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// Code generated by genlib2. DO NOT EDIT.
package execution
import (
"reflect"
"github.com/pkg/errors"
"gorgonia.org/tensor/internal/storage"
)
func MonotonicSum(t reflect.Type, a *storage.Header) (retVal interface{}, err error) {
switch t {
case Int:
retVal = SumI(a.Ints())
return
case Int8:
retVal = SumI8(a.Int8s())
return
case Int16:
retVal = SumI16(a.Int16s())
return
case Int32:
retVal = SumI32(a.Int32s())
return
case Int64:
retVal = SumI64(a.Int64s())
return
case Uint:
retVal = SumU(a.Uints())
return
case Uint8:
retVal = SumU8(a.Uint8s())
return
case Uint16:
retVal = SumU16(a.Uint16s())
return
case Uint32:
retVal = SumU32(a.Uint32s())
return
case Uint64:
retVal = SumU64(a.Uint64s())
return
case Float32:
retVal = SumF32(a.Float32s())
return
case Float64:
retVal = SumF64(a.Float64s())
return
case Complex64:
retVal = SumC64(a.Complex64s())
return
case Complex128:
retVal = SumC128(a.Complex128s())
return
default:
err = errors.Errorf("Cannot perform Sum on %v", t)
return
}
}
func SumMethods(t reflect.Type) (firstFn, lasFn, defaultFn interface{}, err error) {
switch t {
case Int:
return VecAddI, SumI, AddI, nil
case Int8:
return VecAddI8, SumI8, AddI8, nil
case Int16:
return VecAddI16, SumI16, AddI16, nil
case Int32:
return VecAddI32, SumI32, AddI32, nil
case Int64:
return VecAddI64, SumI64, AddI64, nil
case Uint:
return VecAddU, SumU, AddU, nil
case Uint8:
return VecAddU8, SumU8, AddU8, nil
case Uint16:
return VecAddU16, SumU16, AddU16, nil
case Uint32:
return VecAddU32, SumU32, AddU32, nil
case Uint64:
return VecAddU64, SumU64, AddU64, nil
case Float32:
return VecAddF32, SumF32, AddF32, nil
case Float64:
return VecAddF64, SumF64, AddF64, nil
case Complex64:
return VecAddC64, SumC64, AddC64, nil
case Complex128:
return VecAddC128, SumC128, AddC128, nil
default:
return nil, nil, nil, errors.Errorf("No methods found for Sum for %v", t)
}
}
func MonotonicMax(t reflect.Type, a *storage.Header) (retVal interface{}, err error) {
switch t {
case Int:
retVal = SliceMaxI(a.Ints())
return
case Int8:
retVal = SliceMaxI8(a.Int8s())
return
case Int16:
retVal = SliceMaxI16(a.Int16s())
return
case Int32:
retVal = SliceMaxI32(a.Int32s())
return
case Int64:
retVal = SliceMaxI64(a.Int64s())
return
case Uint:
retVal = SliceMaxU(a.Uints())
return
case Uint8:
retVal = SliceMaxU8(a.Uint8s())
return
case Uint16:
retVal = SliceMaxU16(a.Uint16s())
return
case Uint32:
retVal = SliceMaxU32(a.Uint32s())
return
case Uint64:
retVal = SliceMaxU64(a.Uint64s())
return
case Float32:
retVal = SliceMaxF32(a.Float32s())
return
case Float64:
retVal = SliceMaxF64(a.Float64s())
return
default:
err = errors.Errorf("Cannot perform Max on %v", t)
return
}
}
func MaxMethods(t reflect.Type) (firstFn, lasFn, defaultFn interface{}, err error) {
switch t {
case Int:
return VecMaxI, SliceMaxI, MaxI, nil
case Int8:
return VecMaxI8, SliceMaxI8, MaxI8, nil
case Int16:
return VecMaxI16, SliceMaxI16, MaxI16, nil
case Int32:
return VecMaxI32, SliceMaxI32, MaxI32, nil
case Int64:
return VecMaxI64, SliceMaxI64, MaxI64, nil
case Uint:
return VecMaxU, SliceMaxU, MaxU, nil
case Uint8:
return VecMaxU8, SliceMaxU8, MaxU8, nil
case Uint16:
return VecMaxU16, SliceMaxU16, MaxU16, nil
case Uint32:
return VecMaxU32, SliceMaxU32, MaxU32, nil
case Uint64:
return VecMaxU64, SliceMaxU64, MaxU64, nil
case Float32:
return VecMaxF32, SliceMaxF32, MaxF32, nil
case Float64:
return VecMaxF64, SliceMaxF64, MaxF64, nil
default:
return nil, nil, nil, errors.Errorf("No methods found for Max for %v", t)
}
}
func MonotonicMin(t reflect.Type, a *storage.Header) (retVal interface{}, err error) {
switch t {
case Int:
retVal = SliceMinI(a.Ints())
return
case Int8:
retVal = SliceMinI8(a.Int8s())
return
case Int16:
retVal = SliceMinI16(a.Int16s())
return
case Int32:
retVal = SliceMinI32(a.Int32s())
return
case Int64:
retVal = SliceMinI64(a.Int64s())
return
case Uint:
retVal = SliceMinU(a.Uints())
return
case Uint8:
retVal = SliceMinU8(a.Uint8s())
return
case Uint16:
retVal = SliceMinU16(a.Uint16s())
return
case Uint32:
retVal = SliceMinU32(a.Uint32s())
return
case Uint64:
retVal = SliceMinU64(a.Uint64s())
return
case Float32:
retVal = SliceMinF32(a.Float32s())
return
case Float64:
retVal = SliceMinF64(a.Float64s())
return
default:
err = errors.Errorf("Cannot perform Min on %v", t)
return
}
}
func MinMethods(t reflect.Type) (firstFn, lasFn, defaultFn interface{}, err error) {
switch t {
case Int:
return VecMinI, SliceMinI, MinI, nil
case Int8:
return VecMinI8, SliceMinI8, MinI8, nil
case Int16:
return VecMinI16, SliceMinI16, MinI16, nil
case Int32:
return VecMinI32, SliceMinI32, MinI32, nil
case Int64:
return VecMinI64, SliceMinI64, MinI64, nil
case Uint:
return VecMinU, SliceMinU, MinU, nil
case Uint8:
return VecMinU8, SliceMinU8, MinU8, nil
case Uint16:
return VecMinU16, SliceMinU16, MinU16, nil
case Uint32:
return VecMinU32, SliceMinU32, MinU32, nil
case Uint64:
return VecMinU64, SliceMinU64, MinU64, nil
case Float32:
return VecMinF32, SliceMinF32, MinF32, nil
case Float64:
return VecMinF64, SliceMinF64, MinF64, nil
default:
return nil, nil, nil, errors.Errorf("No methods found for Min for %v", t)
}
}
|
