ad_common_utils.c File Reference

Functions
bool_t	ADUtils_getInput (uint32_t *inputValue)
	ADUtils_getInput assigns "value" the decimal value the user input.
void	ADUtils_getModuleIDName (uint32_t modid, char *moduleIDName)
	ADUtils_getModuleIDName assigns char* moduleIDName the corresponding string value of the current module's name.
bool_t	ADUtils_validRangeCode (uint32_t modid, uint32_t Range)
	ADUtils_validRangeCode checks if the user input is equal to one of the AD Module's raw range data codes. Returns NAI_TRUE if a valid raw data code was entered.
bool_t	ADUtils_isGeneration5 (uint32_t modid)
	ADUtils_isGeneration5 checks if the passed modid is a generation 5 AD module.
bool_t	ADUtils_isGeneration3 (uint32_t modid)
	ADUtils_isGeneration3 checks if the passed modid is a generation 3 AD module.
void	ADUtils_GetRangePolarityHex (uint32_t cardIndex, int32_t module, naibrd_ad_mode_t mode, naibrd_ad_range_polarity_t *p_rawRangePolarity)
	ADUtils_GetRangePolarityHex displays the polarity and range settings available for the ADUtils_GetPolarityRange and handles the user input.
void	ADUtils_GetRangePolarity (uint32_t cardIndex, int32_t module, naibrd_ad_mode_t mode, naibrd_ad_polarity_t *p_polarity, float64_t *p_range)
void	ADUtils_printRangeOptions (uint32_t modid, naibrd_ad_mode_t mode)
	ADUtils_printRangeOptions prints the range options for the current module.
void	ADUtils_getRangeOptions (uint32_t modid, naibrd_ad_mode_t mode, float64_t **pp_ranges, int32_t *p_numRanges)
	ADUtils_getRangeOptions returns a pointer to an array of [4] containing the current module's range options.
void	ADUtils_printC3RangeOptions ()
	ADUtils_printC3RangeOptions() prints to stdout the various range options available for the C3 module. Can have its range set up to 2.5V for 25mA full scale, unipolar only.
void	ADUtils_printKARangeOptions ()
	ADUtils_printKARangeOptions() prints to stdout the various range options available for the KA module.

Variables
static float	c1_module_ranges [] = {10.00, 05.00, 02.50, 01.25}
static float	c2_module_ranges [] = {40.00, 20.00, 10.00, 05.00}
static float	c4_module_ranges [] = {50.00, 25.00, 12.50, 06.25}
static float	ca_module_ranges [] = {10.00, 5.00, 2.50, 1.25}
static float	cx_module_ranges [] = {10.00, 5.00, 2.50, 1.25}
static float64_t	ad1_module_ranges [] = {10.00, 05.00, 02.50, 01.25}
static float64_t	ad2_module_ranges [] = {100.0, 50.00, 25.00, 12.50}
static float64_t	ad3_module_ranges [] = {25.00}
static float64_t	ad4_module_ranges [] = {10.00, 05.00, 02.50, 01.25}
static float64_t	ad4_module_current_ranges [] = {25.00}
static float64_t	ad5_module_ranges [] = {50.00, 25.00, 12.50, 06.25}
static float64_t	ad6_module_ranges [] = {100.0, 50.00, 25.00, 12.50}
static float64_t	ade_module_ranges [] = {10.00, 05.00, 02.50, 01.25}
static float64_t	adf_module_ranges [] = {100.0, 50.00, 25.00, 12.50}
static float64_t	adg_module_ranges [] = {25.00}

Function Documentation

ADUtils_getInput()

bool_t ADUtils_getInput

(

uint32_t *

inputValue

)

ADUtils_getInput assigns "value" the decimal value the user input.

ADUtils_getModuleIDName()

void ADUtils_getModuleIDName	(	uint32_t	modid,
		char *	moduleIDName )

ADUtils_getModuleIDName assigns char* moduleIDName the corresponding string value of the current module's name.

ADUtils_getRangeOptions()

void ADUtils_getRangeOptions	(	uint32_t	modid,
		naibrd_ad_mode_t	mode,
		float64_t **	pp_ranges,
		int32_t *	p_numRanges )

ADUtils_getRangeOptions returns a pointer to an array of [4] containing the current module's range options.

ADUtils_GetRangePolarity()

void ADUtils_GetRangePolarity	(	uint32_t	cardIndex,
		int32_t	module,
		naibrd_ad_mode_t	mode,
		naibrd_ad_polarity_t *	p_polarity,
		float64_t *	p_range )

ADUtils_GetRangePolarityHex()

void ADUtils_GetRangePolarityHex	(	uint32_t	cardIndex,
		int32_t	module,
		naibrd_ad_mode_t	mode,
		naibrd_ad_range_polarity_t *	p_rawRangePolarity )

ADUtils_GetRangePolarityHex displays the polarity and range settings available for the ADUtils_GetPolarityRange and handles the user input.

ADUtils_isGeneration3()

bool_t ADUtils_isGeneration3

(

uint32_t

modid

)

ADUtils_isGeneration3 checks if the passed modid is a generation 3 AD module.

ADUtils_isGeneration5()

bool_t ADUtils_isGeneration5

(

uint32_t

modid

)

ADUtils_isGeneration5 checks if the passed modid is a generation 5 AD module.

ADUtils_printC3RangeOptions()

void ADUtils_printC3RangeOptions

(

)

ADUtils_printC3RangeOptions() prints to stdout the various range options available for the C3 module. Can have its range set up to 2.5V for 25mA full scale, unipolar only.

ADUtils_printKARangeOptions()

void ADUtils_printKARangeOptions

(

)

ADUtils_printKARangeOptions() prints to stdout the various range options available for the KA module.

ADUtils_printRangeOptions()

void ADUtils_printRangeOptions	(	uint32_t	modid,
		naibrd_ad_mode_t	mode )

ADUtils_printRangeOptions prints the range options for the current module.

ADUtils_validRangeCode()

bool_t ADUtils_validRangeCode	(	uint32_t	modid,
		uint32_t	Range )

ADUtils_validRangeCode checks if the user input is equal to one of the AD Module's raw range data codes. Returns NAI_TRUE if a valid raw data code was entered.

Variable Documentation

ad1_module_ranges

float64_t ad1_module_ranges[] = {10.00, 05.00, 02.50, 01.25}

static

ad2_module_ranges

float64_t ad2_module_ranges[] = {100.0, 50.00, 25.00, 12.50}

static

ad3_module_ranges

float64_t ad3_module_ranges[] = {25.00}

static

ad4_module_current_ranges

float64_t ad4_module_current_ranges[] = {25.00}

static

ad4_module_ranges

float64_t ad4_module_ranges[] = {10.00, 05.00, 02.50, 01.25}

static

ad5_module_ranges

float64_t ad5_module_ranges[] = {50.00, 25.00, 12.50, 06.25}

static

ad6_module_ranges

float64_t ad6_module_ranges[] = {100.0, 50.00, 25.00, 12.50}

static

ade_module_ranges

float64_t ade_module_ranges[] = {10.00, 05.00, 02.50, 01.25}

static

adf_module_ranges

float64_t adf_module_ranges[] = {100.0, 50.00, 25.00, 12.50}

static

adg_module_ranges

float64_t adg_module_ranges[] = {25.00}

static

c1_module_ranges

float c1_module_ranges[] = {10.00, 05.00, 02.50, 01.25}

static

c2_module_ranges

float c2_module_ranges[] = {40.00, 20.00, 10.00, 05.00}

static

c4_module_ranges

float c4_module_ranges[] = {50.00, 25.00, 12.50, 06.25}

static

ca_module_ranges

float ca_module_ranges[] = {10.00, 5.00, 2.50, 1.25}

static

cx_module_ranges

float cx_module_ranges[] = {10.00, 5.00, 2.50, 1.25}

static