Enum n5::DataType
[−]
[src]
pub enum DataType {
UINT8,
UINT16,
UINT32,
UINT64,
INT8,
INT16,
INT32,
INT64,
FLOAT32,
FLOAT64,
}Variants
UINT8UINT16UINT32UINT64INT8INT16INT32INT64FLOAT32FLOAT64
Trait Implementations
impl PartialEq for DataType[src]
fn eq(&self, __arg_0: &DataType) -> bool[src]
This method tests for self and other values to be equal, and is used by ==. Read more
fn ne(&self, other: &Rhs) -> bool1.0.0[src]
This method tests for !=.
impl Debug for DataType[src]
impl TypeReflection<u8> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<u8>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u8>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u8>>>>
impl TypeReflection<u16> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<u16>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u16>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u16>>>>
impl TypeReflection<u32> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<u32>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u32>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u32>>>>
impl TypeReflection<u64> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<u64>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u64>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<u64>>>>
impl TypeReflection<i8> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<i8>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i8>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i8>>>>
impl TypeReflection<i16> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<i16>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i16>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i16>>>>
impl TypeReflection<i32> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<i32>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i32>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i32>>>>
impl TypeReflection<i64> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<i64>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i64>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<i64>>>>
impl TypeReflection<f32> for DataType[src]
fn get_type_variant() -> DataType[src]
impl DataBlockCreator<Vec<f32>> for DataType[src]
fn create_data_block(
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<f32>>>>[src]
&self,
block_size: Vec<i32>,
grid_position: Vec<i64>,
num_el: usize
) -> Option<Box<DataBlock<Vec<f32>>>>