# *******************************************************************************
#
# Copyright (c) 2021 David Briant. All rights reserved.
#
# *******************************************************************************
from coppertop.std.structs import tvstruct as _tvstruct
from bones.core.metatypes import BTAtom
from bones.core.types import num, N, tv
adhoc = BTAtom.define('adhoc').setConstructor(_tvstruct)
agg = BTAtom.define('agg').setConstructor(_tvstruct)
ellipsis = type(...)
TBT = BTAtom.define(
'TBT') # temporary type to allow 'fred' >> box | pystr - aka to be types
void = BTAtom.define(
'void'
) # nothing returned on the stack from this function (should not be assignable)
# NB a 1x1 matrix is assumed to be a scalar, e.g. https://en.wikipedia.org/wiki/Dot_product#Algebraic_definition
vec = (N**num) # N**num is common so don't name it
matrix = (N**N**num).nameAs('matrix').setNonExclusive
colvec = matrix['colvec'].setNonExclusive
rowvec = matrix['rowvec'].setNonExclusive
I = BTAtom.define('I')
square = BTAtom.define('square')
right = BTAtom.define('right')
#
# Copyright (c) 2021 David Briant. All rights reserved.
#
# *******************************************************************************
import sys
if hasattr(sys, '_TRACE_IMPORTS') and sys._TRACE_IMPORTS: print(__name__)
from bones.core.metatypes import BTAtom as _BTAtom, BType as _BType, weaken as _weaken
_Void = sys._VOID
_ProgrammerError = sys._ProgrammerError
_Missing = sys._Missing
__all__ = []
i8 = _BTAtom.define('i8').setExclusive
u8 = _BTAtom.define('u8').setExclusive
i16 = _BTAtom.define('i16').setExclusive
u16 = _BTAtom.define('u16').setExclusive
i32 = _BTAtom.define('i32').setExclusive
u32 = _BTAtom.define('u32').setExclusive
i64 = _BTAtom.define('i64').setExclusive
u64 = _BTAtom.define('u64').setExclusive
f32 = _BTAtom.define('f32').setExclusive
f64 = _BTAtom.define('f64').setExclusive
T = _BType('T')
for i in range(1, 21):
t = T.ensure(_BType(f'{i}'))
locals()[t.name] = t
for o in range(26):