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package game
import (
"thehouseoficarus/internal/item"
"thehouseoficarus/internal/player"
)
// gracefulItems is the set of equipment IDs that count toward the Graceful
// outfit. Wearing pieces of the set increases run-energy regeneration speed
// (see EnergyRegenTick); wearing the complete 6-piece set grants an additional
// bonus. The Cape of Agility and graceful_cape share the back slot and are
// therefore mutually exclusive, so the full-set bonus requires graceful_cape.
var gracefulItems = map[string]bool{
"graceful_hat": true,
"graceful_torso": true,
"graceful_legs": true,
"graceful_gloves": true,
"graceful_boots": true,
"graceful_cape": true,
}
const capeOfAgilityID = "cape_of_agility"
// gracefulCount returns how many pieces of the Graceful outfit the player is
// currently wearing (maximum 6).
func gracefulCount(p *player.Player) int {
count := 0
for _, id := range p.Equipment {
if gracefulItems[id] {
count++
}
}
return count
}
// hasCapeOfAgility reports whether the Cape of Agility is worn in the back
// slot. The cape grants infinite run energy (movement is instant and never
// drains energy).
func hasCapeOfAgility(p *player.Player) bool {
id, ok := p.Equipment[item.SlotBack]
return ok && id == capeOfAgilityID
}
// moveTicks returns how many ticks the upcoming move will take, and sets
// p.MoveUsesEnergy to indicate whether completing the move should drain one
// point of run energy.
//
// - GodMode and Cape of Agility: instant (0 ticks), never drains energy.
// - A single move (north/e/w...): 1 tick if energy remains, otherwise 2.
// - The "walk" command: 2 ticks per step and never drains energy unless the
// player wears the complete Graceful outfit (or Cape of Agility), in which
// case it behaves like a single run move (1 tick with energy, 2 without).
func (g *Game) moveTicks(p *player.Player, isWalk bool) int {
if p.GodMode {
p.MoveUsesEnergy = false
return 0
}
if hasCapeOfAgility(p) {
p.MoveUsesEnergy = false
return 0
}
if isWalk && gracefulCount(p) != 6 {
// Plain walk: slow, no energy cost.
p.MoveUsesEnergy = false
return 2
}
// Single move, or a run-walk enabled by the full Graceful set.
if p.HasRunEnergy() {
p.MoveUsesEnergy = true
return 1
}
p.MoveUsesEnergy = false
return 2
}
// isPlayerBusy reports whether the player is currently performing an action
// (combat, gathering, crafting, walking, hiding, hacking, etc.). A busy player
// regenerates run energy twice as slowly as an idle one.
func (g *Game) isPlayerBusy(p *player.Player) bool {
if p.Action != nil || p.BackgroundAction != nil {
return true
}
if g.Combat.Get(p.Name) != nil {
return true
}
if p.MoveTicks > 0 || len(p.WalkSequence) > 0 {
return true
}
if _, ok := g.safespot.Get(p.Name); ok {
return true
}
if _, ok := g.hackingStates[p.Name]; ok {
return true
}
return false
}
// EnergyRegenTick advances run-energy regeneration for every online player.
//
// Idle: 1 energy per 5 ticks
// Busy: 1 energy per 10 ticks
// Graceful: +8% recovery rate per equipped piece
// full 6-piece set adds a further +10%
//
// Fractional recovery is accumulated across ticks in thousandths of an energy
// point (RunEnergyAccum, int) so that per-tick float drift never prevents a
// point from arriving exactly when its rate says it should.
func (g *Game) EnergyRegenTick() {
if g.Hub == nil {
return
}
const perEnergy = 1000
for _, sess := range g.Hub.AllSessions() {
p := sess.Player
if p == nil {
continue
}
maxE := p.MaxRunEnergy()
if maxE <= 0 || p.RunEnergy >= maxE {
p.RunEnergyAccum = 0
continue
}
// Base recovery rate in thousandths of an energy point per tick.
base := perEnergy / 5 // idle: 1/5
if g.isPlayerBusy(p) {
base = perEnergy / 10 // busy: 1/10
}
// Graceful: +8% per piece, +10% bonus for the complete 6-piece set.
count := gracefulCount(p)
mult := 1.0 + 0.08*float64(count)
if count == 6 {
mult *= 1.10
}
perTick := int(float64(base)*mult + 0.5) // round to nearest
p.RunEnergyAccum += perTick
for p.RunEnergyAccum >= perEnergy && p.RunEnergy < maxE {
p.RunEnergyAccum -= perEnergy
p.RunEnergy++
}
if p.RunEnergy >= maxE {
p.RunEnergyAccum = 0
}
}
}
|
