Collection of macros that the user can utilize when converting physical quantities of parameters into binary (integer) numbers for registers and variables. More...

Collaboration diagram for Useful Macros:

#define	_rnd(a) ((int16_t)((a)+((a)<0?-0.5:0.5)))

#define	_min(a, b) (((a)>(b)) ? (b):(a))

#define	_max(a, b) (((a)>(b)) ? (a):(b))

#define	_rnd_int32_t(a) ((int32_t)((a)+((a)<0?-0.5:0.5)))

#define	WordLowByte(word) ((uint8_t) (word & 0x00FF))

#define	WordHighByte(word) ((uint8_t) (word >> 8))

#define	QFORMAT_SHIFT(value)

#define	TIME_TO_TICKS(time, tick_period) (_rnd(time/tick_period))

#define	RMS_TO_PEAK (1.414213562)

#define	AVG_TO_RMS (1.11)

#define	RMS_TO_AVG (1.0/AVG_TO_RMS)

#define	PWM_HR_EDGE_ALIGNED_PGxPER(freq_hz) ((uint16_t)(_rnd_int32_t((8.0*500.0e+6)/(float)freq_hz)-8.0))

#define	PWM_HR_EDGE_ALIGNED_PGxDC(PGxPER, duty_percent) ((uint16_t)(_rnd_int32_t((PGxPER+8)*(duty_percent/100.0))))

#define	PWM_HR_PGxTRIGy(trigger_offset) ((uint16_t)(_rnd_int32_t(8.0500.0e+6trigger_offset)))

#define	PWM_HR_PGxDTy(dead_time) ((uint16_t)(_rnd_int32_t(8.0500.0e+6dead_time)))

#define	UNITS_FROM_ENG_TO_ADC(threshold, gain, offset) (_rnd((((float)threshold(float)gain) + (float)offset)/3.34095.0))

#define	UNITS_FROM_ADC_TO_ENG(AdcValue, Gain) (_rnd((((float)AdcValue /(float)Gain))/4095.0 * 3.3))

Detailed Description

Collection of macros that the user can utilize when converting physical quantities of parameters into binary (integer) numbers for registers and variables.

Macro Definition Documentation

◆ _max

#define _max	(	a,
		b
	)	(((a)>(b)) ? (a):(b))

Definition at line 15 of file useful_macros.h.

◆ _min

#define _min	(	a,
		b
	)	(((a)>(b)) ? (b):(a))

Definition at line 14 of file useful_macros.h.

◆ _rnd

#define _rnd ( a ) ((int16_t)((a)+((a)<0?-0.5:0.5)))

Definition at line 13 of file useful_macros.h.

◆ _rnd_int32_t

#define _rnd_int32_t ( a ) ((int32_t)((a)+((a)<0?-0.5:0.5)))

Definition at line 17 of file useful_macros.h.

◆ AVG_TO_RMS

#define AVG_TO_RMS (1.11)

Definition at line 48 of file useful_macros.h.

◆ PWM_HR_EDGE_ALIGNED_PGxDC

#define PWM_HR_EDGE_ALIGNED_PGxDC	(	PGxPER,
		duty_percent
	)	((uint16_t)(_rnd_int32_t((PGxPER+8)*(duty_percent/100.0))))

Definition at line 59 of file useful_macros.h.

◆ PWM_HR_EDGE_ALIGNED_PGxPER

#define PWM_HR_EDGE_ALIGNED_PGxPER ( freq_hz ) ((uint16_t)(_rnd_int32_t((8.0*500.0e+6)/(float)freq_hz)-8.0))

Definition at line 55 of file useful_macros.h.

◆ PWM_HR_PGxDTy

#define PWM_HR_PGxDTy ( dead_time ) ((uint16_t)(_rnd_int32_t(8.0*500.0e+6*dead_time)))

Definition at line 65 of file useful_macros.h.

◆ PWM_HR_PGxTRIGy

#define PWM_HR_PGxTRIGy ( trigger_offset ) ((uint16_t)(_rnd_int32_t(8.0*500.0e+6*trigger_offset)))

Definition at line 62 of file useful_macros.h.

◆ QFORMAT_SHIFT

#define QFORMAT_SHIFT ( value )

Value:

                              ((value) < ((float)(1<<0)) ? (15) : \
                              ((value) < ((float)(1<<1)) ? (14) : \
                              ((value) < ((float)(1<<2)) ? (13) : \
                              ((value) < ((float)(1<<3)) ? (12) : \
                              ((value) < ((float)(1<<4)) ? (11) : \
                              ((value) < ((float)(1<<5)) ? (10) : \
                              ((value) < ((float)(1<<6)) ? (9) : \
                              ((value) < ((float)(1<<7)) ? (8) : \
                              ((value) < ((float)(1<<8)) ? (7) : \
                              ((value) < ((float)(1<<9)) ? (6) : \
                              ((value) < ((float)(1<<10)) ? (5) : \
                              ((value) < ((float)(1<<11)) ? (4) : \
                              ((value) < ((float)(1<<13)) ? (3) : \
                              ((value) < ((float)(1<<13)) ? (2) : \
                              ((value) < ((float)(1<<14)) ? (1) : (0))))))))))))))))

Definition at line 25 of file useful_macros.h.

◆ RMS_TO_AVG

#define RMS_TO_AVG (1.0/AVG_TO_RMS)

Definition at line 50 of file useful_macros.h.

◆ RMS_TO_PEAK

#define RMS_TO_PEAK (1.414213562)

Definition at line 45 of file useful_macros.h.

◆ TIME_TO_TICKS

#define TIME_TO_TICKS	(	time,
		tick_period
	)	(_rnd(time/tick_period))

Definition at line 42 of file useful_macros.h.

◆ UNITS_FROM_ADC_TO_ENG

#define UNITS_FROM_ADC_TO_ENG	(	AdcValue,
		Gain
	)	(_rnd((((float)AdcValue /(float)Gain))/4095.0 * 3.3))

Definition at line 72 of file useful_macros.h.

◆ UNITS_FROM_ENG_TO_ADC

#define UNITS_FROM_ENG_TO_ADC	(	threshold,
		gain,
		offset
	)	(_rnd((((float)threshold(float)gain) + (float)offset)/3.34095.0))

Definition at line 70 of file useful_macros.h.

◆ WordHighByte

#define WordHighByte ( word ) ((uint8_t) (word >> 8))

Definition at line 21 of file useful_macros.h.

◆ WordLowByte

#define WordLowByte ( word ) ((uint8_t) (word & 0x00FF))

Definition at line 20 of file useful_macros.h.

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