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lpython/src/runtime/lpython_intrinsic_numpy.py at main · ekMartian/lpython · GitHub
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from
lpython
import
i32
,
i64
,
f64
,
f32
,
ccall
,
vectorize
,
overload
########## sin ##########
@
ccall
def
_lfortran_dsin
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
sin
(
x
:
f64
)
->
f64
:
return
_lfortran_dsin
(
x
)
@
ccall
def
_lfortran_ssin
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
sin
(
x
:
f32
)
->
f32
:
return
_lfortran_ssin
(
x
)
########## cos ##########
@
ccall
def
_lfortran_dcos
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
cos
(
x
:
f64
)
->
f64
:
return
_lfortran_dcos
(
x
)
@
ccall
def
_lfortran_scos
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
cos
(
x
:
f32
)
->
f32
:
return
_lfortran_scos
(
x
)
########## sqrt ##########
@
overload
@
vectorize
def
sqrt
(
x
:
f64
)
->
f64
:
return
x
**
(
1
/
2
)
@
overload
@
vectorize
def
sqrt
(
x
:
f32
)
->
f32
:
return
x
**
f32
(
1
/
2
)
########## tan ##########
@
ccall
def
_lfortran_dtan
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
tan
(
x
:
f64
)
->
f64
:
return
_lfortran_dtan
(
x
)
@
ccall
def
_lfortran_stan
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
tan
(
x
:
f32
)
->
f32
:
return
_lfortran_stan
(
x
)
########## sinh ##########
@
ccall
def
_lfortran_dsinh
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
sinh
(
x
:
f64
)
->
f64
:
return
_lfortran_dsinh
(
x
)
@
ccall
def
_lfortran_ssinh
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
sinh
(
x
:
f32
)
->
f32
:
return
_lfortran_ssinh
(
x
)
########## cosh ##########
@
ccall
def
_lfortran_dcosh
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
cosh
(
x
:
f64
)
->
f64
:
return
_lfortran_dcosh
(
x
)
@
ccall
def
_lfortran_scosh
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
cosh
(
x
:
f32
)
->
f32
:
return
_lfortran_scosh
(
x
)
########## log ##########
@
ccall
def
_lfortran_dlog
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
log
(
x
:
f64
)
->
f64
:
return
_lfortran_dlog
(
x
)
@
ccall
def
_lfortran_slog
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
log
(
x
:
f32
)
->
f32
:
return
_lfortran_slog
(
x
)
########## log10 ##########
@
ccall
def
_lfortran_dlog10
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
log10
(
x
:
f64
)
->
f64
:
return
_lfortran_dlog10
(
x
)
@
ccall
def
_lfortran_slog10
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
log10
(
x
:
f32
)
->
f32
:
return
_lfortran_slog10
(
x
)
########## log2 ##########
@
overload
@
vectorize
def
log2
(
x
:
f64
)
->
f64
:
return
_lfortran_dlog
(
x
)
/
_lfortran_dlog
(
2.0
)
@
overload
@
vectorize
def
log2
(
x
:
f32
)
->
f32
:
return
f32
(
_lfortran_slog
(
x
)
/
_lfortran_slog
(
f32
(
2.0
)))
########## arcsin ##########
@
ccall
def
_lfortran_dasin
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
arcsin
(
x
:
f64
)
->
f64
:
return
_lfortran_dasin
(
x
)
@
ccall
def
_lfortran_sasin
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
arcsin
(
x
:
f32
)
->
f32
:
return
_lfortran_sasin
(
x
)
########## arccos ##########
@
ccall
def
_lfortran_dacos
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
arccos
(
x
:
f64
)
->
f64
:
return
_lfortran_dacos
(
x
)
@
ccall
def
_lfortran_sacos
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
arccos
(
x
:
f32
)
->
f32
:
return
_lfortran_sacos
(
x
)
########## tanh ##########
@
ccall
def
_lfortran_dtanh
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
tanh
(
x
:
f64
)
->
f64
:
return
_lfortran_dtanh
(
x
)
@
ccall
def
_lfortran_stanh
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
tanh
(
x
:
f32
)
->
f32
:
return
_lfortran_stanh
(
x
)
########## exp ##########
@
ccall
def
_lfortran_dexp
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
exp
(
x
:
f64
)
->
f64
:
return
_lfortran_dexp
(
x
)
@
ccall
def
_lfortran_sexp
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
exp
(
x
:
f32
)
->
f32
:
return
_lfortran_sexp
(
x
)
########## arctan ##########
@
ccall
def
_lfortran_datan
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
arctan
(
x
:
f64
)
->
f64
:
return
_lfortran_datan
(
x
)
@
ccall
def
_lfortran_satan
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
arctan
(
x
:
f32
)
->
f32
:
return
_lfortran_satan
(
x
)
########## degrees ##########
@
overload
@
vectorize
def
degrees
(
x
:
f64
)
->
f64
:
pi_64
:
Const
[
f64
]
=
f64
(
3.141592653589793238462643383279502884197
)
return
x
*
180.0
/
pi_64
@
overload
@
vectorize
def
degrees
(
x
:
f32
)
->
f32
:
pi_32
:
Const
[
f32
]
=
f32
(
3.141592653589793238462643383279502884197
)
return
x
*
f32
(
f32
(
180
)
/
pi_32
)
########## radians ##########
@
overload
@
vectorize
def
radians
(
x
:
f64
)
->
f64
:
pi_64
:
Const
[
f64
]
=
f64
(
3.141592653589793238462643383279502884197
)
return
x
*
pi_64
/
180.0
@
overload
@
vectorize
def
radians
(
x
:
f32
)
->
f32
:
pi_32
:
Const
[
f32
]
=
f32
(
3.141592653589793238462643383279502884197
)
return
x
*
f32
(
pi_32
/
f32
(
180
))
########## arcsinh ##########
@
ccall
def
_lfortran_dasinh
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
arcsinh
(
x
:
f64
)
->
f64
:
return
_lfortran_dasinh
(
x
)
@
ccall
def
_lfortran_sasinh
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
arcsinh
(
x
:
f32
)
->
f32
:
return
_lfortran_sasinh
(
x
)
########## arccosh ##########
@
ccall
def
_lfortran_dacosh
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
arccosh
(
x
:
f64
)
->
f64
:
return
_lfortran_dacosh
(
x
)
@
ccall
def
_lfortran_sacosh
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
arccosh
(
x
:
f32
)
->
f32
:
return
_lfortran_sacosh
(
x
)
########## arctanh ##########
@
ccall
def
_lfortran_datanh
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
arctanh
(
x
:
f64
)
->
f64
:
return
_lfortran_datanh
(
x
)
@
ccall
def
_lfortran_satanh
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
arctanh
(
x
:
f32
)
->
f32
:
return
_lfortran_satanh
(
x
)
########## mod ##########
@
overload
@
vectorize
def
mod
(
x1
:
i64
,
x2
:
i64
)
->
i64
:
if
x2
==
i64
(
0
):
return
int
(
0
)
return
x1
%
x2
@
overload
@
vectorize
def
mod
(
x1
:
i32
,
x2
:
i32
)
->
i32
:
if
x2
==
0
:
return
0
return
x1
%
x2
########## floor ##########
@
overload
@
vectorize
def
floor
(
x
:
f64
)
->
f64
:
result
:
i64
result
=
int
(
x
)
if
x
>=
f64
(
0
)
or
x
==
f64
(
result
):
return
float
(
result
)
return
float
(
result
-
i64
(
1
))
@
overload
@
vectorize
def
floor
(
x
:
f32
)
->
f32
:
resultf
:
f32
=
f32
(
i32
(
x
))
if
x
>=
f32
(
0
)
or
x
==
resultf
:
return
resultf
return
resultf
-
f32
(
1
)
########## ceil ##########
@
overload
@
vectorize
def
ceil
(
x
:
f64
)
->
f64
:
result
:
i64
result
=
int
(
x
)
if
x
<=
f64
(
0
)
or
x
==
f64
(
result
):
return
float
(
result
)
return
float
(
result
+
i64
(
1
))
@
overload
@
vectorize
def
ceil
(
x
:
f32
)
->
f32
:
resultf
:
f32
=
f32
(
i32
(
x
))
if
x
<=
f32
(
0
)
or
x
==
resultf
:
return
resultf
return
resultf
+
f32
(
1
)
########## hypot ##########
@
overload
@
vectorize
def
hypot
(
x
:
f64
,
y
:
f64
)
->
f64
:
return
sqrt
(
f64
(
1.0
)
*
f64
(
x
**
f64
(
2
)
+
y
**
f64
(
2
)))
@
overload
@
vectorize
def
hypot
(
x
:
f32
,
y
:
f32
)
->
f32
:
return
sqrt
(
f32
(
1
)
*
(
x
**
f32
(
2
)
+
y
**
f32
(
2
)))
########## trunc ##########
@
ccall
def
_lfortran_dtrunc
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
trunc
(
x
:
f64
)
->
f64
:
return
_lfortran_dtrunc
(
x
)
@
ccall
def
_lfortran_strunc
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
trunc
(
x
:
f32
)
->
f32
:
return
_lfortran_strunc
(
x
)
########## fix ##########
@
ccall
def
_lfortran_dfix
(
x
:
f64
)
->
f64
:
pass
@
overload
@
vectorize
def
fix
(
x
:
f64
)
->
f64
:
return
_lfortran_dfix
(
x
)
@
ccall
def
_lfortran_sfix
(
x
:
f32
)
->
f32
:
pass
@
overload
@
vectorize
def
fix
(
x
:
f32
)
->
f32
:
return
_lfortran_sfix
(
x
)
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