ebbs while storing wisps, the wisps are immediately lost into the aether. Wisps count against any limit to the number of ebbs processed in a round. Upon the reception of a physical command (standard action by adjacent creature) or heuristic command to do so, a portion of the wisps (decided by the command) is supplied to the device, which acts as if it has just been supplied an identical number of ordinary ebbs. When wisps enter an object that would immediately process ebbs, they may rest dormant within the device, rather than being used. Ebbs that it refracts become potential ebbs or ‘wisps’, sealing their latent energy away into a dormant state. This particular principle allows you to create capacitors.Ĭapacitor: This refractor is crafted from amethyst and causes all of it's refracted ebbs to glow an eerie, dark purple that fades and swells erratically. These are also logical decisions that can be made in a circuit connected to the transformer. ![]() A refractor may not process more ebbs in a single round than the result of this check.Īnyone touching a refractor can turn it's processing on or off with a standard action. When they are first prepared, the preparer must make a Spellcraft check. Refractors are carefully cut and crafted gemstone lenses that bend puissance, assigning it unusual properties distinct to each type of gemstone. This principle transforms a raw material into a puissamantic refractor.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |