Link Search Menu Expand Document
enuSpace Manual

TTest

Ensor.TTest(Ensor* pEnsor, Ensor* pEnsor2, int tail, int type)

Parameters

  • Ensor* pEnsor1 Ensor.new() 함수등에 의해 만들어진 포인터를 입력합니다(first data). *Ensor* pEnsor2 Ensor.new() 함수등에 의해 만들어진 포인터를 입력합니다(second data). *int tail tail = 1 : one tailed tail = 2 : two tailed *int type type = 1 : Paired type = 2 : Two-sample equal variance (homoscedastic). type = 3 : Two-sample unequal variance (heteroscedastic)

Return Value

Ensor* pRetEnsor : TTest 결과를 가진 Ensor*를 반환합니다.

Remarks

Returns the two-tailed Student’s t-distribution.

Examples1

function MathEquation()
	local ensor_x = ensor.new("{3,4,5,8,9,1,2,4,5}")
		local ensor_x2 = ensor.new("{6,19,3,2,14,4,5,17,1}")
	local ensor_y = ensor.TTest(ensor_x,ensor_x2,2,1)
	ensor.Table(ensor_y)

end

Result1

Examples2

function MathEquation()
	local ensor_x = ensor.new("{13,17,19,11,20,15,18,9,12,16}")
		local ensor_x2 = ensor.new("{12,8,6,16,12,14,10,18,4,11}")
	local ensor_y = ensor.TTest(ensor_x,ensor_x2,2,2)
	ensor.Table(ensor_y)
end

Result2

Examples3

function MathEquation()
	local ensor_x = ensor.new("{20,32,2,25,5,18,21,7,28,40}")
		local ensor_x2 = ensor.new("{12,8,6,16,12,14,10,18,4,11}")
	local ensor_y = ensor.TTest(ensor_x,ensor_x2,2,3)
	ensor.Table(ensor_y)

end

Result3