Interpolation_UnitTestResults

Overview

Unit Test Information
Module Definitions
Variable Range
BilinearXYM_s16_u16Xs16YM_Cnt
BilinearXYM_s16_u16Xs16YM_Cnt P
BilinearXYM_s16_u16Xs16YM_Cnt B
BilinearXYM_u16_u16Xu16YM_Cnt
BilinearXYM_u16_u16Xu16YM_Cnt P
BilinearXYM_u16_u16Xu16YM_Cnt B
BilinearXMYM_u16_u16XMu16YM_Cnt
BilinearXMYM_u16_u16XMu16YM_C P
BilinearXMYM_u16_u16XMu16YM_C B
BilinearXMYM_s16_u16XMs16YM_Cnt
BilinearXMYM_s16_u16XMs16YM_C P
BilinearXMYM_s16_u16XMs16YM_C B
BilinearXMYM_s16_s16XMs16YM_Cnt
BilinearXMYM_s16_s16XMs16YM_C P
BilinearXMYM_s16_s16XMs16YM_C B
IntplVarXY_u16_u16Xu16Y_Cnt
IntplVarXY_u16_u16Xu16Y_Cnt() P
IntplVarXY_u16_u16Xu16Y_Cnt() B
IntplVarXY_u16_s16Xu16Y_Cnt
IntplVarXY_u16_s16Xu16Y_Cnt() P
IntplVarXY_u16_s16Xu16Y_Cnt() B
IntplVarXY_s16_s16Xs16Y_Cnt
IntplVarXY_s16_s16Xs16Y_Cnt() P
IntplVarXY_s16_s16Xs16Y_Cnt() B
IntplVarXY_s16_u16Xs16Y_Cnt
IntplVarXY_s16_u16Xs16Y_Cnt() P
IntplVarXY_s16_u16Xs16Y_Cnt() B
IntplFxdX_u16_u16Xu16Y_Cnt
IntplFxdX_u16_u16Xu16Y_Cnt() P
IntplFxdX_u16_u16Xu16Y_Cnt() B
IntplFxdX_u16_s16Xu16Y_Cnt
IntplFxdX_u16_s16Xu16Y_Cnt() P
IntplFxdX_u16_s16Xu16Y_Cnt() B
IntplFxdX_s16_s16Xs16Y_Cnt
IntplFxdX_s16_s16Xs16Y_Cnt() P
IntplFxdX_s16_s16Xs16Y_Cnt() B
IntplFxdX_s16_u16Xs16Y_Cnt
IntplFxdX_s16_u16Xs16Y_Cnt() P
IntplFxdX_s16_u16Xs16Y_Cnt() B

Sheet 1: Unit Test Information

1.0a



Nexteer EPS Unit Test Tool

Rev:2.7b


Name of Tester:	Rajsi Tyagi		Source files to be added to the .pjt file Must include path from 'Source Code Directory' setting on the Unit Test Tool Options dialog Include Files:
Code File(s) Under Test:	interpolation.c
Code File(s) Version:	8
Module Design Document:	Interpolation_Design_MDD.doc
Module Design Document Version:	1
Unit Test Plan Version:	1
Optimization Level:	Level 2
Compiler (CodeGen) Version:	TMS470_4.9.2
Model Type:	Excel Macro
Model Version:	1
Special Test Requirements:
Test Date:	5/22/2012
Comments:	NOTE1: Coverage is not 100% in IntplVarXY_u16_u16Xu16Y_Cnt,IntplVarXY_u16_s16Xu16Y_Cnt , IntplFxdX_u16_u16Xu16Y_Cnt ,IntplFxdX_u16_s16Xu16Y_Cnt ,IntplFxdX_s16_u16Xs16Y_Cnt function due to FPM_Fix_m macro. NOTE2:In IntplVarXY_u16_u16Xu16Y_Cnt, IntplVarXY_u16_s16Xu16Y_Cnt, IntplVarXY_s16_s16Xs16Y_Cnt, IntplVarXY_s16_u16Xs16Y_Cnt function , (diffX == 0)=TRUE condition can not be covered.
Index of Tests:
Test Set up	Test Worksheets	Test Status	Run TS
BilinearXYM_s16_u16Xs16YM_Cnt	BilinearXYM_s16_u16Xs16YM_Cnt B	--	--	21
7	BilinearXYM_s16_u16Xs16YM_Cnt P	--	--	7

BilinearXYM_u16_u16Xu16YM_Cnt	BilinearXYM_u16_u16Xu16YM_Cnt B	--	--	19
9	BilinearXYM_u16_u16Xu16YM_Cnt P	--	--	9

BilinearXMYM_u16_u16XMu16YM_Cnt	BilinearXMYM_u16_u16XMu16YM_C B	--	--	19
10	BilinearXMYM_u16_u16XMu16YM_C P	--	--	10

BilinearXMYM_s16_u16XMs16YM_Cnt	BilinearXMYM_s16_u16XMs16YM_C B	--	--	21
11	BilinearXMYM_s16_u16XMs16YM_C P	--	--	11

BilinearXMYM_s16_s16XMs16YM_Cnt	BilinearXMYM_s16_s16XMs16YM_C B	--	--	25
9	BilinearXMYM_s16_s16XMs16YM_C P	--	--	9

IntplVarXY_u16_u16Xu16Y_Cnt	IntplVarXY_u16_u16Xu16Y_Cnt() B	--	--	12
3	IntplVarXY_u16_u16Xu16Y_Cnt() P	--	--	3

IntplVarXY_u16_s16Xu16Y_Cnt	IntplVarXY_u16_s16Xu16Y_Cnt() B	--	--	16
3	IntplVarXY_u16_s16Xu16Y_Cnt() P	--	--	3

IntplVarXY_s16_s16Xs16Y_Cnt	IntplVarXY_s16_s16Xs16Y_Cnt() B	--	--	18
3	IntplVarXY_s16_s16Xs16Y_Cnt() P	--	--	3

IntplVarXY_s16_u16Xs16Y_Cnt	IntplVarXY_s16_u16Xs16Y_Cnt() B	--	--	14
3	IntplVarXY_s16_u16Xs16Y_Cnt() P	--	--	3

IntplFxdX_u16_u16Xu16Y_Cnt	IntplFxdX_u16_u16Xu16Y_Cnt() B	--	--	12
4	IntplFxdX_u16_u16Xu16Y_Cnt() P	--	--	4

IntplFxdX_u16_s16Xu16Y_Cnt	IntplFxdX_u16_s16Xu16Y_Cnt() B	--	--	16
4	IntplFxdX_u16_s16Xu16Y_Cnt() P	--	--	4

IntplFxdX_s16_s16Xs16Y_Cnt	IntplFxdX_s16_s16Xs16Y_Cnt() B	--	--	18
4	IntplFxdX_s16_s16Xs16Y_Cnt() P	--	--	4

IntplFxdX_s16_u16Xs16Y_Cnt	IntplFxdX_s16_u16Xs16Y_Cnt() B	--	--	14
4	IntplFxdX_s16_u16Xs16Y_Cnt() P	--	--	4

Sheet 2: Module Definitions





Nexteer EPS Unit Test Tool

Rev:2.7b

Module Definitions
Module Test Functions			Module Set/Read Variables				Module Function Stubs
Return Type	Name	Parameter Prototype	Scope	Type	Name	Default Value	Return Type	Name	Parameter Prototype
sint16	BilinearXYM_s16_u16Xs16YM_Cnt	(uint16 BS1, uint16 input1, uint16 BSsize1, uint16 Xsize1)	G	uint16	BilinearXYM_s16_u16Xs16YM_Cnt_BSTbl[3]
uint16	BilinearXYM_u16_u16Xu16YM_Cnt	(uint16 BS2, uint16 input2, uint16 BSsize2, uint16 Xsize2)	G	uint16	BilinearXYM_s16_u16Xs16YM_Cnt_XTbl[3]
uint16	BilinearXMYM_u16_u16XMu16YM_Cnt	(uint16 BS3, uint16 input3, uint16 BSsize3, uint16 Xsize3)	G	sint16	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl1[3]
sint16	BilinearXMYM_s16_u16XMs16YM_Cnt	(uint16 BS4, uint16 input4, uint16 BSsize4, uint16 Xsize4)	G	sint16	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl2[3]
sint16	BilinearXMYM_s16_s16XMs16YM_Cnt	(uint16 BS5, sint16 input5, uint16 BSsize5, uint16 Xsize5)	G	sint16	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl3[3]
uint16	IntplVarXY_u16_u16Xu16Y_Cnt	(uint16 Size6, uint16 input6)	G	uint16	BilinearXYM_u16_u16Xu16YM_Cnt_BSTbl[3]
uint16	IntplVarXY_u16_s16Xu16Y_Cnt	(uint16 Size7, sint16 input7)	G	uint16	BilinearXYM_u16_u16Xu16YM_Cnt_XTbl[3]
sint16	IntplVarXY_s16_s16Xs16Y_Cnt	(uint16 Size8, sint16 input8)	G	uint16	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl1[3]
sint16	IntplVarXY_s16_u16Xs16Y_Cnt	(uint16 Size9, uint16 input9)	G	uint16	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl2[3]
uint16	IntplFxdX_u16_u16Xu16Y_Cnt	(uint16 DeltaX10, uint16 Size10, uint16 input10)	G	uint16	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl3[3]
uint16	IntplFxdX_u16_s16Xu16Y_Cnt	(sint16 DeltaX11, uint16 Size11, sint16 input11)	G	uint16	BilinearXMYM_u16_u16XMu16YM_Cnt_BSTbl[3]
sint16	IntplFxdX_s16_s16Xs16Y_Cnt	(sint16 DeltaX12, uint16 Size12, sint16 input12)	G	uint16	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl1[3]
sint16	IntplFxdX_s16_u16Xs16Y_Cnt	(uint16 DeltaX13, uint16 Size13, uint16 input13)	G	uint16	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl2[3]
			G	uint16	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl3[3]
			G	uint16	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl1[3]
			G	uint16	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl2[3]
			G	uint16	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl3[3]
			G	uint16	BilinearXMYM_s16_u16XMs16YM_Cnt_BSTbl[3]
			G	uint16	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl1[3]
			G	uint16	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl2[3]
			G	uint16	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl3[3]
			G	sint16	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl1[3]
			G	sint16	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl2[3]
			G	sint16	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl3[3]
			G	uint16	BilinearXMYM_s16_s16XMs16YM_Cnt_BSTbl[3]
			G	sint16	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl1[3]
			G	sint16	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl2[3]
			G	sint16	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl3[3]
			G	sint16	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl1[3]
			G	sint16	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl2[3]
			G	sint16	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl3[3]
			G	uint16	IntplVarXY_u16_u16Xu16Y_Cnt_TableX[4]
			G	uint16	IntplVarXY_u16_u16Xu16Y_Cnt_TableY[4]
			G	sint16	IntplVarXY_u16_s16Xu16Y_Cnt_TableX[3]
			G	uint16	IntplVarXY_u16_s16Xu16Y_Cnt_TableY[3]
			G	sint16	IntplVarXY_s16_s16Xs16Y_Cnt_TableX[3]
			G	sint16	IntplVarXY_s16_s16Xs16Y_Cnt_TableY[3]
			G	uint16	IntplVarXY_s16_u16Xs16Y_Cnt_TableX[3]
			G	sint16	IntplVarXY_s16_u16Xs16Y_Cnt_TableY[3]
			G	uint16	IntplFxdX_u16_u16Xu16Y_Cnt_TableY[3]
			G	uint16	IntplFxdX_u16_s16Xu16Y_Cnt_TableY[3]
			G	sint16	IntplFxdX_s16_s16Xs16Y_Cnt_TableY[3]
			G	sint16	IntplFxdX_s16_u16Xs16Y_Cnt_TableY[3]

Sheet 3: Variable Range





Nexteer EPS Unit Test Tool

Rev:2.7b


Variable Range Definitions
Variable Name	Max Value	Min Value
BilinearXYM_s16_u16Xs16YM_Cnt_BSTbl[3]
BilinearXYM_s16_u16Xs16YM_Cnt_XTbl[3]
BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl1[3]
BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl2[3]
BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl3[3]
BilinearXYM_u16_u16Xu16YM_Cnt_BSTbl[3]
BilinearXYM_u16_u16Xu16YM_Cnt_XTbl[3]
BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl1[3]
BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl2[3]
BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl3[3]
BilinearXMYM_u16_u16XMu16YM_Cnt_BSTbl[3]
BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl1[3]
BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl2[3]
BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl3[3]
BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl1[3]
BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl2[3]
BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl3[3]
BilinearXMYM_s16_u16XMs16YM_Cnt_BSTbl[3]
BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl1[3]
BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl2[3]
BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl3[3]
BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl1[3]
BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl2[3]
BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl3[3]
BilinearXMYM_s16_s16XMs16YM_Cnt_BSTbl[3]
BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl1[3]
BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl2[3]
BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl3[3]
BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl1[3]
BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl2[3]
BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl3[3]
IntplVarXY_u16_u16Xu16Y_Cnt_TableX[4]
IntplVarXY_u16_u16Xu16Y_Cnt_TableY[4]
IntplVarXY_u16_s16Xu16Y_Cnt_TableX[3]
IntplVarXY_u16_s16Xu16Y_Cnt_TableY[3]
IntplVarXY_s16_s16Xs16Y_Cnt_TableX[3]
IntplVarXY_s16_s16Xs16Y_Cnt_TableY[3]
IntplVarXY_s16_u16Xs16Y_Cnt_TableX[3]
IntplVarXY_s16_u16Xs16Y_Cnt_TableY[3]
IntplFxdX_u16_u16Xu16Y_Cnt_TableY[3]
IntplFxdX_u16_s16Xu16Y_Cnt_TableY[3]
IntplFxdX_s16_s16Xs16Y_Cnt_TableY[3]
IntplFxdX_s16_u16Xs16Y_Cnt_TableY[3]

Sheet 4: BilinearXYM_s16_u16Xs16YM_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
BilinearXYM_s16_u16Xs16YM_Cnt	B	21	BilinearXYM_s16_u16Xs16YM_Cnt_BSTbl[3]
BilinearXYM_s16_u16Xs16YM_Cnt	P	7	BilinearXYM_s16_u16Xs16YM_Cnt_XTbl[3]
			BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl1[3]
			BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl2[3]
			BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl3[3]

Sheet 5: BilinearXYM_s16_u16Xs16YM_Cnt P

BilinearXYM_s16_u16Xs16YM_Cnt		TS	--
P		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS1	input1	BSsize1	Xsize1	BilinearXYM_s16_u16Xs16YM_Cnt_BSTbl[3]	BilinearXYM_s16_u16Xs16YM_Cnt_XTbl[3]	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl1[3]	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl2[3]	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl3[3]	BilinearXYM_s16_u16Xs16YM_Cnt	BilinearXYM_s16_u16Xs16YM_Cnt	P/F	CPU Cycles
1	(BS <= BSTbl[0]) = True and (input <= XTbl[0])=False and (input >= XTbl[Xsize-1])=True and ((sint32)(Denominator_f32) == 0)=True and (Output_f32>=0)=False	0	5645	3	3	7432 , 7432 , 7432	2222 ,2222 ,2222	-12345, -12345 , -12345	-6459, -6459 ,-6459	4232, 4232 ,4232	--	-12345	--
2	(BS <= BSTbl[0]) = False and (BS >= BSTbl[BSsize-1])=True and ((BSTbl[BSindex] == BSTbl[BSindex+1] = True && (BSindex > 0))) = True and ((BSTbl[BSindex] == BSTbl[BSindex+1] = True && (BSindex > 0)))=False	65535	8678	3	3	26327 , 26327 ,26327	4633 , 4633 ,4633	-2637, -2637 ,-2637	4232, 4232 ,4232	2521 , 2521 ,2521	--	-2637	--
3	(input <= XTbl[0])=True and (Output_f32>=0)=True	1000	3453	3	3	37382 , 37382 , 37382	6478 , 6478 ,6478	8546, 8546 ,8546	2521 , 2521 ,2521	1312 , 1312 ,1312	--	8546	--
4	(BS >= BSTbl[BSsize-1])=False and ( BSTbl[BSindex+1] < BS )=True and ( BSTbl[BSindex+1] < BS )=False	65530	8678	3	3	26327 , 26327 ,65531	4633 , 4633 ,4633	-2637, -2637 ,-2637	4232, 4232 ,4232	2521 , 2521 ,2521	--	4232	--
5	((BSTbl[BSindex] == BSTbl[BSindex+1] = False&& (BSindex > 0)))	65530	8678	3	3	26327 , 26327 ,65529	4633 , 4633 ,4633	-2637, -2637 ,-2637	4232, 4232 ,4232	2521 , 2521 ,2521	--	4232	--
6	(input >= XTbl[Xsize-1])=False and ( XTbl[Xindex+1] < input )=True and ( XTbl[Xindex+1] < input )=False	0	5645	3	3	7432 , 7432 , 7432	2222 ,2222 ,5646	-12345, -12345 , -12345	-6459, -6459 ,-6459	4232, 4232 ,4232	--	-12345	--
7	((sint32)(Denominator_f32) == 0)=False	0	5645	3	3	7430 , 7432 , 7432	2222 ,2220 ,2222	-12345, -12345 , -12345	-6459, -6459 ,-6459	4232, 4232 ,4232	--	-12345	--

Sheet 6: BilinearXYM_s16_u16Xs16YM_Cnt B

BilinearXYM_s16_u16Xs16YM_Cnt		TS	--
B		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS1	input1	BSsize1	Xsize1	BilinearXYM_s16_u16Xs16YM_Cnt_BSTbl[3]	BilinearXYM_s16_u16Xs16YM_Cnt_XTbl[3]	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl1[3]	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl2[3]	BilinearXYM_s16_u16Xs16YM_Cnt_YMTbl3[3]	BilinearXYM_s16_u16Xs16YM_Cnt	BilinearXYM_s16_u16Xs16YM_Cnt	P/F	CPU Cycles
1	param 1 min	0	5645	3	3	7432 , 7432 , 7432	2222 ,2222 ,2222	-12345, -12345 , -12345	-6459, -6459 ,-6459	4232, 4232 ,4232	--	-12345	--
2	param 1 max	65535	8678	3	3	26327 , 26327 ,26327	4633 , 4633 ,4633	-2637, -2637 ,-2637	4232, 4232 ,4232	2521 , 2521 ,2521	--	-2637	--
3	param 1 pos	1000	3453	3	3	37382 , 37382 , 37382	6478 , 6478 ,6478	8546, 8546 ,8546	2521 , 2521 ,2521	1312 , 1312 ,1312	--	8546	--
4	param 2 min	1234	0	3	3	42769 , 42769 ,42769	3333 , 3333 ,3333	-9484, -9484 ,-9484	1312 , 1312 ,1312	-2637, -2637 ,-2637	--	-9484	--
5	param 2 max	2345	65535	3	3	52636 , 52636 ,52636	4444 , 4444 ,4444	-3744, -3744 , -3744	-2637, -2637 ,-2637	8546, 8546 ,8546	--	-3744	--
6	param 2 pos	3456	2000	3	3	5555 , 5555 ,5555	5555 , 5555 ,5555	17633, 17633 ,17633	8546, 8546 ,8546	-9484, -9484 ,-9484	--	17633	--
7	param 3 default	4567	4342	3	3	3637 , 3637 ,3637	3637 , 3637 ,3637	26385, 26385 ,26384	-9484, -9484 ,-9484	-3744, -3744 ,-3744	--	26385	--
8	param 4 default	5678	7764	3	3	2754 , 2754 ,2754	2754 , 2754 ,2754	-7236, -7236 ,-7236	-3744, -3744 ,-3744	17633, 17633 ,17633	--	-7236	--
9	I/p 5 min	6789	1234	3	3	0, 0 ,0	7432 , 7432 , 7432	5820, 5820 ,5820	17633, 17633 ,17633	26385, 26385 ,26385	--	5820	--
10	I/p 5 max	8908	7897	3	3	65535 ,65535 ,65535	26327 , 26327 ,26327	17552, 17552 ,17552	26385, 26385 ,26385	-7236, -7236 ,-7236	--	17552	--
11	I/p 5 pos	1111	2345	3	3	1000, 1000 ,1000	37382 , 37382 , 37382	27544, 27544 ,27544	-7236, -7236 ,-7236	5820, 5820 ,5820	--	27544	--
12	I/p 6 min	2222	3456	3	3	2222 ,2222 ,2222	0, 0 ,0	-6439, -6439 ,-6439	5820, 5820 ,5820	17552, 17552 ,17552	--	-6439	--
13	I/p 6 max	3333	4567	3	3	4633 , 4633 ,4633	65535 ,65535 ,65535	-6459, -6459 ,-6459	17552, 17552 ,17552	27544, 27544 ,27544	--	-6459	--
14	I/p 6 pos	4444	5678	3	3	6478 , 6478 ,6478	2000, 2000 ,2000	4232, 4232 ,4232	27544, 27544 ,27544	-6439, -6439 ,-6439	--	4232	--
15	I/p 7 min	5555	6789	3	3	3333 , 3333 ,3333	42769 , 42769 ,42769	-32768, -32768 ,-32768	-6439, -6439 ,-6439	-6459, -6459 ,-6459	--	-32768	--
16	I/p 7 max	6666	8908	3	3	4444 , 4444 ,4444	52636 , 52636 ,52636	32767, 32767 ,32767	-6459, -6459 ,-6459	4232, 4232 ,4232	--	32767	--
17	I/p 7 zero	7777	1111	3	3	5555 , 5555 ,5555	5555 , 5555 ,5555	0, 0 ,0	4232, 4232 ,4232	2521 , 2521 ,2521	--	0	--
18	I/p 7 neg	8888	2222	3	3	3637 , 3637 ,3637	3637 , 3637 ,3637	-1500, -1500 ,-1500	2521 , 2521 ,2521	1312 , 1312 ,1312	--	-1500	--
19	I/p 7 pos	9999	4234	3	3	2754 , 2754 ,2754	2754 , 2754 ,2754	1800, 1800 ,1800	1312 , 1312 ,1312	-6459, -6459 ,-6459	--	1800	--
20	All min	0	0	3	3	0, 0 ,0	0, 0 ,0	-32768, -32768 ,-32768	-32768, -32768 ,-32768	-32768, -32768 ,-32768	--	-32768	--
21	All max	65535	65535	3	3	65535 ,65535 ,65535	65535 ,65535 ,65535	32767, 32767 ,32767	32767, 32767 ,32767	32767, 32767 ,32767	--	32767	--

Sheet 7: BilinearXYM_u16_u16Xu16YM_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
BilinearXYM_u16_u16Xu16YM_Cnt	B	19	BilinearXYM_u16_u16Xu16YM_Cnt_BSTbl[3]
BilinearXYM_u16_u16Xu16YM_Cnt	P	9	BilinearXYM_u16_u16Xu16YM_Cnt_XTbl[3]
			BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl1[3]
			BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl2[3]
			BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl3[3]

Sheet 8: BilinearXYM_u16_u16Xu16YM_Cnt P

BilinearXYM_u16_u16Xu16YM_Cnt		TS	--
P		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS2	input2	BSsize2	Xsize2	BilinearXYM_u16_u16Xu16YM_Cnt_BSTbl[3]	BilinearXYM_u16_u16Xu16YM_Cnt_XTbl[3]	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl1[3]	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl2[3]	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl3[3]	BilinearXYM_u16_u16Xu16YM_Cnt	BilinearXYM_u16_u16Xu16YM_Cnt	P/F	CPU Cycles
1	(BS <= BSTbl[0])=True and (input <= XTbl[0])=True and ((sint32)Denominator_f32 == 0)=True	0	7980	3	3	2222 ,2222 ,2222	37382 , 37382 , 37382	2521 , 2521 ,2521	4232, 4232 ,4232	12345, 12345 , 12345	--	2521	--
2	(BS <= BSTbl[0])=False and (BS >= BSTbl[BSsize-1])=True and ((BSTbl[BSindex] == BSTbl[BSindex+1] = True && (BSindex > 0)))=True and ((BSTbl[BSindex] == BSTbl[BSindex+1] =True && (BSindex > 0)))=False	65535	5455	3	3	4633 , 4633 ,4633	42769 , 42769 ,42769	4232, 4232 ,4232	2521 , 2521 ,2521	2637, 2637 ,2637	--	4232	--
3	(input <= XTbl[0])=False and (input >= XTbl[Xsize-1])=True	5645	65535	3	3	4444 , 4444 ,4444	1000, 1000 ,1000	2637, 2637 ,2637	8546, 8546 ,8546	3744, 3744 , 3744	--	2637	--
4	(BS >= BSTbl[BSsize-1])=False and ( BSTbl[BSindex+1] < BS )=False	3333	5455	3	3	2222 , 4633 ,4633	42769 , 42769 ,42769	4232, 4232 ,4232	2521 , 2521 ,2521	2637, 2637 ,2637	--	4232	--
5	((BSTbl[BSindex] == BSTbl[BSindex+1] =False&& (BSindex > 0)))	65530	8678	3	3	26327 , 26327 ,1234	4633 , 4633 ,4633	2637, 2637 ,2637	4232, 4232 ,4232	2521 , 2521 ,2521	--	4232	--
6	( BSTbl[BSindex+1] < BS )=True	3333	5455	3	3	2222 , 2222 ,4633	42769 , 42769 ,42769	4232, 4232 ,4232	2521 , 2521 ,2521	2637, 2637 ,2637	--	2521	--
7	(input >= XTbl[Xsize-1])=False and ( XTbl[Xindex+1] < input )=False	5645	800	3	3	4444 , 4444 ,4444	500, 1000 ,1000	2637, 2637 ,2637	8546, 8546 ,8546	3744, 3744 , 3744	--	2637	--
8	( XTbl[Xindex+1] < input )=True	5645	800	3	3	4444 , 4444 ,4444	500, 500 ,1000	2637, 2637 ,2637	8546, 8546 ,8546	3744, 3744 , 3744	--	2637	--
9	((sint32)Denominator_f32 == 0)=False	0	7980	3	3	2220 ,2222 ,2222	37380 , 37382 , 37382	2521 , 2521 ,2521	4232, 4232 ,4232	12345, 12345 , 12345	--	2521	--

Sheet 9: BilinearXYM_u16_u16Xu16YM_Cnt B

BilinearXYM_u16_u16Xu16YM_Cnt		TS	--
B		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS2	input2	BSsize2	Xsize2	BilinearXYM_u16_u16Xu16YM_Cnt_BSTbl[3]	BilinearXYM_u16_u16Xu16YM_Cnt_XTbl[3]	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl1[3]	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl2[3]	BilinearXYM_u16_u16Xu16YM_Cnt_YMTbl3[3]	BilinearXYM_u16_u16Xu16YM_Cnt	BilinearXYM_u16_u16Xu16YM_Cnt	P/F	CPU Cycles
1	param 1 min	0	7980	3	3	2222 ,2222 ,2222	37382 , 37382 , 37382	2521 , 2521 ,2521	4232, 4232 ,4232	12345, 12345 , 12345	--	2521	--
2	param 1 max	65535	5455	3	3	4633 , 4633 ,4633	42769 , 42769 ,42769	4232, 4232 ,4232	2521 , 2521 ,2521	2637, 2637 ,2637	--	4232	--
3	param 1 pos	12345	3123	3	3	6478 , 6478 ,6478	52636 , 52636 ,52636	2521 , 2521 ,2521	1312 , 1312 ,1312	8546, 8546 ,8546	--	2521	--
4	param 2 min	2342	0	3	3	3333 , 3333 ,3333	5555 , 5555 ,5555	1312 , 1312 ,1312	2637, 2637 ,2637	9484, 9484 ,9484	--	1312	--
5	param 2 max	5645	65535	3	3	4444 , 4444 ,4444	1000, 1000 ,1000	2637, 2637 ,2637	8546, 8546 ,8546	3744, 3744 , 3744	--	2637	--
6	param 2 pos	4232	4357	3	3	5555 , 5555 ,5555	1432 , 1432, 1432	8546, 8546 ,8546	9484, 9484 ,9484	17633, 17633 ,17633	--	8546	--
7	param 3 default	1111	6784	3	3	3637 , 3637 ,3637	2525, 2525, 2525	9484, 9484 ,9484	3744, 3744 ,3744	26385, 26385 ,26384	--	9484	--
8	param 4 default	2222	5467	3	3	2754 , 2754 ,2754	1122, 1122, 1122	3744, 3744 ,3744	17633, 17633 ,17633	7236, 7236 ,7236	--	3744	--
9	I/p 5 min	3333	3536	3	3	0, 0 ,0	4633 , 4633 ,4633	17633, 17633 ,17633	26385, 26385 ,26385	5820, 5820 ,5820	--	17633	--
10	I/p 5 max	4444	9789	3	3	65535 ,65535 ,65535	6478 , 6478 ,6478	26385, 26385 ,26385	7236, 7236 ,7236	17552, 17552 ,17552	--	26385	--
11	I/p 5 pos	5555	4234	3	3	2754 , 2754 ,2754	3333 , 3333 ,3333	7236, 7236 ,7236	5820, 5820 ,5820	27544, 27544 ,27544	--	7236	--
12	I/p 6 min	6666	7889	3	3	37382 , 37382 , 37382	0, 0 ,0	5820, 5820 ,5820	17552, 17552 ,17552	6439, 6439 ,6439	--	5820	--
13	I/p 6 max	7777	4234	3	3	42769 , 42769 ,42769	65535 ,65535 ,65535	17552, 17552 ,17552	27544, 27544 ,27544	6459, 6459 ,6459	--	17552	--
14	I/p 6 pos	8888	7656	3	3	52636 , 52636 ,52636	5555 , 5555 ,5555	27544, 27544 ,27544	6439, 6439 ,6439	4232, 4232 ,4232	--	27544	--
15	I/p 7 min	9999	8073	3	3	5555 , 5555 ,5555	4444 , 4444 ,4444	0, 0 ,0	6459, 6459 ,6459	6439, 6439 ,6439	--	0	--
16	I/p 7 max	6434	2436	3	3	1000, 1000 ,1000	5555 , 5555 ,5555	65535 ,65535 ,65535	4232, 4232 ,4232	6459, 6459 ,6459	--	65535	--
17	I/p 7 pos	8564	8674	3	3	1432 , 1432, 1432	3637 , 3637 ,3637	5820, 5820 ,5820	2521 , 2521 ,2521	4232, 4232 ,4232	--	5820	--
18	All min	0	0	3	3	0, 0 ,0	0, 0 ,0	0, 0 ,0	0, 0 ,0	0, 0 ,0	--	0	--
19	All max	65535	65535	3	3	65535 ,65535 ,65535	65535 ,65535 ,65535	65535 ,65535 ,65535	65535 ,65535 ,65535	65535 ,65535 ,65535	--	65535	--

Sheet 10: BilinearXMYM_u16_u16XMu16YM_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
BilinearXMYM_u16_u16XMu16YM_Cnt	B	19	BilinearXMYM_u16_u16XMu16YM_Cnt_BSTbl[3]
BilinearXMYM_u16_u16XMu16YM_Cnt	P	10	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl1[3]
			BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl2[3]
			BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl3[3]
			BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl1[3]
			BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl2[3]
			BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl3[3]

Sheet 11: BilinearXMYM_u16_u16XMu16YM_C P

BilinearXMYM_u16_u16XMu16YM_Cnt		TS	--
P		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	I/P10	I/P11	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS3	input3	BSsize3	Xsize3	BilinearXMYM_u16_u16XMu16YM_Cnt_BSTbl[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl1[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl2[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl3[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl1[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl2[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl3[3]	BilinearXMYM_u16_u16XMu16YM_Cnt	BilinearXMYM_u16_u16XMu16YM_Cnt	P/F	CPU Cycles
1	(BS <= BSTbl[0])=True and (input <= XMTbl[BSindexXsize])=False and (input >= XMTbl[(BSindexXsize)+Xsize-1])=True and ((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1])=False && (X1index > 0)) and (input2 <= XMTbl[(BSindex+1)Xsize])=false and (input2 >= XMTbl[((BSindex+1)Xsize)+Xsize-1])=True and ((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1]) =false&& (X2index > 0)) and ((sint32)Denominator_f32 == 0)=False	0	9054	3	3	2563 , 4739 , 6960	1628 , 4628 , 3537	2648 , 6895 , 2893	2839 , 5894 , 2920	3849 , 6960 , 2372	2728 , 5859 , 2738	6278 , 4849 , 6960	--	2372	--
2	(BS <= BSTbl[0])=False and (BS >= BSTbl[BSsize-1])=True and (BSTbl[BSindex] == BSTbl[BSindex+1]=False && (BSindex > 0)) and (input >= XMTbl[(BSindexXsize)+Xsize-1])=False and ( XMTbl[(BSindexXsize)+X1index+1] < input )=False and (input2 <= XMTbl[(BSindex+1)*Xsize])=True	65535	3534	3	3	2685 , 5689 , 6890	2764 , 4739 , 4894	1628 , 4628 , 3537	3849 , 6960 , 2372	1628 , 4628 , 3537	2648 , 6895 , 2893	2522 , 6960 , 26238	--	2522	--
3	(input <= XMTbl[BSindex*Xsize])=True	6456	0	3	3	3829 , 6893 , 2303	4527 , 6869 , 3638	6448 , 2376 , 6960	2764 , 4739 , 4894	6448 , 2376 , 6960	2764 , 4739 , 4894	2839 , 5894 , 2920	--	2839	--
4	( XMTbl[(BSindex*Xsize)+X1index+1] < input )=True	35476	5343	3	3	8660 , 6950 , 3638	2685 , 5689 , 6890	2563 , 4739 , 6960	2638 , 3628 , 3782	2563 , 4739 , 6960	2638 , 3628 , 3782	6448 , 2376 , 6960	--	6960	--
5	(BSTbl[BSindex] == BSTbl[BSindex+1] =True && (BSindex > 0))=True and (BSTbl[BSindex] == BSTbl[BSindex+1] =True&& (BSindex > 0))=False and ((sint32)Denominator_f32 == 0)=true	46432	6896	3	3	0,0,0	4173 , 4580 , 4890	2685 , 5689 , 6890	2563 , 4739 , 6960	2685 , 5689 , 6890	2563 , 4739 , 6960	4527 , 6869 , 3638	--	5689	--
6	(BS >= BSTbl[BSsize-1])=False and ( BSTbl[BSindex+1] < BS )=False and ((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1])=True && (X1index > 0))=True and ((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1])=True && (X1index > 0))=False	2534	3335	3	3	1628 , 4628 , 3537	0,0,0	7850 , 2783 , 5905	3829 , 6893 , 2303	7850 , 2783 , 5905	3829 , 6893 , 2303	2563 , 4739 , 6960	--	7850	--
7	( BSTbl[BSindex+1] < BS )=True	2534	3335	3	3	1628 , 2000 , 3537	0,0,0	7850 , 2783 , 5905	3829 , 6893 , 2303	7850 , 2783 , 5905	3829 , 6893 , 2303	2563 , 4739 , 6960	--	3389	--
8	(input2 >= XMTbl[((BSindex+1)Xsize)+Xsize-1])=false and ( XMTbl[((BSindex+1)Xsize)+X2index+1] < input )=False	0	9054	3	3	2563 , 4739 , 6960	1628 , 4628 , 3537	2648 , 6895 , 10000	2839 , 5894 , 2920	3849 , 6960 , 2372	2728 , 5859 , 2738	6278 , 4849 , 6960	--	2372	--
9	((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1])=True && (X2index > 0))=True and ((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1]) =True && (X2index > 0))=false	0	9054	3	3	2563 , 4739 , 6960	1628 , 4628 , 3537	6895 , 6895 , 6895	2839 , 5894 , 2920	3849 , 6960 , 2372	2728 , 5859 , 2738	6278 , 4849 , 6960	--	6960	--
10	( XMTbl[((BSindex+1)*Xsize)+X2index+1] < input )=True	0	9054	3	3	2563 , 4739 , 6960	1628 , 4628 , 6900	2648 , 6895 , 10000	2839 , 5894 , 2920	3849 , 6960 , 2372	2728 , 5859 , 2738	6278 , 4849 , 6960	--	2372	--

Sheet 12: BilinearXMYM_u16_u16XMu16YM_C B

BilinearXMYM_u16_u16XMu16YM_Cnt		TS	--
B		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	I/P10	I/P11	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS3	input3	BSsize3	Xsize3	BilinearXMYM_u16_u16XMu16YM_Cnt_BSTbl[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl1[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl2[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_XMTbl3[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl1[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl2[3]	BilinearXMYM_u16_u16XMu16YM_Cnt_YMTbl3[3]	BilinearXMYM_u16_u16XMu16YM_Cnt	BilinearXMYM_u16_u16XMu16YM_Cnt	P/F	CPU Cycles
1	param 1 min	0	9054	3	3	2563 , 4739 , 6960	1628 , 4628 , 3537	2648 , 6895 , 2893	2839 , 5894 , 2920	3849 , 6960 , 2372	2728 , 5859 , 2738	6278 , 4849 , 6960	--	2372	--
2	param 1 max	65535	3534	3	3	2685 , 5689 , 6890	2764 , 4739 , 4894	1628 , 4628 , 3537	3849 , 6960 , 2372	1628 , 4628 , 3537	2648 , 6895 , 2893	2522 , 6960 , 26238	--	2522	--
3	param 1 pos	6562	8064	3	3	4173 , 4580 , 4890	6448 , 2376 , 6960	2764 , 4739 , 4894	1628 , 4628 , 3537	2764 , 4739 , 4894	1628 , 4628 , 3537	12637 , 4748 , 5850	--	5850	--
4	param 2 min	6456	0	3	3	3829 , 6893 , 2303	4527 , 6869 , 3638	6448 , 2376 , 6960	2764 , 4739 , 4894	6448 , 2376 , 6960	2764 , 4739 , 4894	2839 , 5894 , 2920	--	2839	--
5	param 2 max	5733	65535	3	3	7850 , 2783 , 5905	1528 , 3628 , 2820	4527 , 6869 , 3638	6448 , 2376 , 6960	4527 , 6869 , 3638	6448 , 2376 , 6960	3849 , 6960 , 2372	--	3638	--
6	param 2 pos	7964	8087	3	3	1839 , 2789 , 4840	2638 , 3628 , 3782	1528 , 3628 , 2820	4527 , 6869 , 3638	1528 , 3628 , 2820	4527 , 6869 , 3638	1628 , 4628 , 3537	--	3537	--
7	param 3 deafult	2533	6978	3	3	3895 , 6899 , 5905	2563 , 4739 , 6960	2638 , 3628 , 3782	1528 , 3628 , 2820	2638 , 3628 , 3782	1528 , 3628 , 2820	2764 , 4739 , 4894	--	3782	--
8	param 4 default	35476	5343	3	3	8660 , 6950 , 3638	2685 , 5689 , 6890	2563 , 4739 , 6960	2638 , 3628 , 3782	2563 , 4739 , 6960	2638 , 3628 , 3782	6448 , 2376 , 6960	--	6960	--
9	I/p 5 min	46432	6896	3	3	0,0,0	4173 , 4580 , 4890	2685 , 5689 , 6890	2563 , 4739 , 6960	2685 , 5689 , 6890	2563 , 4739 , 6960	4527 , 6869 , 3638	--	5689	--
10	I/p 5 max	53543	1234	3	3	65535 , 65535, 65535	3829 , 6893 , 2303	4173 , 4580 , 4890	2685 , 5689 , 6890	4173 , 4580 , 4890	2685 , 5689 , 6890	1528 , 3628 , 2820	--	4173	--
11	I/p 5 pos	61456	2534	3	3	1234 , 2345 , 3456	7850 , 2783 , 5905	3829 , 6893 , 2303	4173 , 4580 , 4890	3829 , 6893 , 2303	4173 , 4580 , 4890	2638 , 3628 , 3782	--	2638	--
12	I/p 6 min	2534	3335	3	3	1628 , 4628 , 3537	0,0,0	7850 , 2783 , 5905	3829 , 6893 , 2303	7850 , 2783 , 5905	3829 , 6893 , 2303	2563 , 4739 , 6960	--	7850	--
13	I/p 6 max	6433	4647	3	3	2764 , 4739 , 4894	65535 , 65535, 65535	1839 , 2789 , 4840	7850 , 2783 , 5905	1839 , 2789 , 4840	7850 , 2783 , 5905	2685 , 5689 , 6890	--	2685	--
14	I/p 6 pos	8654	5785	3	3	6448 , 2376 , 6960	1111 , 2222 , 3333	3895 , 6899 , 5905	1839 , 2789 , 4840	3895 , 6899 , 5905	1839 , 2789 , 4840	4173 , 4580 , 4890	--	4890	--
15	I/p 9 min	3645	6633	3	3	4527 , 6869 , 3638	1839 , 2789 , 4840	8660 , 6950 , 3638	3895 , 6899 , 5905	0,0,0	3895 , 6899 , 5905	3829 , 6893 , 2303	--	0	--
16	I/p 9 max	8707	7532	3	3	1528 , 3628 , 2820	3895 , 6899 , 5905	6383 , 5690 , 2839	8660 , 6950 , 3638	65535 , 65535, 65535	8660 , 6950 , 3638	6484 , 2639 , 4849	--	6484	--
17	I/p 9 pos	4745	8573	3	3	2638 , 3628 , 3782	8660 , 6950 , 3638	6585 , 1920 , 5850	4683 , 2829 , 5895	4567 , 5678 , 6783	6383 , 5690 , 2839	32648 , 7494 , 2829	--	2829	--
18	All min	0	0	3	3	0,0,0	0,0,0	0,0,0	0,0,0	0,0,0	0,0,0	0,0,0	--	0	--
19	All max	65535	65535	3	3	65535 , 65535, 65535	65535 , 65535, 65535	65535 , 65535, 65535	65535 , 65535, 65535	65535 , 65535, 65535	65535 , 65535, 65535	65535 , 65535, 65535	--	65535	--

Sheet 13: BilinearXMYM_s16_u16XMs16YM_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
BilinearXMYM_s16_u16XMs16YM_Cnt	B	21	BilinearXMYM_s16_u16XMs16YM_Cnt_BSTbl[3]
BilinearXMYM_s16_u16XMs16YM_Cnt	P	11	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl1[3]
			BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl2[3]
			BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl3[3]
			BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl1[3]
			BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl2[3]
			BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl3[3]

Sheet 14: BilinearXMYM_s16_u16XMs16YM_C P

BilinearXMYM_s16_u16XMs16YM_Cnt		TS	--
P		Param	Param	Param	Param	I/P5	I/P6	I/P7	I/P8	I/P9	I/P10	I/P11	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS4	input4	BSsize4	Xsize4	BilinearXMYM_s16_u16XMs16YM_Cnt_BSTbl[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl1[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl2[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl3[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl1[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl2[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl3[3]	BilinearXMYM_s16_u16XMs16YM_Cnt	BilinearXMYM_s16_u16XMs16YM_Cnt	P/F	CPU Cycles
1	(BS <= BSTbl[0])=True and (input <= XMTbl[BSindexXsize])=True and (input2 <= XMTbl[(BSindex+1)Xsize])=True and ((sint32)Denominator_f32 == 0)=True and (Output_f32>=0)=False	0	1231	3	3	2563 , 4739 , 6960	4444 , 4444 ,4444	3333 , 3333 ,3333	1628 , 2839 , 3839	-6459, -6459 ,-6459	4683 , 5894 , 2829	2627 , 8942 , 2782	--	-6459	--
2	(BS <= BSTbl[0])=False and (BS >= BSTbl[BSsize-1])=True and (BSTbl[BSindex] == BSTbl[BSindex+1] =False&& (BSindex > 0)) and (input <= XMTbl[BSindexXsize])=False and (input >= XMTbl[(BSindexXsize)+Xsize-1])=True and ((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1]) =False&& (X1index > 0)) and ((sint32)Denominator_f32 == 0)=False	65535	4342	3	3	2685 , 5689 , 6890	5555 , 5555 ,5555	3422 , 4728 , 1272	8494 , 2782 , 5894	4232, 4232 ,4232	4232, 4232 ,4232	-6282 , -2892 , -2829	--	-6282	--
3	((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1]) =True && (X1index > 0))=True and ((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1])=True && (X1index > 0))=False and (input2 <= XMTbl[(BSindex+1)Xsize])=False and (input2 >= XMTbl[((BSindex+1)Xsize)+Xsize-1])=True and ((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1]) =False && (X2index > 0))	321	65535	3	3	7850 , 2783 , 5905	5555 , 5555 ,5555	5262 , 7283 , 8950	1629 , 7849 , 3840	-2637, -2637 ,-2637	-2637, -2637 ,-2637	8546, 8546 ,8546	--	-2637	--
4	(BS >= BSTbl[BSsize-1])=False and ( BSTbl[BSindex+1] < BS )=False	4234	8769	3	3	3895 , 6899 , 5905	1432 , 1432, 1432	1628 , 2839 , 3839	2738 , 6956 , 2784	-9484, -9484 ,-9484	-9484, -9484 ,-9484	-3744, -3744 , -3744	--	-9484	--
5	(BSTbl[BSindex] == BSTbl[BSindex+1]=True && (BSindex > 0))=True and (BSTbl[BSindex] == BSTbl[BSindex+1] =True&& (BSindex > 0))=False and (Output_f32>=0)=True	4234	2266	3	3	0 , 0, 0	1122, 1122, 1122	9505 , 6950 , 3739	2733 , 5990 , 2839	17633, 17633 ,17633	17633, 17633 ,17633	26385, 26385 ,26384	--	17633	--
6	( BSTbl[BSindex+1] < BS )=True	3123	7567	3	3	1111 , 2222 , 3333	6478 , 6478 ,6478	1629 , 7849 , 3840	8934 , 4984 , 2849	-7236, -7236 ,-7236	-7236, -7236 ,-7236	5820, 5820 ,5820	--	3352	--
7	(input >= XMTbl[(BSindexXsize)+Xsize-1])=False and ( XMTbl[(BSindexXsize)+X1index+1] < input )=False	65535	4342	3	3	2685 , 5689 , 6890	5555 , 5555 ,5555	3422 , 4728 , 5000	8494 , 2782 , 5894	4232, 4232 ,4232	4232, 4232 ,4232	-6282 , -2892 , -2829	--	-6282	--
8	( XMTbl[(BSindex*Xsize)+X1index+1] < input )=True	65535	4342	3	3	2685 , 5689 , 6890	5555 , 5555 ,5555	3422 , 4000 , 5000	8494 , 2782 , 5894	4232, 4232 ,4232	4232, 4232 ,4232	-6282 , -2892 , -2829	--	-6282	--
9	(input2 >= XMTbl[((BSindex+1)Xsize)+Xsize-1])=False and ( XMTbl[((BSindex+1)Xsize)+X2index+1] < input )=False	321	1500	3	3	7850 , 2783 , 5905	5555 , 5555 ,5555	1000 , 7283 , 2000	1629 , 7849 , 3840	-2637, -2637 ,-2637	-2637, -2637 ,-2637	8546, 8546 ,8546	--	-2637	--
10	((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1]) =True && (X2index > 0))=true and ((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1])=True && (X2index > 0))=False	321	65535	3	3	7850 , 2783 , 5905	5555 , 5555 ,5555	7283 , 7283 , 7283	1629 , 7849 , 3840	-2637, -2637 ,-2637	-2637, -2637 ,-2637	8546, 8546 ,8546	--	-2637	--
11	( XMTbl[((BSindex+1)*Xsize)+X2index+1] < input )=True	321	1500	3	3	7850 , 2783 , 5905	5555 , 5555 ,5555	1000 , 5000 , 2000	1629 , 7849 , 3840	-2637, -2637 ,-2637	-2637, -2637 ,-2637	8546, 8546 ,8546	--	-2637	--

Sheet 15: BilinearXMYM_s16_u16XMs16YM_C B

BilinearXMYM_s16_u16XMs16YM_Cnt		TS	--
B		Param	Param	Param	Param	I/P5	I/P6	I/P7	I/P8	I/P9	I/P10	I/P11	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS4	input4	BSsize4	Xsize4	BilinearXMYM_s16_u16XMs16YM_Cnt_BSTbl[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl1[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl2[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_XMTbl3[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl1[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl2[3]	BilinearXMYM_s16_u16XMs16YM_Cnt_YMTbl3[3]	BilinearXMYM_s16_u16XMs16YM_Cnt	BilinearXMYM_s16_u16XMs16YM_Cnt	P/F	CPU Cycles
1	param 1 min	0	1231	3	3	2563 , 4739 , 6960	4444 , 4444 ,4444	3333 , 3333 ,3333	1628 , 2839 , 3839	-6459, -6459 ,-6459	4683 , 5894 , 2829	2627 , 8942 , 2782	--	-6459	--
2	param 1 max	65535	4342	3	3	2685 , 5689 , 6890	5555 , 5555 ,5555	3422 , 4728 , 1272	8494 , 2782 , 5894	4232, 4232 ,4232	4232, 4232 ,4232	-6282 , -2892 , -2829	--	-6282	--
3	param 1 pos	5525	7885	3	3	4173 , 4580 , 4890	3637 , 3637 ,3637	6890 , 2839 , 6895	9505 , 6950 , 3739	2521 , 2521 ,2521	2521 , 2521 ,2521	-12345, -12345 , -12345	--	-12345	--
4	param 2 min	4244	0	3	3	3829 , 6893 , 2303	52636 , 52636 ,52636	5172 , 5899 , 1783	6749 , 2839 , 7849	1312 , 1312 ,1312	1312 , 1312 ,1312	-2637, -2637 ,-2637	--	-2637	--
5	param 2 max	321	65535	3	3	7850 , 2783 , 5905	5555 , 5555 ,5555	5262 , 7283 , 8950	1629 , 7849 , 3840	-2637, -2637 ,-2637	-2637, -2637 ,-2637	8546, 8546 ,8546	--	-2637	--
6	param 2 pos	7567	4233	3	3	1839 , 2789 , 4840	1000, 1000 ,1000	4234 , 3783 , 2628	8590 , 2834 , 6950	8546, 8546 ,8546	8546, 8546 ,8546	-9484, -9484 ,-9484	--	-9484	--
7	param 3 default	4234	8769	3	3	3895 , 6899 , 5905	1432 , 1432, 1432	1628 , 2839 , 3839	2738 , 6956 , 2784	-9484, -9484 ,-9484	-9484, -9484 ,-9484	-3744, -3744 , -3744	--	-9484	--
8	param 4 deafult	787	4323	3	3	8660 , 6950 , 3638	2525, 2525, 2525	8494 , 2782 , 5894	8595 , 2849 , 6956	-3744, -3744 ,-3744	-3744, -3744 ,-3744	17633, 17633 ,17633	--	-3744	--
9	I/p 5 min	4234	2266	3	3	0 , 0, 0	1122, 1122, 1122	9505 , 6950 , 3739	2733 , 5990 , 2839	17633, 17633 ,17633	17633, 17633 ,17633	26385, 26385 ,26384	--	17633	--
10	I/p 5 max	6456	2423	3	3	65535 , 65535 , 65535	4633 , 4633 ,4633	6749 , 2839 , 7849	9505 , 2849 , 6905	26385, 26385 ,26385	26385, 26385 ,26385	-7236, -7236 ,-7236	--	26385	--
11	I/p 5 pos	3123	7567	3	3	1111 , 2222 , 3333	6478 , 6478 ,6478	1629 , 7849 , 3840	8934 , 4984 , 2849	-7236, -7236 ,-7236	-7236, -7236 ,-7236	5820, 5820 ,5820	--	3352	--
12	I/p 6 min	7897	8678	3	3	7432 , 7432 , 7432	0 , 0, 0	8590 , 2834 , 6950	2839 , 5895 ,2933	5820, 5820 ,5820	5820, 5820 ,5820	17552, 17552 ,17552	--	5820	--
13	I/p 6 max	5234	9087	3	3	26327 , 26327 ,26327	65535 , 65535 , 65535	2738 , 6956 , 2784	4849 , 128 , 2829	17552, 17552 ,17552	17552, 17552 ,17552	27544, 27544 ,27544	--	17552	--
14	I/p 6 pos	8979	423	3	3	37382 , 37382 , 37382	2345 , 3456 , 4567	8595 , 2849 , 6956	3333 , 3333 ,3333	27544, 27544 ,27544	27544, 27544 ,27544	-6439, -6439 ,-6439	--	27544	--
15	I/p 9 min	5353	2522	3	3	42769 , 42769 ,42769	3333 , 3333 ,3333	2733 , 5990 , 2839	3422 , 4728 , 1272	-32768 , -32768 , -32768	-6439, -6439 ,-6439	-6459, -6459 ,-6459	--	-32768	--
16	I/p 9 max	9075	5222	3	3	52636 , 52636 ,52636	3422 , 4728 , 1272	9505 , 2849 , 6905	6890 , 2839 , 6895	32767 , 32767 , 32767	-6459, -6459 ,-6459	4232, 4232 ,4232	--	32767	--
17	I/p 9 zero	4256	24523	3	3	5555 , 5555 ,5555	6890 , 2839 , 6895	8934 , 4984 , 2849	5172 , 5899 , 1783	0 , 0 , 0	4232, 4232 ,4232	-6282 , -2627 , -2782	--	0	--
18	I/p 9 neg	4554	7564	3	3	3637 , 3637 ,3637	5172 , 5899 , 1783	2839 , 5895 ,2933	5262 , 7283 , 8950	-1111 , -2222 , -3333	2521 , 2521 ,2521	7239 , 4893 , 1282	--	-2222	--
19	I/p 9 pos	4128	4211	3	3	2754 , 2754 ,2754	5262 , 7283 , 8950	4849 , 128 , 2829	4234 , 3783 , 2628	2345 , 4567 , 5643	1312 , 1312 ,1312	-7292 , -2789 , -2829	--	2345	--
20	All min	0	0	3	3	0 , 0, 0	0 , 0, 0	0 , 0, 0	0 , 0, 0	-32768 , -32768 , -32768	-32768 , -32768 , -32768	-32768 , -32768 , -32768	--	-32768	--
21	All max	65535	65535	3	3	65535 , 65535 , 65535	65535 , 65535 , 65535	65535 , 65535 , 65535	65535 , 65535 , 65535	32767 , 32767 , 32767	32767 , 32767 , 32767	32767 , 32767 , 32767	--	32767	--

Sheet 16: BilinearXMYM_s16_s16XMs16YM_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
BilinearXMYM_s16_s16XMs16YM_Cnt	B	25	BilinearXMYM_s16_s16XMs16YM_Cnt_BSTbl[3]
BilinearXMYM_s16_s16XMs16YM_Cnt	P	9	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl1[3]
			BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl2[3]
			BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl3[3]
			BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl1[3]
			BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl2[3]
			BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl3[3]

Sheet 17: BilinearXMYM_s16_s16XMs16YM_C P

BilinearXMYM_s16_s16XMs16YM_Cnt		TS	--
P		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	I/P10	I/P11	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS5	input5	BSsize5	Xsize5	BilinearXMYM_s16_s16XMs16YM_Cnt_BSTbl[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl1[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl2[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl3[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl1[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl2[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl3[3]	BilinearXMYM_s16_s16XMs16YM_Cnt	BilinearXMYM_s16_s16XMs16YM_Cnt	P/F	CPU Cycles
1	(BS <= BSTbl[0])=True and (input <= XMTbl[BSindexXsize])=False and (input >= XMTbl[(BSindexXsize)+Xsize-1])=True and ((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1]) =True && (X1index > 0))=True and ((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1]) =True && (X1index > 0))=False and (input2 <= XMTbl[(BSindex+1)Xsize])=False and (input2 >= XMTbl[((BSindex+1)Xsize)+Xsize-1])=True and ((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1]) =False&& (X2index > 0)) and ((sint32)Denominator_f32 == 0)=True and (Output_f32>=0)=True	0	2000	3	3	3441 , 5552 , 5252	-12345, -12345 , -12345	1567 , 8922 , 1781	-6292 , -1278 , -1681	562 , 7191 , 1781	-618 , -178 , -729	5712 , 7189 , 1718	--	562	--
2	(BS <= BSTbl[0])=False and (BS >= BSTbl[BSsize-1])=True and (BSTbl[BSindex] == BSTbl[BSindex+1]=False && (BSindex > 0)) and (input2 <= XMTbl[(BSindex+1)*Xsize])=True and (Output_f32>=0)=False	65535	-2000	3	3	6363 , 8349 , 3834	-2637, -2637 ,-2637	-6459, -6459 ,-6459	-571 , -1781 , -1781	1567 , 8922 , 1781	-6292 , -1278 , -1681	-6188 , -1671 , -8292	--	-6292	--
3	(input <= XMTbl[BSindex*Xsize])=True	1234	3000	3	3	6383 , 2782 , 282	8546, 8546 ,8546	4232, 4232 ,4232	4232, 4232 ,4232	-6459, -6459 ,-6459	-571 , -1781 , -1781	378 , 783 , 580	--	-6459	--
4	((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1]) =True && (X2index > 0))=True and ((XMTbl[((BSindex+1)Xsize)+X2index] == XMTbl[((BSindex+1)Xsize)+X2index+1])=True && (X2index > 0))=False	4234	32767	3	3	480 , 378 , 282	-3744, -3744 , -3744	1312 , 1312 ,1312	1312 , 1312 ,1312	2521 , 2521 ,2521	2521 , 2521 ,2521	-571 , -1781 , -1781	--	2521	--
5	(BSTbl[BSindex] == BSTbl[BSindex+1]=True && (BSindex > 0))=True and (BSTbl[BSindex] == BSTbl[BSindex+1] =True && (BSindex > 0))=False	5345	-4000	3	3	0, 0 , 0	27544, 27544 ,27544	26385, 26385 ,26385	26385, 26385 ,26385	17633, 17633 ,17633	17633, 17633 ,17633	-9484, -9484 ,-9484	--	17633	--
6	(BS >= BSTbl[BSsize-1])=False and ( BSTbl[BSindex+1] < BS )=True and ( BSTbl[BSindex+1] < BS )=False	4234	-5000	3	3	2345 , 3456 , 4567	-6459, -6459 ,-6459	5820, 5820 ,5820	5820, 5820 ,5820	-7236, -7236 ,-7236	-7236, -7236 ,-7236	17633, 17633 ,17633	--	-7236	--
7	((XMTbl[(BSindexXsize)+X1index] == XMTbl[(BSindexXsize)+X1index+1]) =False&& (X1index > 0)) and ((sint32)Denominator_f32 == 0)=False	4234	5228	3	3	7292 , 4279 , 2678	-1581 , -2683 , -1270	-6282 , -2782 , -2768	2628 , 1819 , 3782	-2222 , -3333 , -4444	-6459, -6459 ,-6459	2521 , 2521 ,2521	--	-4444	--
8	(input >= XMTbl[(BSindexXsize)+Xsize-1])=False and ( XMTbl[(BSindexXsize)+X1index+1] < input )=True and ( XMTbl[(BSindexXsize)+X1index+1] < input )=False and (input2 >= XMTbl[((BSindex+1)Xsize)+Xsize-1])=False and ( XMTbl[((BSindex+1)*Xsize)+X2index+1] < input )=False	0	2000	3	3	3441 , 5552 , 5252	-12345, -12345 , 2100	1567 , 8922 , 1781	-6292 , -1278 , -1681	562 , 7191 , 1781	-618 , -178 , -729	5712 , 7189 , 1718	--	1818	--
9	( XMTbl[((BSindex+1)*Xsize)+X2index+1] < input )=True	0	2000	3	3	3441 , 5552 , 5252	-12345, -12345 , 2100	1567 , 1900 , 2100	-6292 , -1278 , -1681	562 , 7191 , 1781	-618 , -178 , -729	5712 , 7189 , 1718	--	1818	--

Sheet 18: BilinearXMYM_s16_s16XMs16YM_C B

BilinearXMYM_s16_s16XMs16YM_Cnt		TS	--
B		Param1	Param2	Param3	Param4	I/P5	I/P6	I/P7	I/P8	I/P9	I/P10	I/P11	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	BS5	input5	BSsize5	Xsize5	BilinearXMYM_s16_s16XMs16YM_Cnt_BSTbl[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl1[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl2[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_XMTbl3[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl1[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl2[3]	BilinearXMYM_s16_s16XMs16YM_Cnt_YMTbl3[3]	BilinearXMYM_s16_s16XMs16YM_Cnt	BilinearXMYM_s16_s16XMs16YM_Cnt	P/F	CPU Cycles
1	param 1 min	0	2000	3	3	3441 , 5552 , 5252	-12345, -12345 , -12345	1567 , 8922 , 1781	-6292 , -1278 , -1681	562 , 7191 , 1781	-618 , -178 , -729	5712 , 7189 , 1718	--	562	--
2	param 1 max	65535	-2000	3	3	6363 , 8349 , 3834	-2637, -2637 ,-2637	-6459, -6459 ,-6459	-571 , -1781 , -1781	1567 , 8922 , 1781	-6292 , -1278 , -1681	-6188 , -1671 , -8292	--	-6292	--
3	param 1 pos	1234	3000	3	3	6383 , 2782 , 282	8546, 8546 ,8546	4232, 4232 ,4232	4232, 4232 ,4232	-6459, -6459 ,-6459	-571 , -1781 , -1781	378 , 783 , 580	--	-6459	--
4	param 2 min	6336	-32768	3	3	4939 , 2782 , 1829	-9484, -9484 ,-9484	2521 , 2521 ,2521	2521 , 2521 ,2521	4232, 4232 ,4232	4232, 4232 ,4232	-6292 , -1278 , -1681	--	4232	--
5	param 2 max	4234	32767	3	3	480 , 378 , 282	-3744, -3744 , -3744	1312 , 1312 ,1312	1312 , 1312 ,1312	2521 , 2521 ,2521	2521 , 2521 ,2521	-571 , -1781 , -1781	--	2521	--
6	param 2 zero	7567	0	3	3	719 , 378 , 278	17633, 17633 ,17633	-2637, -2637 ,-2637	-2637, -2637 ,-2637	1312 , 1312 ,1312	1312 , 1312 ,1312	4232, 4232 ,4232	--	1312	--
7	param 2 neg	5234	-1000	3	3	719 , 182 , 499	26385, 26385 ,26384	8546, 8546 ,8546	8546, 8546 ,8546	-2637, -2637 ,-2637	-2637, -2637 ,-2637	2521 , 2521 ,2521	--	-2637	--
8	param 2 pos	8567	1000	3	3	571 , 2379 , 7892	-7236, -7236 ,-7236	-9484, -9484 ,-9484	-9484, -9484 ,-9484	8546, 8546 ,8546	8546, 8546 ,8546	1312 , 1312 ,1312	--	8546	--
9	param 3 default	4234	-2300	3	3	6128 , 1781 , 3789	5820, 5820 ,5820	-3744, -3744 ,-3744	-3744, -3744 ,-3744	-9484, -9484 ,-9484	-9484, -9484 ,-9484	-2637, -2637 ,-2637	--	-9484	--
10	param 4 default	6622	4000	3	3	2280 , 1729 , 3891	17552, 17552 ,17552	17633, 17633 ,17633	17633, 17633 ,17633	-3744, -3744 ,-3744	-3744, -3744 ,-3744	8546, 8546 ,8546	--	-3744	--
11	I/p 5 min	5345	-4000	3	3	0, 0 , 0	27544, 27544 ,27544	26385, 26385 ,26385	26385, 26385 ,26385	17633, 17633 ,17633	17633, 17633 ,17633	-9484, -9484 ,-9484	--	17633	--
12	I/p 5 max	7567	5000	3	3	65535 , 65535 , 65535	-6439, -6439 ,-6439	-7236, -7236 ,-7236	-7236, -7236 ,-7236	26385, 26385 ,26385	26385, 26385 ,26385	-3744, -3744 ,-3744	--	26385	--
13	I/p 5 pos	4234	-5000	3	3	2345 , 3456 , 4567	-6459, -6459 ,-6459	5820, 5820 ,5820	5820, 5820 ,5820	-7236, -7236 ,-7236	-7236, -7236 ,-7236	17633, 17633 ,17633	--	-7236	--
14	I/p 6 min	6756	6000	3	3	1512 , 3939 , 2923	-32768 , -32768 , -32768	17552, 17552 ,17552	17552, 17552 ,17552	5820, 5820 ,5820	5820, 5820 ,5820	26385, 26385 ,26385	--	5820	--
15	I/p 6 max	5256	-6000	3	3	7383 , 3930 , 2728	32767 , 32767 , 32767	27544, 27544 ,27544	27544, 27544 ,27544	17552, 17552 ,17552	17552, 17552 ,17552	-7236, -7236 ,-7236	--	17552	--
16	I/p 6 zero	2412	7000	3	3	6383 , 2930 , 4904	0 , 0, 0	-6439, -6439 ,-6439	-6439, -6439 ,-6439	27544, 27544 ,27544	27544, 27544 ,27544	5820, 5820 ,5820	--	27544	--
17	I/p 6 neg	6789	-7000	3	3	6289 , 9402 , 4789	-2222 , -3333 , -4444	-6459, -6459 ,-6459	-6459, -6459 ,-6459	-6439, -6439 ,-6439	-6439, -6439 ,-6439	17552, 17552 ,17552	--	-6439	--
18	I/p 6 pos	9086	8000	3	3	2799 , 4789, 3783	4839 , 3812 , 4894	4232, 4232 ,4232	4232, 4232 ,4232	-6459, -6459 ,-6459	-6459, -6459 ,-6459	27544, 27544 ,27544	--	-6459	--
19	I/p 9 min	1242	-8000	3	3	1638 , 3489 , 4789	6282 , 1782 , 3839	2521 , 2521 ,2521	2521 , 2521 ,2521	-32768 , -32768 , -32768	4232, 4232 ,4232	-6439, -6439 ,-6439	--	-32768	--
20	I/p 9 max	6467	9000	3	3	1792 , 4893 , 27899	-1581 , -1278 , -1781	1312 , 1312 ,1312	1312 , 1312 ,1312	32767 , 32767 , 32767	2521 , 2521 ,2521	-6459, -6459 ,-6459	--	2521	--
21	I/p 9 zero	7809	-9000	3	3	1638 , 7493 , 7849	5282 , 1819 , 3820	4232 , 729, 8292	-6459, -6459 ,-6459	0 , 0, 0	1312 , 1312 ,1312	4232, 4232 ,4232	--	1312	--
22	I/p 9 neg	4234	5228	3	3	7292 , 4279 , 2678	-1581 , -2683 , -1270	-6282 , -2782 , -2768	2628 , 1819 , 3782	-2222 , -3333 , -4444	-6459, -6459 ,-6459	2521 , 2521 ,2521	--	-4444	--
23	I/p 9 pos	3454	-3478	3	3	4794 , 7830 , 2782	618 , 178 , 389	681 , 168 , 1891	-1576 , -2782 , -1278	4839 , 3812 , 4894	2628 , 1819 , 3782	-618 , -5618 , -1781	--	4839	--
24	All min	0	-32768	3	3	0, 0 , 0	-32768 , -32768 , -32768	-32768 , -32768 , -32768	-32768 , -32768 , -32768	-32768 , -32768 , -32768	-32768 , -32768 , -32768	-32768 , -32768 , -32768	--	-32768	--
25	All max	65535	32767	3	3	65535 , 65535 , 65535	32767 , 32767 , 32767	32767 , 32767 , 32767	32767 , 32767 , 32767	32767 , 32767 , 32767	32767 , 32767 , 32767	32767 , 32767 , 32767	--	32767	--

Sheet 19: IntplVarXY_u16_u16Xu16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplVarXY_u16_u16Xu16Y_Cnt	B	12	IntplVarXY_u16_u16Xu16Y_Cnt_TableX[4]
IntplVarXY_u16_u16Xu16Y_Cnt	P	3	IntplVarXY_u16_u16Xu16Y_Cnt_TableY[4]

Sheet 20: IntplVarXY_u16_u16Xu16Y_Cnt() P

IntplVarXY_u16_u16Xu16Y_Cnt		TS	--
P		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size6	input6	IntplVarXY_u16_u16Xu16Y_Cnt_TableX[4]	IntplVarXY_u16_u16Xu16Y_Cnt_TableY[4]	IntplVarXY_u16_u16Xu16Y_Cnt	IntplVarXY_u16_u16Xu16Y_Cnt	P/F	CPU Cycles
1	( input <= TableX[0] )=True	4	53	6289 , 1801 , 3489 , 6383	6282 , 1829 , 8904 , 6171	--	6282	--
2	( input <= TableX[0] )=False and ( input >= TableX[Size-1] )=True	4	65535	8393 , 1781 , 3479 , 8393	1839 , 4903 , 2789 ,3782	--	3782	--
3	( input >= TableX[Size-1] )=False and ( TableX[index+1] < input )=True and ( TableX[index+1] < input )=False and (diffX == 0)=False	4	3000	2500 , 1781 , 3479 , 3500	1839 , 4903 , 2789 ,1811	--	3386	--

Sheet 21: IntplVarXY_u16_u16Xu16Y_Cnt() B

IntplVarXY_u16_u16Xu16Y_Cnt		TS	--
B		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size6	input6	IntplVarXY_u16_u16Xu16Y_Cnt_TableX[4]	IntplVarXY_u16_u16Xu16Y_Cnt_TableY[4]	IntplVarXY_u16_u16Xu16Y_Cnt	IntplVarXY_u16_u16Xu16Y_Cnt	P/F	CPU Cycles
1	param 1 default	4	53	6289 , 1801 , 3489 , 6383	6282 , 1829 , 8904 , 6171	--	6282	--
2	param 2 min	4	0	2379 , 3789 , 2892 , 8390	7292 , 2380 , 2892 , 7111	--	7292	--
3	param 2 max	4	65535	8393 , 1781 , 3479 , 8393	1839 , 4903 , 2789 ,3782	--	3782	--
4	param 2 pos	4	1234	1738 , 805 , 12791 , 8933	4890 , 2892 , 3905 , 7128	--	4890	--
5	I/p 3 min	4	3424	0 , 0, 0 ,0	8022 , 2902 , 1289 ,1781	--	1781	--
6	I/p 3 max	4	4231	65535 , 65535 , 65535 ,65535	6283 , 1902 , 1890 , 8129	--	6283	--
7	I/p 3 pos	4	65	1111 , 2222, 3333 , 6289	7292 , 3890 , 2892 ,7282	--	7292	--
8	I/p 4 min	4	343	2345 , 56212 , 2782 , 7893	0 , 0, 0 ,0	--	0	--
9	I/p 4 max	4	8679	1671 , 3893 , 189 , 7822	65535 , 65535 , 65535 ,65535	--	65535	--
10	I/p 4 pos	4	2111	2682 , 1891 , 3893 , 7829	4444 , 5555, 6666 ,7829	--	4444	--
11	All min	4	0	0 , 0, 0 , 0	0 , 0, 0 , 0	--	0	--
12	All max	4	65535	65535 , 65535 , 65535 ,65535	65535 , 65535 , 65535 ,65535	--	65535	--

Sheet 22: IntplVarXY_u16_s16Xu16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplVarXY_u16_s16Xu16Y_Cnt	B	16	IntplVarXY_u16_s16Xu16Y_Cnt_TableX[3]
IntplVarXY_u16_s16Xu16Y_Cnt	P	3	IntplVarXY_u16_s16Xu16Y_Cnt_TableY[3]

Sheet 23: IntplVarXY_u16_s16Xu16Y_Cnt() P

IntplVarXY_u16_s16Xu16Y_Cnt		TS	--
P		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size7	input7	IntplVarXY_u16_s16Xu16Y_Cnt_TableX[3]	IntplVarXY_u16_s16Xu16Y_Cnt_TableY[3]	IntplVarXY_u16_s16Xu16Y_Cnt	IntplVarXY_u16_s16Xu16Y_Cnt	P/F	CPU Cycles
1	( input <= TableX[0] )=False and ( input >= TableX[Size-1] )=True	3	443	-6282 , -2920 , -5738	8900 , 6920 , 2682	--	2682	--
2	( input <= TableX[0] )=True	3	-32768	7393 , 6282 , 4894	3782 , 8923 , 1892	--	3782	--
3	( input >= TableX[Size-1] )=False and ( TableX[index+1] < input )=True and ( TableX[index+1] < input )=False and (diffX == 0)=False	3	443	-6282 , -2920 , 500	8900 , 6920 , 2682	--	2753	--

Sheet 24: IntplVarXY_u16_s16Xu16Y_Cnt() B

IntplVarXY_u16_s16Xu16Y_Cnt		TS	--
B		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size7	input7	IntplVarXY_u16_s16Xu16Y_Cnt_TableX[3]	IntplVarXY_u16_s16Xu16Y_Cnt_TableY[3]	IntplVarXY_u16_s16Xu16Y_Cnt	IntplVarXY_u16_s16Xu16Y_Cnt	P/F	CPU Cycles
1	param 1 default	3	443	-6282 , -2920 , -5738	8900 , 6920 , 2682	--	2682	--
2	param 2 min	3	-32768	7393 , 6282 , 4894	3782 , 8923 , 1892	--	3782	--
3	param 2 max	3	32767	-6489 , -2768 , -7589	3678 , 8303 , 2792	--	2792	--
4	param 2 zero	3	0	9373 , 2672 , 5789	4000 , 5000 , 6000	--	4000	--
5	param 2 neg	3	-1234	-7353 , -5839 , -1789	1000 , 2000 , 3000	--	3000	--
6	param 2 pos	3	234	6282 , 8494 , 2791	7894 , 6282 , 8022	--	7894	--
7	I/p 3 min	3	-4332	-32768 , -32768 , -32768	7289 , 9078 , 3782	--	3782	--
8	I/p 3 max	3	253	32767 , 32767 , 32767	1782 , 8393 , 8028	--	1782	--
9	I/p 3 zero	3	-4562	0, 0, 0	5278 , 8940 , 2622	--	5278	--
10	I/p 3 neg	3	255	-2345 , -5618 , -7891	2628 , 1829 , 8504	--	8504	--
11	I/p 3 pos	3	-653	5278 , 1611 , 1789	7832 , 2628 , 8494	--	7832	--
12	I/p 4 min	3	3453	1267 , 2571 , 1791	0, 0, 0	--	0	--
13	I/p 4 max	3	-653	-1568 , -2629 , -3733	65535 , 65535 , 65535	--	65535	--
14	I/p 4 pos	3	2532	6393 , 3902 , 7383	1111 , 2222 , 3333	--	1111	--
15	All min	3	-32768	-32768 , -32768 , -32768	0, 0, 0	--	0	--
16	All max	3	32767	32767 , 32767 , 32767	65535 , 65535 , 65535	--	65535	--

Sheet 25: IntplVarXY_s16_s16Xs16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplVarXY_s16_s16Xs16Y_Cnt	B	18	IntplVarXY_s16_s16Xs16Y_Cnt_TableX[3]
IntplVarXY_s16_s16Xs16Y_Cnt	P	3	IntplVarXY_s16_s16Xs16Y_Cnt_TableY[3]

Sheet 26: IntplVarXY_s16_s16Xs16Y_Cnt() P

IntplVarXY_s16_s16Xs16Y_Cnt		TS	--
P		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size8	input8	IntplVarXY_s16_s16Xs16Y_Cnt_TableX[3]	IntplVarXY_s16_s16Xs16Y_Cnt_TableY[3]	IntplVarXY_s16_s16Xs16Y_Cnt	IntplVarXY_s16_s16Xs16Y_Cnt	P/F	CPU Cycles
1	( input <= TableX[0] )=False and ( input >= TableX[Size-1] )=True	3	6543	-7638 , -7494 , -9037	-733 , -7683 , -8494	--	-8494	--
2	( input <= TableX[0] )=True	3	-32768	6389 , 8037 , 6892	7399 , 7290 , 8044	--	7399	--
3	( input >= TableX[Size-1] )=False and ( TableX[index+1] < input )=True and ( TableX[index+1] < input )=False and (diffX == 0)=False	3	443	-6282 , -2920 , 500	8900 , 6920 , 2682	--	2753	--

Sheet 27: IntplVarXY_s16_s16Xs16Y_Cnt() B

IntplVarXY_s16_s16Xs16Y_Cnt		TS	--
B		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size8	input8	IntplVarXY_s16_s16Xs16Y_Cnt_TableX[3]	IntplVarXY_s16_s16Xs16Y_Cnt_TableY[3]	IntplVarXY_s16_s16Xs16Y_Cnt	IntplVarXY_s16_s16Xs16Y_Cnt	P/F	CPU Cycles
1	param 1 default	3	6543	-7638 , -7494 , -9037	-733 , -7683 , -8494	--	-8494	--
2	param 2 min	3	-32768	6389 , 8037 , 6892	7399 , 7290 , 8044	--	7399	--
3	param 2 max	3	32767	-5628 , -7892 , -8937	2783 , 7949 , 6389	--	6389	--
4	param 2 zero	3	0	5648 , 7037 , 8037	-5628 , -7238 , -6289	--	-5628	--
5	param 2 neg	3	-1234	-7383 , -6849 , -6839	-6383 , -7289 , -4523	--	-4523	--
6	param 2 pos	3	2422	6783 , 8003 , 6289	-7638 , -7494 , -9037	--	-7638	--
7	I/p 3 min	3	-5544	-32768 , -32768 , -32768	6389 , 8037 , 6892	--	6892	--
8	I/p 3 max	3	4235	32767 , 32767 , 32767	-5628 , -7892 , -8937	--	-5628	--
9	I/p 3 zero	3	-7443	0 , 0, 0	5648 , 7037 , 8037	--	5648	--
10	I/p 3 neg	3	2342	-4176 , -7282 , -6728	-7383 , -6849 , -6839	--	-6839	--
11	I/p 3 pos	3	-6343	5373 , 4279 , 8037	6783 , 8003 , 6289	--	6783	--
12	I/p 4 min	3	3242	-733 , -7683 , -8494	-32768 , -32768 , -32768	--	-32768	--
13	I/p 4 max	3	-6743	7399 , 7290 , 8044	32767 , 32767 , 32767	--	32767	--
14	I/p 4 zero	3	4234	2783 , 7949 , 6389	0 , 0, 0	--	0	--
15	I/p 4 neg	3	-8744	-5628 , -7238 , -6289	-4176 , -7282 , -6728	--	-4176	--
16	I/p 4 pos	3	4123	-6383 , -7289 , -4523	5373 , 4279 , 8037	--	8037	--
17	All min	3	-32768	-32768 , -32768 , -32768	-32768 , -32768 , -32768	--	-32768	--
18	All max	3	32767	32767 , 32767 , 32767	32767 , 32767 , 32767	--	32767	--

Sheet 28: IntplVarXY_s16_u16Xs16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplVarXY_s16_u16Xs16Y_Cnt	B	14	IntplVarXY_s16_u16Xs16Y_Cnt_TableX[3]
IntplVarXY_s16_u16Xs16Y_Cnt	P	3	IntplVarXY_s16_u16Xs16Y_Cnt_TableY[3]

Sheet 29: IntplVarXY_s16_u16Xs16Y_Cnt() P

IntplVarXY_s16_u16Xs16Y_Cnt		TS	--
P		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size9	input9	IntplVarXY_s16_u16Xs16Y_Cnt_TableX[3]	IntplVarXY_s16_u16Xs16Y_Cnt_TableY[3]	IntplVarXY_s16_u16Xs16Y_Cnt	IntplVarXY_s16_u16Xs16Y_Cnt	P/F	CPU Cycles
1	( input <= TableX[0] )=True	3	6433	7037 , 7393 , 2890	7840 , 8904 , 5683	--	7840	--
2	( input <= TableX[0] )=False and ( input >= TableX[Size-1] )=True	3	65535	2728 , 3893 , 4793	8936 , 7893 , 4728	--	4728	--
3	( input >= TableX[Size-1] )=False and ( TableX[index+1] < input )=True and ( TableX[index+1] < input )=False and (diffX == 0)=False	3	4234	3333 , 4000 , 6389	-6238 , -9628 , -1822	--	-8864	--

Sheet 30: IntplVarXY_s16_u16Xs16Y_Cnt() B

IntplVarXY_s16_u16Xs16Y_Cnt		TS	--
B		Param1	Param2	I/P3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	Size9	input9	IntplVarXY_s16_u16Xs16Y_Cnt_TableX[3]	IntplVarXY_s16_u16Xs16Y_Cnt_TableY[3]	IntplVarXY_s16_u16Xs16Y_Cnt	IntplVarXY_s16_u16Xs16Y_Cnt	P/F	CPU Cycles
1	param 1 default	3	6433	7037 , 7393 , 2890	7840 , 8904 , 5683	--	7840	--
2	param 2 min	3	0	8390 , 8037 , 1781	-8036 , -5637 , -3738	--	-8036	--
3	param 2 max	3	65535	2728 , 3893 , 4793	8936 , 7893 , 4728	--	4728	--
4	param 2 pos	3	6452	5729 , 8947 , 3683	-7937 , -5738 , -7933	--	-7933	--
5	I/p 3 min	3	7653	0 , 0, 0	6830 , 8903 , 5827	--	5827	--
6	I/p 3 max	3	9787	65535 , 65535 , 65535	-7944 , -5683 , -6829	--	-7944	--
7	I/p 3 pos	3	3436	8356 , 5623 , 8307	5782 , 7936 , 2682	--	5782	--
8	I/p 4 min	3	7565	9078 , 6383 , 8047	-32768 , -32768 , -32768	--	-32768	--
9	I/p 4 max	3	3423	5279 , 8037 , 4894	32767 , 32767 , 32767	--	32767	--
10	I/p 4 zero	3	5444	7292 , 8037 , 1892	0, 0, 0	--	0	--
11	I/p 4 neg	3	4234	3333 , 8047 , 6389	-6238 , -9628 , -1822	--	-6885	--
12	I/p 4 pos	3	1231	5555 , 6666 , 7777	6399 , 7803 , 5893	--	6399	--
13	All min	3	0	0 , 0, 0	-32768 , -32768 , -32768	--	-32768	--
14	All max	3	65535	65535 , 65535 , 65535	32767 , 32767 , 32767	--	32767	--

Sheet 31: IntplFxdX_u16_u16Xu16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplFxdX_u16_u16Xu16Y_Cnt	B	12	IntplFxdX_u16_u16Xu16Y_Cnt_TableY[3]
IntplFxdX_u16_u16Xu16Y_Cnt	P	4

Sheet 32: IntplFxdX_u16_u16Xu16Y_Cnt() P

IntplFxdX_u16_u16Xu16Y_Cnt		TS	--
P		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX10	Size10	input10	IntplFxdX_u16_u16Xu16Y_Cnt_TableY[3]	IntplFxdX_u16_u16Xu16Y_Cnt	IntplFxdX_u16_u16Xu16Y_Cnt	P/F	CPU Cycles
1	(DeltaX == 0)=True	0	3	24534	7917 , 6193 , 8044	--	7917	--
2	(DeltaX == 0)=False and ( input <= 0 )=False and ( input >= DeltaX * (Size-1) )=False	65535	3	365	100 , 100, 100	--	100	--
3	( input <= 0 )=True	564	3	0	7892 , 1682 , 8027	--	7892	--
4	( input >= DeltaX * (Size-1) )=True	634	3	47534	6829 , 7936 , 6926	--	6926	--

Sheet 33: IntplFxdX_u16_u16Xu16Y_Cnt() B

IntplFxdX_u16_u16Xu16Y_Cnt		TS	--
B		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX10	Size10	input10	IntplFxdX_u16_u16Xu16Y_Cnt_TableY[3]	IntplFxdX_u16_u16Xu16Y_Cnt	IntplFxdX_u16_u16Xu16Y_Cnt	P/F	CPU Cycles
1	param 1 min	0	3	24534	7917 , 6193 , 8044	--	7917	--
2	param 1 max	65535	3	365	100 , 100, 100	--	100	--
3	param 1 pos	3435	3	544	800 , 900 , 1000	--	815	--
4	param 2 default	634	3	47534	6829 , 7936 , 6926	--	6926	--
5	param 3 min	564	3	0	7892 , 1682 , 8027	--	7892	--
6	param 3 max	4324	3	65535	6822 , 7922 , 8027	--	8027	--
7	param 3 pos	6756	3	4232	111 , 6778 , 7681	--	4287	--
8	I/p 4 min	4234	3	6767	0 , 0, 0	--	0	--
9	I/p 4 max	7955	3	4234	65535 , 65535 , 65535	--	65535	--
10	I/p 4 pos	2643	3	6456	6784 , 7943 , 7689	--	7689	--
11	All min	0	3	0	0 , 0, 0	--	0	--
12	All max	65535	3	65535	65535 , 65535 , 65535	--	65535	--

Sheet 34: IntplFxdX_u16_s16Xu16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplFxdX_u16_s16Xu16Y_Cnt	B	16	IntplFxdX_u16_s16Xu16Y_Cnt_TableY[3]
IntplFxdX_u16_s16Xu16Y_Cnt	P	4

Sheet 35: IntplFxdX_u16_s16Xu16Y_Cnt() P

IntplFxdX_u16_s16Xu16Y_Cnt		TS	--
P		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX11	Size11	input11	IntplFxdX_u16_s16Xu16Y_Cnt_TableY[3]	IntplFxdX_u16_s16Xu16Y_Cnt	IntplFxdX_u16_s16Xu16Y_Cnt	P/F	CPU Cycles
1	(DeltaX == 0)=False and ( input <= 0 )=False and ( input >= DeltaX * (Size-1) )=True	-32768	3	4903	573 , 7037 , 3789	--	3789	--
2	( input <= 0 )=True	32767	3	-5789	789 , 7017 , 782	--	789	--
3	(DeltaX == 0)=True	0	3	-6896	68 , 806 , 29	--	68	--
4	( input >= DeltaX * (Size-1) )=False	8950	3	8003	1682 , 378 , 793	--	515	--

Sheet 36: IntplFxdX_u16_s16Xu16Y_Cnt() B

IntplFxdX_u16_s16Xu16Y_Cnt		TS	--
B		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX11	Size11	input11	IntplFxdX_u16_s16Xu16Y_Cnt_TableY[3]	IntplFxdX_u16_s16Xu16Y_Cnt	IntplFxdX_u16_s16Xu16Y_Cnt	P/F	CPU Cycles
1	param 1 min	-32768	3	4903	573 , 7037 , 3789	--	3789	--
2	param 1 max	32767	3	-5789	789 , 7017 , 782	--	789	--
3	param 1 zero	0	3	-6896	68 , 806 , 29	--	68	--
4	param 1 neg	-6738	3	1789	38 , 89 , 792	--	792	--
5	param 1 pos	7922	3	-8923	783 , 8037 , 783	--	783	--
6	param 2 default	8950	3	8003	1682 , 378 , 793	--	515	--
7	param 3 min	-7839	3	-32768	5793 , 2990 , 8074	--	5793	--
8	param 3 max	6738	3	32767	7923 , 8036 , 2782	--	2782	--
9	param 3 zero	-6829	3	0	5728 , 8932 , 7937	--	5728	--
10	param 3 neg	4389	3	-26819	5729 , 8037 , 5728	--	5729	--
11	param 3 pos	-7939	3	7939	8593 , 7893 , 8027	--	8027	--
12	I/p 4 min	2782	3	-5829	0, 0, 0	--	0	--
13	I/p 4 max	-5829	3	1671	65535 , 65535 , 65535	--	65535	--
14	I/p 4 pos	1789	3	-7923	7839 , 5738 , 9043	--	7839	--
15	All min	-32768	3	-32768	0, 0, 0	--	0	--
16	All max	32767	3	32767	65535 , 65535 , 65535	--	65535	--

Sheet 37: IntplFxdX_s16_s16Xs16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplFxdX_s16_s16Xs16Y_Cnt	B	18	IntplFxdX_s16_s16Xs16Y_Cnt_TableY[3]
IntplFxdX_s16_s16Xs16Y_Cnt	P	4

Sheet 38: IntplFxdX_s16_s16Xs16Y_Cnt() P

IntplFxdX_s16_s16Xs16Y_Cnt		TS	--
P		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX12	Size12	input12	IntplFxdX_s16_s16Xs16Y_Cnt_TableY[3]	IntplFxdX_s16_s16Xs16Y_Cnt	IntplFxdX_s16_s16Xs16Y_Cnt	P/F	CPU Cycles
1	(DeltaX == 0)=False and ( input <= 0 )=True	-32768	3	-1111	6833 , 8027 , 5782	--	6833	--
2	( input <= 0 )=False and ( input >= DeltaX * (Size-1) )=False	32767	3	2222	-5672 , -6821 , -782	--	-5749	--
3	(DeltaX == 0)=True	0	3	-3333	3792 , 8090 , 7892	--	3792	--
4	( input >= DeltaX * (Size-1) )=True	-6839	3	4444	-8027 , -6922 , -7020	--	-7020	--

Sheet 39: IntplFxdX_s16_s16Xs16Y_Cnt() B

IntplFxdX_s16_s16Xs16Y_Cnt		TS	--
B		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX12	Size12	input12	IntplFxdX_s16_s16Xs16Y_Cnt_TableY[3]	IntplFxdX_s16_s16Xs16Y_Cnt	IntplFxdX_s16_s16Xs16Y_Cnt	P/F	CPU Cycles
1	param 1 min	-32768	3	-1111	6833 , 8027 , 5782	--	6833	--
2	param 1 max	32767	3	2222	-5672 , -6821 , -782	--	-5749	--
3	param 1 zero	0	3	-3333	3792 , 8090 , 7892	--	3792	--
4	param 1 neg	-6839	3	4444	-8027 , -6922 , -7020	--	-7020	--
5	param 1 pos	7839	3	-5555	5829 , 8027 , 5783	--	5829	--
6	param 2 default	-7484	3	6666	-8027 , -7027 , -4027	--	-4027	--
7	param 3 min	6839	3	-32768	5892 , 2789 , 1781	--	5892	--
8	param 3 max	-2728	3	32767	-7922 , -6811 , -5702	--	-5702	--
9	param 3 zero	1000	3	0	5729 , 8027 , 1671	--	5729	--
10	param 3 neg	-2000	3	-5839	-5729 , -7922 , -1678	--	-5729	--
11	param 3 pos	3000	3	8926	6829 , 2782 , 7027	--	7027	--
12	I/p 4 min	-4000	3	-7777	-32768 , -32768 , -32768	--	-32768	--
13	I/p 4 max	5000	3	8888	32767 , 32767 , 32767	--	32767	--
14	I/p 4 zero	-6000	3	-9999	0, 0, 0	--	0	--
15	I/p 4 neg	7000	3	6545	-7683 , -3527 , -8936	--	-3798	--
16	I/p 4 pos	-8000	3	-5764	4763 , 6822 , 8903	--	4763	--
17	All min	-32768	3	-32768	-32768 , -32768 , -32768	--	-32768	--
18	All max	32767	3	32767	32767 , 32767 , 32767	--	32767	--

Sheet 40: IntplFxdX_s16_u16Xs16Y_Cnt





Nexteer EPS Unit Test Tool

Rev:2.7b

Test Setup
Number Of Calibrations	0
Number Of Calibration Sets	0
Calibration Sheet


Function(s) Under Test			Variables		Function Stubs
Function Name	TestType	Test Vectors	Set	Read	Function Name
IntplFxdX_s16_u16Xs16Y_Cnt	B	14	IntplFxdX_s16_u16Xs16Y_Cnt_TableY[3]
IntplFxdX_s16_u16Xs16Y_Cnt	P	4

Sheet 41: IntplFxdX_s16_u16Xs16Y_Cnt() P

IntplFxdX_s16_u16Xs16Y_Cnt		TS	--
P		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX13	Size13	input13	IntplFxdX_s16_u16Xs16Y_Cnt_TableY[3]	IntplFxdX_s16_u16Xs16Y_Cnt	IntplFxdX_s16_u16Xs16Y_Cnt	P/F	CPU Cycles
1	(DeltaX == 0)=True	0	3	4444	6782 , 8027 , 2682	--	6782	--
2	(DeltaX == 0)=False and ( input <= 0 )=False and ( input >= DeltaX * (Size-1) )=False	65535	3	65533	32765 , 32765 , 32765	--	32765	--
3	( input <= 0 )=True	1344	3	0	15761 , 6789 , 2892	--	15761	--
4	( input >= DeltaX * (Size-1) )=True	645	3	65535	-6822 , -2682 , -7802	--	-7802	--

Sheet 42: IntplFxdX_s16_u16Xs16Y_Cnt() B

IntplFxdX_s16_u16Xs16Y_Cnt		TS	--
B		Param1	Param2	Param3	I/P4	Function Return Val	Expected Return Val	Test Status	Perf. Metrics	Comments
Vector Number	Vector Description	DeltaX13	Size13	input13	IntplFxdX_s16_u16Xs16Y_Cnt_TableY[3]	IntplFxdX_s16_u16Xs16Y_Cnt	IntplFxdX_s16_u16Xs16Y_Cnt	P/F	CPU Cycles
1	param 1 min	0	3	4444	6782 , 8027 , 2682	--	6782	--
2	param 1 max	65535	3	65533	32765 , 32765 , 32765	--	32765	--
3	param 1 pos	4553	3	2222	5785 , 7899 , 9047	--	6816	--
4	param 2 default	123	3	111	-600 , -600 , -600	--	-600	--
5	param 3 min	1344	3	0	15761 , 6789 , 2892	--	15761	--
6	param 3 max	645	3	65535	-6822 , -2682 , -7802	--	-7802	--
7	param 3 pos	4234	3	6342	8853 , 8027 , 3728	--	5887	--
8	I/p 4 min	9780	3	100	-32768 , -32768 , -32768	--	-32768	--
9	I/p 4 max	5345	3	200	32767 , 32767 , 32767	--	32767	--
10	I/p 4 zero	6435	3	300	0, 0, 0	--	0	--
11	I/p 4 neg	4123	3	400	-7282 , -6822 , -6922	--	-7238	--
12	I/p 4 pos	9890	3	500	6238 , 8903 , 2562	--	6372	--
13	All min	0	3	0	-32768 , -32768 , -32768	--	-32768	--
14	All max	65535	3	65535	32767 , 32767 , 32767	--	32767	--

Last modified October 12, 2025: Initial commit (0347a62)