What changed
0 fixes0 additions3 changes0 removals
changedDeveloper Journal: Building the BOB Pacifier Electrical Effect Journal Reference: DEV-0003 The BOB Pacifier now carries three readable layers of electrical presentation: short arcs crawling across its casing, occasional strikes grounding against the real floor, and a stronger discharge from the prod during an attack. Rather than place every responsibility inside one enormous particle asset, Blueprint owns positions, traces, timing and gameplay events while reusable Niagara systems own the ribbon beam, impact flash, sparks, vapour and local lighting. The same arc function drives all three behaviours with different parameters. Most importantly, the prod effect fires for every genuine discharge—hit or miss—while native gameplay remains authoritative over sight, collision, stun and knockout. The result looks dangerous without allowing presentation to invent a successful hit.
changedSteam post imageSteam post image Short Notice The Pacifier needed to look electrically dangerous before the player was actually attacked. Small body arcs establish unstable charge, floor strikes show excess energy escaping, and the wider prod discharge becomes an immediately readable weapon event. Steam post image
changedThirteen authored anchor points keep body electricity on the visible casing. Ground arcs trace the real surface beneath the machine and orient their impact sparks from the hit normal, allowing the same behaviour to work on slopes, platforms and changing level geometry. The visual discharge is bound to the real firing event rather than the accepted-hit result. A blocked attack therefore produces a visible miss instead of a beam which magically attaches to the player through collision. Field Note This journal follows the wider BOB machine-ecosystem work. It focuses on the presentation boundary: Blueprint supplies world and gameplay context, Niagara renders the electrical event, and native Pacifier logic remains authoritative over the outcome. Full journal entry: https://www.asylumrock.com/developer-journal/building-bob-pacifier-electrical-system
The Outer Islands changes
changedDeveloper Journal: Building the BOB Pacifier Electrical Effect Journal Reference: DEV-0003 The BOB Pacifier now carries three readable layers of electrical presentation: short arcs crawling across its casing, occasional strikes grounding against the real floor, and a stronger discharge from the prod during an attack. Rather than place every responsibility inside one enormous particle asset, Blueprint owns positions, traces, timing and gameplay events while reusable Niagara systems own the ribbon beam, impact flash, sparks, vapour and local lighting. The same arc function drives all three behaviours with different parameters. Most importantly, the prod effect fires for every genuine discharge—hit or miss—while native gameplay remains authoritative over sight, collision, stun and knockout. The result looks dangerous without allowing presentation to invent a successful hit.
changedSteam post imageSteam post image Short Notice The Pacifier needed to look electrically dangerous before the player was actually attacked. Small body arcs establish unstable charge, floor strikes show excess energy escaping, and the wider prod discharge becomes an immediately readable weapon event. Steam post image
changedThirteen authored anchor points keep body electricity on the visible casing. Ground arcs trace the real surface beneath the machine and orient their impact sparks from the hit normal, allowing the same behaviour to work on slopes, platforms and changing level geometry. The visual discharge is bound to the real firing event rather than the accepted-hit result. A blocked attack therefore produces a visible miss instead of a beam which magically attaches to the player through collision. Field Note This journal follows the wider BOB machine-ecosystem work. It focuses on the presentation boundary: Blueprint supplies world and gameplay context, Niagara renders the electrical event, and native Pacifier logic remains authoritative over the outcome. Full journal entry: https://www.asylumrock.com/developer-journal/building-bob-pacifier-electrical-system
Developer Journal: Building the BOB Pacifier Electrical Effect Journal Reference: DEV-0003 The BOB Pacifier now carries three readable layers of electrical presentation: short arcs crawling across its casing, occasional strikes grounding against the real floor, and a stronger discharge from the prod during an attack. Rather than place every responsibility inside one enormous particle asset, Blueprint owns positions, traces, timing and gameplay events while reusable Niagara systems own the ribbon beam, impact flash, sparks, vapour and local lighting. The same arc function drives all three behaviours with different parameters. Most importantly, the prod effect fires for every genuine discharge—hit or miss—while native gameplay remains authoritative over sight, collision, stun and knockout. The result looks dangerous without allowing presentation to invent a successful hit.
Steam post imageSteam post image Short Notice The Pacifier needed to look electrically dangerous before the player was actually attacked. Small body arcs establish unstable charge, floor strikes show excess energy escaping, and the wider prod discharge becomes an immediately readable weapon event. Steam post image
Thirteen authored anchor points keep body electricity on the visible casing. Ground arcs trace the real surface beneath the machine and orient their impact sparks from the hit normal, allowing the same behaviour to work on slopes, platforms and changing level geometry. The visual discharge is bound to the real firing event rather than the accepted-hit result. A blocked attack therefore produces a visible miss instead of a beam which magically attaches to the player through collision. Field Note This journal follows the wider BOB machine-ecosystem work. It focuses on the presentation boundary: Blueprint supplies world and gameplay context, Niagara renders the electrical event, and native Pacifier logic remains authoritative over the outcome. Full journal entry: https://www.asylumrock.com/developer-journal/building-bob-pacifier-electrical-system
