prysm/hfr-cell.md

prysm cyb pattern cyber
π 0.0% 622 words · 4 min

hydrogen fuel rod cell in prysm

the energy management interface of cyb/hfr. neurons invest hydrogen to mint ampere (bandwidth) or volt (focus). choose resource type, set amount and lock period, monitor energy ratio and active rods

protocol role

cell in the element tree $\mathcal{T}$. renders inside space zone of prysm/grid. full page experience for cyb/hfr

sizing

fill × fill (occupies entire space zone)

structure

glass [fill × fill, depth background, overflow scroll]
  stack vertical [gap 2g, padding 3g]
    --- summary ---
    stack horizontal [gap 0]
      counter [A amount, ion ampere] | saber [vertical] | counter [V amount, ion volt] | saber [vertical] | counter [W, "My Energy"]
    --- resource tabs ---
    tabs [A (ampere) | V (volt)]
    --- mint section ---
    glass [fill × auto, depth midground]
      stack horizontal [gap 3g]
        stack vertical [fill, gap 2g]
          counter [h2, current resource amount]
          --- liquid ---
          text [caption, "Liquid"]
          counter [micro, liquid amount, ion H]
          slider [range, 0..max H, "amount to invest"]
          --- frozen ---
          text [caption, "Frozen"]
          counter [micro, frozen amount, ion H]
          slider [range, 1 day..2083 days, "lock period"]
        --- e-ratio (battery) ---
        stack vertical [fix(6g), gap g/2]
          text [caption, "E-Ratio"]
          glass [fix(6g) × fix(20g), corner-radius g, depth midground] — battery outline
            glass [fix(5g) × fix(level × 19g), corner-radius g/2, emotion tint, align bottom] — fill from bottom up
          text [h3, "0%"]
    --- rod table ---
    tabs [State | Unfreezing | Supplied | Received]
    table [columns: rod data per active tab]

fold

$\mathcal{F}$:

  • $l_1$ ($w_{min} = 40g$): summary + mint section with e-ratio side by side + rod table
  • $l_2$ ($w_{min} = 20g$): summary stacked, mint section full width, e-ratio below sliders
  • $l_3$ ($w_{min} = 10g$, mobile): all stacked vertically, compact

emotion

element emotion trigger
A counter green if > 0, white if 0 ampere available
V counter green if > 0, white if 0 volt available
W counter green total energy
E-Ratio pill green (healthy), yellow (low), red (depleted) energy ratio relative to needs
liquid slider green available to invest
frozen slider yellow locked, cannot withdraw

states

state visual trigger
viewing summary + mint controls + rod table default
minting amount and period set, confirm in commander tap mint
unfreezing unfreeze confirmation tap unfreeze on rod
loading skeleton fetching energy data
no data icon + "no data" in rod table no active rods

interaction

  • tap A/V tab → switch between ampere and volt minting
  • drag liquid slider → set H amount to invest
  • drag frozen slider → set lock period (1 day to 2083 days)
  • commander shows "Connect" or mint action button
  • tap rod table tab → filter rods by state
  • tap rod row → rod detail

where in prysm/grid

space zone. commander adapts: shows mint/unfreeze actions

3D

renders at ambient $p_z$

ECS

  • Entity: hfr-cell organelle
  • Components:
    • Sizing { width: Fill, height: Fill }
    • Overflow { scroll }
    • FoldSet { conformations }
    • ActiveResource { ampere | volt }
    • EnergySummary { a_amount, v_amount, w_energy }
    • MintParams { h_amount, lock_period }
    • ERatio { value } — energy ratio 0.0-1.0
    • RodTable { list of rod data }
    • RodTableTab { state | unfreezing | supplied | received }
  • Systems:
    • HfrFetchSystem reads energy state from chain
    • HfrMintSystem handles mint flow
    • HfrSliderSystem updates MintParams from slider values

Neighbours