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master > master: codego - Formulae package

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This commit is contained in:
RD
2021-05-18 11:31:29 +02:00
parent 4be6896a0f
commit 2ab9b63a08
7 changed files with 549 additions and 100 deletions
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72
codego/aussagenlogik/formulae/formulae_generate.go
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@@ -8,16 +8,16 @@ package formulae
func CreateFromSchemeIntValued(scheme func(fml Formula, prevValues []int) int) func(fml Formula) int {
var fn func(fml Formula) int
var subFn = func(ch chan int, subfml Formula) { ch <- fn(subfml) }
var subFn = func(ch chan int, subFml Formula) { ch <- fn(subFml) }
fn = func(fml Formula) int {
var subfmls = fml.GetSubFormulae()
var n = len(subfmls)
var subFmls = fml.GetSubFormulae()
var n = len(subFmls)
var subChan = make([](chan int), n)
var prevValues = make([]int, len(subfmls))
var prevValues = make([]int, len(subFmls))
// start parallel computations on subformulas
for i, subfml := range subfmls {
for i, subFml := range subFmls {
subChan[i] = make(chan int) // create Channel, since currently nil
go subFn(subChan[i], subfml)
go subFn(subChan[i], subFml)
}
// successively read values
for i := 0; i < n; i++ {
@@ -35,16 +35,16 @@ func CreateFromSchemeIntValued(scheme func(fml Formula, prevValues []int) int) f
func CreateFromSchemeStringValued(scheme func(fml Formula, prevValues []string) string) func(fml Formula) string {
var fn func(fml Formula) string
var subFn = func(ch chan string, subfml Formula) { ch <- fn(subfml) }
var subFn = func(ch chan string, subFml Formula) { ch <- fn(subFml) }
fn = func(fml Formula) string {
var subfmls = fml.GetSubFormulae()
var n = len(subfmls)
var subFmls = fml.GetSubFormulae()
var n = len(subFmls)
var subChan = make([](chan string), n)
var prevValues = make([]string, len(subfmls))
var prevValues = make([]string, len(subFmls))
// start parallel computations on subformulas
for i, subfml := range subfmls {
for i, subFml := range subFmls {
subChan[i] = make(chan string) // create Channel, since currently nil
go subFn(subChan[i], subfml)
go subFn(subChan[i], subFml)
}
// successively read values
for i := 0; i < n; i++ {
@@ -62,16 +62,16 @@ func CreateFromSchemeStringValued(scheme func(fml Formula, prevValues []string)
func CreateFromSchemeStringsValued(scheme func(fml Formula, prevValues [][]string) []string) func(fml Formula) []string {
var fn func(fml Formula) []string
var subFn = func(ch chan []string, subfml Formula) { ch <- fn(subfml) }
var subFn = func(ch chan []string, subFml Formula) { ch <- fn(subFml) }
fn = func(fml Formula) []string {
var subfmls = fml.GetSubFormulae()
var n = len(subfmls)
var subFmls = fml.GetSubFormulae()
var n = len(subFmls)
var subChan = make([](chan []string), n)
var prevValues = make([][]string, len(subfmls))
var prevValues = make([][]string, len(subFmls))
// start parallel computations on subformulas
for i, subfml := range subfmls {
for i, subFml := range subFmls {
subChan[i] = make(chan []string) // create Channel, since currently nil
go subFn(subChan[i], subfml)
go subFn(subChan[i], subFml)
}
// successively read values
for i := 0; i < n; i++ {
@@ -89,16 +89,16 @@ func CreateFromSchemeStringsValued(scheme func(fml Formula, prevValues [][]strin
func CreateFromSchemeFmlValued(scheme func(fml Formula, prevValues []Formula) Formula) func(fml Formula) Formula {
var fn func(fml Formula) Formula
var subFn = func(ch chan Formula, subfml Formula) { ch <- fn(subfml) }
var subFn = func(ch chan Formula, subFml Formula) { ch <- fn(subFml) }
fn = func(fml Formula) Formula {
var subfmls = fml.GetSubFormulae()
var n = len(subfmls)
var subFmls = fml.GetSubFormulae()
var n = len(subFmls)
var subChan = make([](chan Formula), n)
var prevValues = make([]Formula, len(subfmls))
var prevValues = make([]Formula, len(subFmls))
// start parallel computations on subformulas
for i, subfml := range subfmls {
for i, subFml := range subFmls {
subChan[i] = make(chan Formula) // create Channel, since currently nil
go subFn(subChan[i], subfml)
go subFn(subChan[i], subFml)
}
// successively read values
for i := 0; i < n; i++ {
@@ -116,16 +116,16 @@ func CreateFromSchemeFmlValued(scheme func(fml Formula, prevValues []Formula) Fo
func CreateFromSchemeFmlsValued(scheme func(fml Formula, prevValues [](*[]Formula)) *[]Formula) func(fml Formula) *[]Formula {
var fn func(fml Formula) *[]Formula
var subFn = func(ch chan *[]Formula, subfml Formula) { ch <- fn(subfml) }
var subFn = func(ch chan *[]Formula, subFml Formula) { ch <- fn(subFml) }
fn = func(fml Formula) *[]Formula {
var subfmls = fml.GetSubFormulae()
var n = len(subfmls)
var subFmls = fml.GetSubFormulae()
var n = len(subFmls)
var subChan = make([](chan *[]Formula), n)
var prevValues = make([](*[]Formula), len(subfmls))
var prevValues = make([](*[]Formula), len(subFmls))
// start parallel computations on subformulas
for i, subfml := range subfmls {
for i, subFml := range subFmls {
subChan[i] = make(chan *[]Formula) // create Channel, since currently nil
go subFn(subChan[i], subfml)
go subFn(subChan[i], subFml)
}
// successively read values
for i := 0; i < n; i++ {
@@ -143,16 +143,16 @@ func CreateFromSchemeFmlsValued(scheme func(fml Formula, prevValues [](*[]Formul
func CreateFromSchemeFmlPairValued(scheme func(fml Formula, prevValues []FormulaPair) FormulaPair) func(fml Formula) FormulaPair {
var fn func(fml Formula) FormulaPair
var subFn = func(ch chan FormulaPair, subfml Formula) { ch <- fn(subfml) }
var subFn = func(ch chan FormulaPair, subFml Formula) { ch <- fn(subFml) }
fn = func(fml Formula) FormulaPair {
var subfmls = fml.GetSubFormulae()
var n = len(subfmls)
var subFmls = fml.GetSubFormulae()
var n = len(subFmls)
var subChan = make([](chan FormulaPair), n)
var prevValues = make([]FormulaPair, len(subfmls))
var prevValues = make([]FormulaPair, len(subFmls))
// start parallel computations on subformulas
for i, subfml := range subfmls {
for i, subFml := range subFmls {
subChan[i] = make(chan FormulaPair) // create Channel, since currently nil
go subFn(subChan[i], subfml)
go subFn(subChan[i], subFml)
}
// successively read values
for i := 0; i < n; i++ {