joylink/rts-sim-module
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修改屏蔽门ecs逻辑

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This commit is contained in:
joylink_zhangsai 2023-12-08 16:46:49 +08:00
parent 3ce9306624
commit 9554930705
4 changed files with 110 additions and 165 deletions
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10
component/psd.go
View File

@ -14,8 +14,9 @@ var PsdCircuitType = ecs.NewComponentType[PsdCircuit]()
type PsdCircuit struct {
//屏蔽门驱动继电器
GMJ *ecs.Entry
KMJ4 *ecs.Entry
KMJ8 *ecs.Entry
//KMJ4 *ecs.Entry
//KMJ8 *ecs.Entry
KMJMap map[int32]*ecs.Entry //开门继电器，k-编组
//屏蔽门表示继电器
MGJ *ecs.Entry
MPLJ *ecs.Entry
@ -86,8 +87,9 @@ type Mkx struct {
var PscType = ecs.NewComponentType[Psc]()
type Psc struct {
InterlockKM4 bool
InterlockKM8 bool
//InterlockKM4 bool
//InterlockKM8 bool
InterlockKmGroup map[int32]bool //开门编组。k-编组 v-设置开门
InterlockGM bool
InterlockMPL bool

6
entity/psd.go
View File

@ -44,7 +44,7 @@ func loadPsdCircuit(world ecs.World, entry *ecs.Entry, psd *repository.Psd, entr
if len(psd.ComponentGroups()) == 0 {
return
}
circuit := &component.PsdCircuit{}
circuit := &component.PsdCircuit{KMJMap: make(map[int32]*ecs.Entry)}
for _, group := range psd.ComponentGroups() {
for _, ec := range group.Components() {
relay := ec.(*repository.Relay)
@ -52,9 +52,9 @@ func loadPsdCircuit(world ecs.World, entry *ecs.Entry, psd *repository.Psd, entr
case "XGMJ", "SGMJ":
circuit.GMJ = NewRelayEntity(world, relay, entryMap)
case "4XKMJ", "4SKMJ":
circuit.KMJ4 = NewRelayEntity(world, relay, entryMap)
circuit.KMJMap[4] = NewRelayEntity(world, relay, entryMap)
case "8XKMJ", "8SKMJ":
circuit.KMJ8 = NewRelayEntity(world, relay, entryMap)
circuit.KMJMap[8] = NewRelayEntity(world, relay, entryMap)
case "XMGJ", "SMGJ":
circuit.MGJ = NewRelayEntity(world, relay, entryMap)
case "XMPLJ", "SMPLJ":

170
fi/psd.go
View File

@ -1,6 +1,7 @@
package fi
import (
"errors"
"fmt"
"joylink.club/ecs"
"joylink.club/rtsssimulation/component"
@ -8,63 +9,29 @@ import (
"joylink.club/rtsssimulation/entity"
)
func SetInterlockKm4(world ecs.World, id string) error {
func SetInterlockKm(world ecs.World, psdId string, group int32) error {
result := <-ecs.Request[ecs.EmptyType](world, func() ecs.Result[ecs.EmptyType] {
wd := entity.GetWorldData(world)
entry, ok := wd.EntityMap[id]
entry, ok := wd.EntityMap[psdId]
if ok {
err := setInterlockKm(wd, entry, 4)
err := setInterlockKm(wd, entry, group)
if err != nil {
return ecs.NewErrResult(err)
}
} else {
return ecs.NewErrResult(fmt.Errorf("未找到id=%s的屏蔽门", id))
return ecs.NewErrResult(fmt.Errorf("未找到id=%s的屏蔽门", psdId))
}
return ecs.NewOkEmptyResult()
})
return result.Err
}
func CancelInterlockKm4(world ecs.World, id string) error {
func CancelInterlockKm(world ecs.World, id string, group int32) error {
result := <-ecs.Request[ecs.EmptyType](world, func() ecs.Result[ecs.EmptyType] {
wd := entity.GetWorldData(world)
entry, ok := wd.EntityMap[id]
if ok {
err := cancelInterlockKm(wd, entry, 4)
if err != nil {
return ecs.NewErrResult(err)
}
} else {
return ecs.NewErrResult(fmt.Errorf("未找到id=%s的屏蔽门", id))
}
return ecs.NewOkEmptyResult()
})
return result.Err
}
func SetInterlockKm8(world ecs.World, id string) error {
result := <-ecs.Request[ecs.EmptyType](world, func() ecs.Result[ecs.EmptyType] {
wd := entity.GetWorldData(world)
entry, ok := wd.EntityMap[id]
if ok {
err := setInterlockKm(wd, entry, 8)
if err != nil {
return ecs.NewErrResult(err)
}
} else {
return ecs.NewErrResult(fmt.Errorf("未找到id=%s的屏蔽门", id))
}
return ecs.NewOkEmptyResult()
})
return result.Err
}
func CancelInterlockKm8(world ecs.World, id string) error {
result := <-ecs.Request[ecs.EmptyType](world, func() ecs.Result[ecs.EmptyType] {
wd := entity.GetWorldData(world)
entry, ok := wd.EntityMap[id]
if ok {
err := cancelInterlockKm(wd, entry, 8)
err := cancelInterlockKm(wd, entry, group)
if err != nil {
return ecs.NewErrResult(err)
}
@ -273,45 +240,35 @@ func setQDTC(wd *component.WorldData, psdEntry *ecs.Entry) error {
}
// 设置联锁开门
func setInterlockKm(wd *component.WorldData, psdEntry *ecs.Entry, group int) error {
func setInterlockKm(wd *component.WorldData, psdEntry *ecs.Entry, group int32) error {
if psdEntry.HasComponent(component.PsdCircuitType) { //有联锁区段电路
circuit := component.PsdCircuitType.Get(psdEntry)
switch group {
case 4:
return setInterlockDriveKm4(wd, circuit)
case 8:
return setInterlockDriveKm8(wd, circuit)
kmj := circuit.KMJMap[group]
if kmj == nil {
id := component.UidType.Get(psdEntry).Id
return errors.New(fmt.Sprintf("屏蔽门[id:%s]不支持[%d]编组操作", id, group))
}
return setRelayDriveKm(wd, circuit, group)
} else {
psc := component.PscType.Get(psdEntry)
switch group {
case 4:
setPscKm4(psc)
case 8:
setPscKm8(psc)
}
psc.InterlockKmGroup[group] = true
}
return nil
}
// 取消联锁开门
func cancelInterlockKm(wd *component.WorldData, psdEntry *ecs.Entry, group int) error {
func cancelInterlockKm(wd *component.WorldData, psdEntry *ecs.Entry, group int32) error {
if psdEntry.HasComponent(component.PsdCircuitType) { //有联锁区段电路
circuit := component.PsdCircuitType.Get(psdEntry)
switch group {
case 4:
return wd.SetQdBit(component.UidType.Get(circuit.KMJ4).Id, false)
case 8:
return wd.SetQdBit(component.UidType.Get(circuit.KMJ8).Id, false)
kmj := circuit.KMJMap[group]
if kmj == nil {
id := component.UidType.Get(psdEntry).Id
return errors.New(fmt.Sprintf("屏蔽门[id:%s]不支持[%d]编组操作", id, group))
}
return cancelRelayDriveKm(wd, circuit, group)
} else {
psc := component.PscType.Get(psdEntry)
switch group {
case 4:
psc.InterlockKM4 = false
case 8:
psc.InterlockKM8 = false
}
psc.InterlockKmGroup[group] = false
}
return nil
}
@ -320,19 +277,22 @@ func cancelInterlockKm(wd *component.WorldData, psdEntry *ecs.Entry, group int)
func setInterlockGm(wd *component.WorldData, psdEntry *ecs.Entry) error {
if psdEntry.HasComponent(component.PsdCircuitType) { //有联锁区段电路
circuit := component.PsdCircuitType.Get(psdEntry)
return setInterlockDriveGm(wd, circuit)
return setRelayDriveGm(wd, circuit)
} else {
psc := component.PscType.Get(psdEntry)
setPscGm(psc)
for i, _ := range psc.InterlockKmGroup {
psc.InterlockKmGroup[i] = false
}
psc.InterlockGM = true
}
return nil
}
// 取消联锁关门
func cancelInterlockGm(wd *component.WorldData, psdEntry *ecs.Entry) error {
if psdEntry.HasComponent(component.PsdCircuitType) {
if psdEntry.HasComponent(component.PsdCircuitType) { //有联锁区段电路
circuit := component.PsdCircuitType.Get(psdEntry)
return wd.SetQdBit(component.UidType.Get(circuit.GMJ).Id, false)
return cancelRelayDriveGm(wd, circuit)
} else {
psc := component.PscType.Get(psdEntry)
psc.InterlockGM = false
@ -340,50 +300,46 @@ func cancelInterlockGm(wd *component.WorldData, psdEntry *ecs.Entry) error {
return nil
}
// 联锁驱动4编组开门
func setInterlockDriveKm4(wd *component.WorldData, circuit *component.PsdCircuit) error {
return wd.SetQdBits([]*component.QdBitParam{
component.NewQdBitParam(component.UidType.Get(circuit.GMJ).Id, false),
component.NewQdBitParam(component.UidType.Get(circuit.KMJ4).Id, true),
component.NewQdBitParam(component.UidType.Get(circuit.KMJ8).Id, false),
})
// 设置继电器驱动开门
func setRelayDriveKm(wd *component.WorldData, circuit *component.PsdCircuit, group int32) error {
var params []*component.QdBitParam
params = append(params, component.NewQdBitParam(component.UidType.Get(circuit.GMJ).Id, false))
for g, entry := range circuit.KMJMap {
if g == group {
params = append(params, component.NewQdBitParam(component.UidType.Get(entry).Id, true))
} else {
params = append(params, component.NewQdBitParam(component.UidType.Get(entry).Id, false))
}
}
return wd.SetQdBits(params)
}
// 联锁驱动8编组开门
func setInterlockDriveKm8(wd *component.WorldData, circuit *component.PsdCircuit) error {
return wd.SetQdBits([]*component.QdBitParam{
component.NewQdBitParam(component.UidType.Get(circuit.GMJ).Id, false),
component.NewQdBitParam(component.UidType.Get(circuit.KMJ4).Id, false),
component.NewQdBitParam(component.UidType.Get(circuit.KMJ8).Id, true),
})
// 取消继电器驱动开门
func cancelRelayDriveKm(wd *component.WorldData, circuit *component.PsdCircuit, group int32) error {
var params []*component.QdBitParam
for _, entry := range circuit.KMJMap {
params = append(params, component.NewQdBitParam(component.UidType.Get(entry).Id, false))
}
return wd.SetQdBits(params)
}
// 联锁驱动关门
func setInterlockDriveGm(wd *component.WorldData, circuit *component.PsdCircuit) error {
return wd.SetQdBits([]*component.QdBitParam{
component.NewQdBitParam(component.UidType.Get(circuit.GMJ).Id, true),
component.NewQdBitParam(component.UidType.Get(circuit.KMJ4).Id, false),
component.NewQdBitParam(component.UidType.Get(circuit.KMJ8).Id, false),
})
// 设置继电器驱动关门
func setRelayDriveGm(wd *component.WorldData, circuit *component.PsdCircuit) error {
var params []*component.QdBitParam
params = append(params, component.NewQdBitParam(component.UidType.Get(circuit.GMJ).Id, true))
for _, entry := range circuit.KMJMap {
params = append(params, component.NewQdBitParam(component.UidType.Get(entry).Id, false))
}
return wd.SetQdBits(params)
}
// 直接设置PSC的状态4编组开门。在无屏蔽门电路时使用
func setPscKm4(psc *component.Psc) {
psc.InterlockKM4 = true
psc.InterlockKM8 = false
psc.InterlockGM = false
}
// 取消继电器驱动关门
func cancelRelayDriveGm(wd *component.WorldData, circuit *component.PsdCircuit) error {
var params []*component.QdBitParam
params = append(params, component.NewQdBitParam(component.UidType.Get(circuit.GMJ).Id, false))
// 直接设置PSC的状态8编组开门。在无屏蔽门电路时使用
func setPscKm8(psc *component.Psc) {
psc.InterlockKM4 = false
psc.InterlockKM8 = true
psc.InterlockGM = false
}
// 直接设置PSC的状态关门。在无屏蔽门电路时使用
func setPscGm(psc *component.Psc) {
psc.InterlockKM4 = false
psc.InterlockKM8 = false
psc.InterlockGM = true
return wd.SetQdBits(params)
}

79
sys/circuit_sys/psd.go
View File

@ -29,14 +29,15 @@ func (p *PsdSys) Update(world ecs.World) {
if entry.HasComponent(component.PsdCircuitType) { //有屏蔽门电路
psdCircuit := component.PsdCircuitType.Get(entry)
//屏蔽门驱动
if psdCircuit.GMJ != nil && psdCircuit.KMJ4 != nil && psdCircuit.KMJ8 != nil {
if psdCircuit.GMJ != nil {
p.exciteGMJ(worldData, psdCircuit)
p.exciteKMJ4(worldData, psdCircuit)
p.exciteKMJ8(worldData, psdCircuit)
psc.InterlockGM = component.BitStateType.Get(psdCircuit.GMJ).Val
psc.InterlockKM4 = component.BitStateType.Get(psdCircuit.KMJ4).Val
psc.InterlockKM8 = component.BitStateType.Get(psdCircuit.KMJ8).Val
}
for group, kmj := range psdCircuit.KMJMap {
p.exciteKMJ(worldData, psdCircuit, kmj)
psc.InterlockKmGroup[group] = component.BitStateType.Get(kmj).Val
}
if psdCircuit.MGJ != nil {
p.exciteMGJ(psdCircuit, asdList)
psdState.Close = component.BitStateType.Get(psdCircuit.MGJ).Val
@ -96,12 +97,13 @@ func (p *PsdSys) Update(world ecs.World) {
} else if !psc.InterlockMPL { //联锁操作没有被旁路
if psc.InterlockGM {
p.gm(asdList)
} else if psc.InterlockKM8 {
group := psd.FindAsdGroup(8)
p.km(group.Start, group.End, asdList)
} else if psc.InterlockKM4 {
group := psd.FindAsdGroup(4)
p.km(group.Start, group.End, asdList)
} else {
for group, km := range psc.InterlockKmGroup {
if km {
asdGroup := psd.FindAsdGroup(group)
p.km(asdGroup.Start, asdGroup.End, asdList)
}
}
}
}
})
@ -127,56 +129,41 @@ func (p *PsdSys) exciteGMJ(data *component.WorldData, circuit *component.PsdCirc
if err != nil {
return
}
gmj := component.BitStateType.Get(circuit.GMJ)
kmj4 := component.BitStateType.Get(circuit.KMJ4)
kmj8 := component.BitStateType.Get(circuit.KMJ8)
if bit { //驱动
component.RelayDriveType.Get(circuit.GMJ).Td = true
} else if gmj.Val { //自保持
if !kmj4.Val && !kmj8.Val {
component.RelayDriveType.Get(circuit.GMJ).Td = true
} else {
} else if component.BitStateType.Get(circuit.GMJ).Val { //判断自保持
for _, entry := range circuit.KMJMap {
if component.BitStateType.Get(entry).Val { //无法自保持
component.RelayDriveType.Get(circuit.GMJ).Td = false
return
}
}
//自保持
component.RelayDriveType.Get(circuit.GMJ).Td = true
}
}
func (p *PsdSys) exciteKMJ4(data *component.WorldData, circuit *component.PsdCircuit) {
bit, err := data.QueryQdBit(component.UidType.Get(circuit.KMJ4).Id)
func (p *PsdSys) exciteKMJ(data *component.WorldData, circuit *component.PsdCircuit, kmj *ecs.Entry) {
bit, err := data.QueryQdBit(component.UidType.Get(kmj).Id)
if err != nil {
return
}
kmj4 := component.BitStateType.Get(circuit.KMJ4)
gmj := component.BitStateType.Get(circuit.GMJ)
kmj8 := component.BitStateType.Get(circuit.KMJ8)
if bit { //驱动
component.RelayDriveType.Get(circuit.KMJ4).Td = true
} else if kmj4.Val { //自保持
if !gmj.Val && !kmj8.Val {
component.RelayDriveType.Get(circuit.KMJ4).Td = true
} else {
component.RelayDriveType.Get(circuit.KMJ4).Td = false
}
}
}
func (p *PsdSys) exciteKMJ8(data *component.WorldData, circuit *component.PsdCircuit) {
bit, err := data.QueryQdBit(component.UidType.Get(circuit.KMJ8).Id)
if err != nil {
component.RelayDriveType.Get(kmj).Td = true
} else if component.BitStateType.Get(kmj).Val { //判断自保持
if component.BitStateType.Get(circuit.GMJ).Val {
component.RelayDriveType.Get(kmj).Td = false
return
}
kmj8 := component.BitStateType.Get(circuit.KMJ8)
gmj := component.BitStateType.Get(circuit.GMJ)
kmj4 := component.BitStateType.Get(circuit.KMJ4)
if bit { //驱动
component.RelayDriveType.Get(circuit.KMJ8).Td = true
} else if kmj8.Val { //自保持
if !gmj.Val && !kmj4.Val {
component.RelayDriveType.Get(circuit.KMJ8).Td = true
} else {
component.RelayDriveType.Get(circuit.KMJ8).Td = false
for _, entry := range circuit.KMJMap {
if entry != kmj && component.BitStateType.Get(entry).Val {
component.RelayDriveType.Get(kmj).Td = false
return
}
}
//自保持
component.RelayDriveType.Get(kmj).Td = true
}
}
func (p *PsdSys) exciteMGJ(psdCircuit *component.PsdCircuit, asdList *component.AsdList) {