[−][src]Trait arrayfire::HasAfEnum

pub trait HasAfEnum {
    type InType;
    type BaseType;
    type AbsOutType;
    type ArgOutType;
    type UnaryOutType;
    type ComplexOutType;
    type MeanOutType;
    type AggregateOutType;
    type SobelOutType;
    fn get_af_dtype() -> DType;
}

Types of the data that can be generated using ArrayFire data generation functions.

The trait HasAfEnum has been defined internally for the following types. We strongly suggest not to implement this trait in your program for user defined types because ArrayFire functions will only work for the following data types currently. Any such trait implementation for types other than the ones listed below will result in undefined behavior.

f32
f64
num::Complex<f32>
num::Complex<f64>
bool
i32
u32
u8
i64
u64
i16
u16

Associated Types

`type InType`

This type alias points to Self always.

`type BaseType`

This type alias points to the data type used to hold real part of a complex number. For real valued numbers, this points to Self.

`type AbsOutType`

This type alias points to f32 for all 32 bit size types and f64 for larger 64-bit size types.

`type ArgOutType`

This type alias points to f64/f32 for floating point types and Self otherwise.

`type UnaryOutType`

This type alias is used to define the output Array type for unary operations. It points to Self for floating point types, either real or complex. It points to f32 for rest of the input types.

`type ComplexOutType`

This type alias points to complex type created from a given input type. This alias always points to either std::Complex<f32> or std::Complex<f64>

`type MeanOutType`

This type alias points to a data type that can store the mean value for a given input type. This alias points to f32/Complex<f32> for all 32 bit size types and f64/Complex<f64> for larger 64-bit size types.

`type AggregateOutType`

This type alias points to a data type that can store the result of aggregation of set of values for a given input type. Aggregate type alias points to below types for given input types:

Self for input types: Complex<64>, Complex<f32>, f64, f32, i64, u64
f32 for input types: bool
u32 for input types: u8
i32 for input types: i16
u32 for input types: u16
i32 for input types: i32
u32 for input types: u32

`type SobelOutType`

This type alias points to the output type for given input type of sobel filter operation. Sobel filter output alias points to below types for given input types:

f32 for input types: Complex<f32>, f32
f64 for input types: Complex<f64>, f64
i32 for input types: bool, u8, i16, u16, i32, u32
i64 for input types: i64, u64

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Required methods

`fn get_af_dtype() -> DType`

Return trait implmentors corresponding DType

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Implementations on Foreign Types

`impl HasAfEnum for Complex<f32>`[src]

`type InType = Self`

`type BaseType = f32`

`type AbsOutType = f32`

`type ArgOutType = f32`

`type UnaryOutType = Self`

`type ComplexOutType = Self`

`type MeanOutType = Self`

`type AggregateOutType = Self`

`type SobelOutType = Self`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for Complex<f64>`[src]

`type InType = Self`

`type BaseType = f64`

`type AbsOutType = f64`

`type ArgOutType = f64`

`type UnaryOutType = Self`

`type ComplexOutType = Self`

`type MeanOutType = Self`

`type AggregateOutType = Self`

`type SobelOutType = Self`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for f32`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f32`

`type ArgOutType = f32`

`type UnaryOutType = Self`

`type ComplexOutType = Complex<f32>`

`type MeanOutType = Self`

`type AggregateOutType = Self`

`type SobelOutType = Self`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for f64`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f64`

`type ArgOutType = f64`

`type UnaryOutType = Self`

`type ComplexOutType = Complex<f64>`

`type MeanOutType = Self`

`type AggregateOutType = Self`

`type SobelOutType = Self`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for bool`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f32`

`type ArgOutType = bool`

`type UnaryOutType = f32`

`type ComplexOutType = Complex<f32>`

`type MeanOutType = f32`

`type AggregateOutType = u32`

`type SobelOutType = i32`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for u8`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f32`

`type ArgOutType = u8`

`type UnaryOutType = f32`

`type ComplexOutType = Complex<f32>`

`type MeanOutType = f32`

`type AggregateOutType = u32`

`type SobelOutType = i32`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for i16`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f32`

`type ArgOutType = i16`

`type UnaryOutType = f32`

`type ComplexOutType = Complex<f32>`

`type MeanOutType = f32`

`type AggregateOutType = i32`

`type SobelOutType = i32`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for u16`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f32`

`type ArgOutType = u16`

`type UnaryOutType = f32`

`type ComplexOutType = Complex<f32>`

`type MeanOutType = f32`

`type AggregateOutType = u32`

`type SobelOutType = i32`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for i32`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f32`

`type ArgOutType = i32`

`type UnaryOutType = f32`

`type ComplexOutType = Complex<f32>`

`type MeanOutType = f32`

`type AggregateOutType = i32`

`type SobelOutType = i32`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for u32`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f32`

`type ArgOutType = u32`

`type UnaryOutType = f32`

`type ComplexOutType = Complex<f32>`

`type MeanOutType = f32`

`type AggregateOutType = u32`

`type SobelOutType = i32`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for i64`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f64`

`type ArgOutType = i64`

`type UnaryOutType = f64`

`type ComplexOutType = Complex<f64>`

`type MeanOutType = f64`

`type AggregateOutType = Self`

`type SobelOutType = i64`

`fn get_af_dtype() -> DType`[src]

`impl HasAfEnum for u64`[src]

`type InType = Self`

`type BaseType = Self`

`type AbsOutType = f64`

`type ArgOutType = u64`

`type UnaryOutType = f64`

`type ComplexOutType = Complex<f64>`

`type MeanOutType = f64`

`type AggregateOutType = Self`

`type SobelOutType = i64`

`fn get_af_dtype() -> DType`[src]

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Implementors

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