adc_types.py File Reference

Classes
class	adctk.adc_types.ScalarType
	field types for scientific data encode/decode with json. More...
class	adctk.adc_types.KeyType
	The builder type (section or map value) or unknown. More...
class	adctk.adc_types.Field
	Field details indicate how to handle a data returned from builder lookups. More...

Namespaces
namespace	adctk
	!
namespace	adctk.adc_types

Functions
bool	adctk.adc_types.is_string_type (ScalarType st)
	return True if st is of the single string subclassifications
str	adctk.adc_types.scalar_to_json (ScalarType st, array_type=False)
	adctk.adc_types.scalar_from_json (str name, strict=False)
	convert json type string used in add functions to ScalarType
	adctk.adc_types.scalar_from_numpy (numpy.dtype dt)
	convert numpy dtype to adc scalar type
ScalarType	adctk.adc_types.get_common_scalar (list|tuple|collections.abc.Set slt, int depth, list[int] maxdepth)
	get the common scalar type from a possibly nested tuple/set/list
numpy.ndarray	adctk.adc_types.forsplitcomplex (numpy.ndarray a)
numpy.ndarray	adctk.adc_types.csplitcomplex (numpy.ndarray a)
	adctk.adc_types.get_list_format_numpy (numpy.ndarray a)
	build a nested list out of numpy array, accounting for int must fit in int64 or be string encoded and accounting for complex numbers.
	adctk.adc_types.get_list_format (list|tuple|collections.abc.Set|numpy.ndarray slt, ScalarType st=None)
	build a nested list out of homogeneous python or numpy nest
	adctk.adc_types.typecode_to_scalar (array.array v)
	adctk.adc_types.type_to_scalar (type t, value=None)
	convert python type to ScalarType numpy array types are supported if value is given.
bool	adctk.adc_types.fits_int64 (int v)
bool	adctk.adc_types.fits_uint64 (int v)

Variables
int	adctk.adc_types.ADC_SUPPORT_GPU_FLOATS = 0
	Set to 1 if 8/16 bit float types for gpus are supported.
int	adctk.adc_types.ADC_SUPPORT_EXTENDED_FLOATS = 1
	Set to 1 if 80 bit floats for cpus are supported.
int	adctk.adc_types.ADC_SUPPORT_QUAD_FLOATS = 0
	Set to 1 if 128 bit floats for cpus are supported.