func (PS *PgeSearch) GenInitExprAddMethod1() []expr.Expr {
exprs := make([]expr.Expr, 0)
// WARNING adding a single coefficient results in the same traversal but with the added extra coefficient
cf := new(expr.Constant)
cf.P = 1
af := new(expr.Add)
af.Insert(cf)
exprs = append(exprs, af)
for _, i := range PS.cnfg.treecfg.UsableVars {
c := new(expr.Constant)
c.P = -1
v := new(expr.Var)
v.P = i
m := expr.NewMul()
m.Insert(c)
m.Insert(v)
a := expr.NewAdd()
a.Insert(m)
exprs = append(exprs, a)
}
fmt.Println("Initial Add: ", exprs)
return exprs
}
func (PS *PgeSearch) GenInitExprDivMethod1() []expr.Expr {
exprs := make([]expr.Expr, 0)
for _, i := range PS.cnfg.treecfg.UsableVars {
c := new(expr.Constant)
c.P = -1
v := new(expr.Var)
v.P = i
d := new(expr.Div)
d.Numer = c
d.Denom = v
exprs = append(exprs, d)
}
fmt.Println("Initial Div: ", exprs)
return exprs
}
func (PS *PgeSearch) GenInitExprMulMethod1() []expr.Expr {
exprs := make([]expr.Expr, 0)
for _, i := range PS.cnfg.treecfg.UsableVars {
c := new(expr.Constant)
c.P = -1
v := new(expr.Var)
v.P = i
m := expr.NewMul()
m.Insert(c)
m.Insert(v)
exprs = append(exprs, m)
}
fmt.Println("Initial Mul: ", exprs)
return exprs
}