dotProduct[[1]]

Functions
template<domain D :shared3p >
D uint8	dotProduct (D uint8[[1]] x, D uint8[[1]] y)
template<domain D :shared3p >
D uint16	dotProduct (D uint16[[1]] x, D uint16[[1]] y)
template<domain D :shared3p >
D uint32	dotProduct (D uint32[[1]] x, D uint32[[1]] y)
template<domain D :shared3p >
D uint	dotProduct (D uint[[1]] x, D uint[[1]] y)
template<domain D :shared3p >
D int8	dotProduct (D int8[[1]] x, D int8[[1]] y)
template<domain D :shared3p >
D int16	dotProduct (D int16[[1]] x, D int16[[1]] y)
template<domain D :shared3p >
D int32	dotProduct (D int32[[1]] x, D int32[[1]] y)
template<domain D :shared3p >
D int	dotProduct (D int[[1]] x, D int[[1]] y)
template<domain D :shared3p >
D float32	dotProduct (D float32[[1]] x, D float32[[1]] y)
template<domain D :shared3p >
D float64	dotProduct (D float64[[1]] x, D float64[[1]] y)

Detailed Description

Function for finding the dot product of two vectors.

Note

D - shared3p domain

Supported types - uint8 / uint16 / uint32 / uint / int8 / int16 / int32 / int / float32 / float64

Parameters

x,y	- input vectors

Returns

returns a scalar with the dot product of the two input vectors

Leakage

None

Function Documentation

dotProduct() [1/10]

D float32 dotProduct	(	D float32[[1]]	x,
		D float32[[1]]	y
	)

dotProduct() [2/10]

D float64 dotProduct	(	D float64[[1]]	x,
		D float64[[1]]	y
	)

dotProduct() [3/10]

D int16 dotProduct	(	D int16[[1]]	x,
		D int16[[1]]	y
	)

dotProduct() [4/10]

D int32 dotProduct	(	D int32[[1]]	x,
		D int32[[1]]	y
	)

dotProduct() [5/10]

D int8 dotProduct	(	D int8[[1]]	x,
		D int8[[1]]	y
	)

dotProduct() [6/10]

D int dotProduct	(	D int[[1]]	x,
		D int[[1]]	y
	)

dotProduct() [7/10]

D uint16 dotProduct	(	D uint16[[1]]	x,
		D uint16[[1]]	y
	)

dotProduct() [8/10]

D uint32 dotProduct	(	D uint32[[1]]	x,
		D uint32[[1]]	y
	)

dotProduct() [9/10]

D uint8 dotProduct	(	D uint8[[1]]	x,
		D uint8[[1]]	y
	)

dotProduct() [10/10]

D uint dotProduct	(	D uint[[1]]	x,
		D uint[[1]]	y
	)