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|
package behavior
import (
"strings"
)
func WordPrefixMatch(input, name string) bool {
inputWords := strings.Fields(strings.ToLower(input))
if len(inputWords) == 0 {
return false
}
nameWords := strings.Fields(strings.ToLower(name))
for _, iw := range inputWords {
found := false
for _, nw := range nameWords {
if strings.HasPrefix(nw, iw) || strings.HasPrefix(iw, nw) {
found = true
break
}
}
if !found {
return false
}
}
return true
}
type ActionType string
const (
TypeGather ActionType = "gather"
TypeSteal ActionType = "steal"
TypeTalk ActionType = "talk"
TypeBurn ActionType = "burn"
TypeStoke ActionType = "stoke"
TypeSearch ActionType = "search"
TypeIdentify ActionType = "identify"
TypePlant ActionType = "plant"
TypeHarvest ActionType = "harvest"
TypeRake ActionType = "rake"
TypeWater ActionType = "water"
TypeCure ActionType = "cure"
TypeObstacle ActionType = "obstacle"
TypeFletch ActionType = "fletch"
TypeClean ActionType = "cleaning"
TypeCook ActionType = "cook"
TypeSmelt ActionType = "smelting"
TypeSmith ActionType = "smith"
TypeCraft ActionType = "craft"
TypeCombine ActionType = "combine"
TypeMix ActionType = "mix"
TypeConstruct ActionType = "construct"
TypeTriggerModule ActionType = "trigger_module"
TypeUseInteraction ActionType = "use_interaction"
)
type Action struct {
Type ActionType
TargetID string
TargetName string
WaitLeft int
Data any
}
func (a *Action) Advance() bool {
if a.WaitLeft > 0 {
a.WaitLeft--
return false
}
return true
}
type GatherData struct {
ObjDefID string
InstanceKey string
InstanceIdx int
Wait float64
DepleteTimer bool
Step int
Verb string
ToolName string
}
type ProductionData struct {
ItemID string
Phase int
TicksPerCycle float64
StartMessage string
EndMessage string
Remaining int
}
type StealData struct {
TargetType string
StealTable string
StealLevel int
StealXP int
StealSpeed float64
TargetName string
MobInstanceID string
ObjDefID string
GuardMob string
GuardWatching bool
}
type TalkData struct {
Node string
Cfg *TalkConfig
SeqIndex int
EstateDirectory bool
StealGuard bool
PendingChoice string
PendingAction *NodeAction
CancelTalk bool
PendingSeq bool
PendingChosen bool
}
type UseInteractionData struct {
Message string
Action *NodeAction
ObjName string
}
type BurnData struct {
ItemID string
ToolSpeed float64
Level int
XP int
BurnTicks float64
Phase int
}
type IdentifyData struct {
JunkID string
XPPer int
}
type ObstacleData struct {
CourseID string
Phase int
ObstacleIndex int
TotalObstacles int
NextRoom int
StartRoom int
OnFailRoom int
ObstacleXP int
CompletionXP int
// FailChance is the resolved failure probability for this attempt.
// nil => derived at runtime from agility level vs RequiredLevel.
FailChance *float64
FailDamageMin int
FailDamageMax int
Phases []PhaseData
RequiredLevel int
}
// PhaseData is the runtime form of an obstacle phase.
type PhaseData struct {
Message string
Delay float64
FailCheck bool
}
type FarmData struct {
Prefix string
SeedID string
XP float64
Product string
MinYield float64
MaxYield float64
}
type SearchData struct {
ItemID string
SlotIdx int
Started bool
}
type CombineData struct {
ItemID string
Phase int
StepIndex int
Remaining int
StartMessage string
EndMessage string
TicksPerCycle float64
}
type FletchData struct {
ItemID string
Phase int
TicksPerCycle float64
Remaining int
}
type CleanData struct {
Phase int
Filter string
}
type ModTriggerStep struct {
Message string `yaml:"message"`
Delay int `yaml:"delay"`
}
type TriggerModuleData struct {
ModID string
Steps []ModTriggerStep
StepIndex int
}
type DropEntry struct {
ItemID string `yaml:"item_id"`
Table string `yaml:"table"`
Weight int `yaml:"weight"`
Quantity int `yaml:"quantity"`
Depletes bool `yaml:"depletes"`
SuccessMessage string `yaml:"success_message"`
Level int `yaml:"level"`
XP int `yaml:"xp"`
}
type DropTableDef struct {
Drops []DropEntry `yaml:"drops"`
}
|
