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package main
import (
"math"
"time"
"age_of_empires/ecs"
"age_of_empires/physics"
"golang.org/x/exp/slog"
)
func UpdateGatherSystem(g *Game, now time.Time, moveMap physics.MoveMap, masks []ecs.Mask, orders []OrderKind, positions []physics.Point, moves []physics.Move, gatherers []ResourceGatherer) {
required := ecs.CM_ResourceGatherer | ecs.CM_Position | ecs.CM_Move | ecs.CM_Order
for i, mask := range masks {
if mask&required == required {
order := &orders[i]
position := positions[i]
move := &moves[i]
gatherer := &gatherers[i]
if *order == OrderKindGather {
if gatherer.CurrentVolume == gatherer.MaxCapacity {
updateGathererFull(g, getAllStorageDockings(g), moveMap, gatherer, order, move, position)
} else if physics.Distance(position, g.Position[gatherer.Source]) <= 100 {
updateGathering(now, gatherer, &g.ResourceSource[gatherer.Source])
} else if !move.IsActive {
startMoveToSource(moveMap, gatherer, move, order, position, g.Position[gatherer.Source])
}
}
}
}
}
func updateGathering(now time.Time, gatherer *ResourceGatherer, source *ResourceSource) {
if gatherer.CurrentVolume >= gatherer.MaxCapacity || gatherer.LastPickupTime.Add(200*time.Millisecond).After(now) {
return
}
gatherer.LastPickupTime = now
gatherer.CurrentVolume += 1
source.Remaining -= 1
}
func updateGathererFull(g *Game, storageDockings []physics.Point, moveMap physics.MoveMap, gatherer *ResourceGatherer, order *OrderKind, move *physics.Move, position physics.Point) {
if move.IsActive {
return
}
destination, distance := physics.Closest(position, storageDockings, moveMap)
if distance == math.MaxInt {
slog.Info("no accessible storage, canceling gather order")
*order = OrderKindNone
return
}
slog.Info("storage target", slog.String("storage", destination.String()), slog.Int("distance", distance))
if distance > 1 {
slog.Info("moving to storage", slog.String("storage", destination.String()))
*move = physics.NewMove(position, destination, moveMap)
return
}
g.ResourceAmount += gatherer.CurrentVolume
gatherer.CurrentVolume = 0
startMoveToSource(moveMap, gatherer, move, order, position, g.Position[gatherer.Source])
}
func startMoveToSource(moveMap physics.MoveMap, gatherer *ResourceGatherer, move *physics.Move, order *OrderKind, position physics.Point, sourcePosition physics.Point) {
sourceDockings := physics.AdjacentPoints(sourcePosition)
destination, distance := physics.Closest(position, sourceDockings, moveMap)
if distance == math.MaxInt {
slog.Info("no accessible storage, canceling gather order")
*order = OrderKindNone
return
}
*move = physics.NewMove(position, destination, moveMap)
}
func Gather(moveMap physics.MoveMap, position physics.Point, move *physics.Move, order *OrderKind, gatherer *ResourceGatherer, source ecs.Entity, sourcePosition physics.Point) {
slog.Info("gathering from", slog.String("source", sourcePosition.String()))
*order = OrderKindGather
gatherer.Source = source
startMoveToSource(moveMap, gatherer, move, order, position, sourcePosition)
}
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