func (self *State) executeConflicts(l common.Logger) {
execution := []func(){}
for _, node := range self.Nodes {
total := 0
for _, units := range node.Units {
total += units
}
for playerId, units := range node.Units {
enemies := total - units
if units > 0 && enemies > 0 {
newSum := common.Max(0, common.Min(units-1, int(float64(units)-(float64(enemies)/5.0))))
playerIdCpy := playerId
nodeCpy := node
if newSum < units {
oldSum := units
execution = append(execution, func() {
nodeCpy.Units[playerIdCpy] = newSum
self.Changes[nodeCpy.Id] = append(self.Changes[nodeCpy.Id], Change{
Units: newSum - oldSum,
PlayerId: playerIdCpy,
Reason: ChangeReason("Conflict"),
})
})
}
}
}
}
for _, exec := range execution {
exec()
}
}
func (self *State) executeOrders(orderMap map[PlayerId]Orders) {
execution := []func(){}
for playerId, orders := range orderMap {
for _, order := range orders {
if src, found := self.Nodes[order.Src]; found {
if edge, found := src.Edges[order.Dst]; found {
toMove := common.Min(src.Units[playerId], order.Units)
src.Units[playerId] -= toMove
edgeCpy := edge
playerIdCpy := playerId
if toMove > 0 {
execution = append(execution, func() {
edgeCpy.Units[0][playerIdCpy] += toMove
self.Changes[edgeCpy.Src] = append(self.Changes[edgeCpy.Src], Change{
Units: -toMove,
PlayerId: playerIdCpy,
Reason: ChangeReason("Orders"),
})
})
}
}
}
}
}
for _, exec := range execution {
exec()
}
}
func (self *State) executeGrowth(c common.Logger) {
execution := []func(){}
for _, node := range self.Nodes {
total := 0
for _, units := range node.Units {
total += units
}
players := make([]PlayerId, 0, len(node.Units))
for playerId, units := range node.Units {
if units > 0 {
players = append(players, playerId)
}
}
if len(players) == 1 {
playerId := players[0]
units := node.Units[playerId]
if total > 0 && total < node.Size {
nodeCpy := node
newSum := common.Min(node.Size, int(1+float64(units)*(1.0+(growthFactor*(float64(node.Size-total)/float64(node.Size))))))
if newSum > units {
execution = append(execution, func() {
nodeCpy.Units[playerId] = newSum
self.Changes[nodeCpy.Id] = append(self.Changes[nodeCpy.Id], Change{
Units: newSum - units,
PlayerId: playerId,
Reason: ChangeReason("Growth"),
})
})
}
}
} else if len(players) > 1 {
if total > node.Size {
for playerId, units := range node.Units {
if units > 0 {
playerIdCpy := playerId
nodeCpy := node
newSum := common.Max(0, int(float64(units)/(1.0+(starvationFactor*(float64(units)/float64(node.Size)))))-1)
if newSum < units {
oldSum := units
execution = append(execution, func() {
nodeCpy.Units[playerIdCpy] = newSum
self.Changes[nodeCpy.Id] = append(self.Changes[nodeCpy.Id], Change{
Units: newSum - oldSum,
PlayerId: playerIdCpy,
Reason: ChangeReason("Starvation"),
})
})
}
}
}
}
}
}
for _, exec := range execution {
exec()
}
}
/*
Orders will return orders randomly moving up to 20% of all troops in each occupied node along randomly chosen edges of that node.
*/
func (self Randomizer) Orders(logger common.Logger, me state.PlayerId, s *state.State) (result state.Orders) {
// Go through all nodes
for _, node := range s.Nodes {
// If I have units here
if node.Units[me] > 0 {
// Create a slice with room for one float per edge in this node
breakpoints := make(sort.Float64Slice, len(node.Edges))
// Fill it with numbers between 0 and 0.2
for index, _ := range breakpoints {
breakpoints[index] = rand.Float64() / 5
}
// Sort the numbers
sort.Sort(breakpoints)
lastRate := 0.0
rate := 1.0
// For each edge in this node
for _, edge := range node.Edges {
// Take the fraction between the first float in the slice and the last picked float (or zero)
rate = breakpoints[0] - lastRate
lastRate = rate
// Remove the first float from the slice
breakpoints = breakpoints[1:]
// Calculate how many units the fraction corresponds to
units := common.Min(node.Units[me], int(float64(node.Units[me])*rate))
// If any, create a move order for those units
if units > 0 {
result = append(result, state.Order{
Src: edge.Src,
Dst: edge.Dst,
Units: units,
})
}
}
}
}
// Return the created orders
return
}