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Oh the humanity - proper hex decorator is 0x not 0X
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‎src/SparkFun_TMAG5273_Arduino_Library_Defs.h‎

Lines changed: 107 additions & 107 deletions
Original file line numberDiff line numberDiff line change
@@ -30,145 +30,145 @@ Features as per datasheet
3030

3131
/********************************** Constant Variable Definitions **********************************/
3232
#define TMAG5273_DEVICE_ID_VALUE 0x5449 // Value found in the device ID register
33-
#define TMAG5273_I2C_ADDRESS_INITIAL 0X22 // Initial I2C address value - can be changed using functions as seen below
33+
#define TMAG5273_I2C_ADDRESS_INITIAL 0x22 // Initial I2C address value - can be changed using functions as seen below
3434
#define TMAG5273_TSENSE_T0 25.0f // Reference temperature for TADC_T0
3535
#define TMAG5273_TADC_T0 17508 // Temp result in decimal value (from 16-buit format)
3636
#define TMAG5273_TADC_RES 60.1f // Temperature sensing resolution (in 16-bit format)
3737

38-
#define TMAG5273_CRC_DISABLE 0X0 // Disables I2C CRC byte to be sent
39-
#define TMAG5273_CRC_ENABLE 0X1 // Enable I2C CRC byte to be sent
38+
#define TMAG5273_CRC_DISABLE 0x0 // Disables I2C CRC byte to be sent
39+
#define TMAG5273_CRC_ENABLE 0x1 // Enable I2C CRC byte to be sent
4040

41-
#define TMAG5273_X1_CONVERSION 0X0 // 1X Average
42-
#define TMAG5273_X2_CONVERSION 0X1 // 2X Average
43-
#define TMAG5273_X4_CONVERSION 0X2 // 4X Average
44-
#define TMAG5273_X8_CONVERSION 0X3 // 8X Average
45-
#define TMAG5273_X16_CONVERSION 0X4 // 16X Average
46-
#define TMAG5273_X32_CONVERSION 0X5 // 32X Average
41+
#define TMAG5273_X1_CONVERSION 0x0 // 1X Average
42+
#define TMAG5273_X2_CONVERSION 0x1 // 2X Average
43+
#define TMAG5273_X4_CONVERSION 0x2 // 4X Average
44+
#define TMAG5273_X8_CONVERSION 0x3 // 8X Average
45+
#define TMAG5273_X16_CONVERSION 0x4 // 16X Average
46+
#define TMAG5273_X32_CONVERSION 0x5 // 32X Average
4747

48-
#define TMAG5273_I2C_MODE_3BYTE 0X0 // Standard I2C 3-byte read command
49-
#define TMAG5273_I2C_MODE_1BYTE_16BIT 0X1 // 1-byte I2C read command for 16bit sensor data and conversion status
50-
#define TMAG5273_I2C_MODE_1BYTE_8BIT 0X2 // 1-byte I2C read command for 8 bit sensor MSB data and conversion status
48+
#define TMAG5273_I2C_MODE_3BYTE 0x0 // Standard I2C 3-byte read command
49+
#define TMAG5273_I2C_MODE_1BYTE_16BIT 0x1 // 1-byte I2C read command for 16bit sensor data and conversion status
50+
#define TMAG5273_I2C_MODE_1BYTE_8BIT 0x2 // 1-byte I2C read command for 8 bit sensor MSB data and conversion status
5151

52-
#define TMAG5273_LOW_ACTIVE_CURRENT_MODE 0X0 // Low active current mode
53-
#define TMAG5273_LOW_NOISE_MODE 0X1 // Low noise mode
52+
#define TMAG5273_LOW_ACTIVE_CURRENT_MODE 0x0 // Low active current mode
53+
#define TMAG5273_LOW_NOISE_MODE 0x1 // Low noise mode
5454

55-
#define TMAG5273_GLITCH_ON 0X0 // Glitch filter on
56-
#define TMAG5273_GLITCH_OFF 0X1 // Glitch filter off
55+
#define TMAG5273_GLITCH_ON 0x0 // Glitch filter on
56+
#define TMAG5273_GLITCH_OFF 0x1 // Glitch filter off
5757

58-
#define TMAG5273_STANDY_BY_MODE 0X0 // Stand-by mode
59-
#define TMAG5273_SLEEP_MODE 0X1 // Sleep mode
60-
#define TMAG5273_CONTINUOUS_MEASURE_MODE 0X2 // Continous measure mode
61-
#define TMAG5273_WAKE_UP_AND_SLEEP_MODE 0X3 // Wake-up and sleep mode
58+
#define TMAG5273_STANDY_BY_MODE 0x0 // Stand-by mode
59+
#define TMAG5273_SLEEP_MODE 0x1 // Sleep mode
60+
#define TMAG5273_CONTINUOUS_MEASURE_MODE 0x2 // Continous measure mode
61+
#define TMAG5273_WAKE_UP_AND_SLEEP_MODE 0x3 // Wake-up and sleep mode
6262

6363
// Sensor Channel Modes
6464
#define TMAG5273_CHANNEL_MODE_BITS 0xF0 // Bits 7-4
6565
#define TMAG5273_CHANNEL_MODE_LSB 4
66-
#define TMAG5273_CHANNELS_OFF 0X0 // Turn all the magnetic channels off
67-
#define TMAG5273_X_ENABLE 0X1 // X Channel enabled
68-
#define TMAG5273_Y_ENABLE 0X2 // Y Channel enabled
69-
#define TMAG5273_X_Y_ENABLE 0X3 // X, Y Channel enabled
70-
#define TMAG5273_Z_ENABLE 0X4 // Z Channel enabled
71-
#define TMAG5273_Z_X_ENABLE 0X5 // Z, X Channel enabled
72-
#define TMAG5273_Y_Z_ENABLE 0X6 // Y, Z Channel enabled
73-
#define TMAG5273_X_Y_Z_ENABLE 0X7 // X, Y, Z Channel enabled
74-
#define TMAG5273_XYX_ENABLE 0X8 // XYX Channel enabled
75-
#define TMAG5273_YXY_ENABLE 0X9 // YXY Channel enabled
76-
#define TMAG5273_YZY_ENABLE 0XA // YZY Channel enabled
77-
#define TMAG5273_XZX_ENABLE 0XB // XZX Channel enabled
66+
#define TMAG5273_CHANNELS_OFF 0x0 // Turn all the magnetic channels off
67+
#define TMAG5273_X_ENABLE 0x1 // X Channel enabled
68+
#define TMAG5273_Y_ENABLE 0x2 // Y Channel enabled
69+
#define TMAG5273_X_Y_ENABLE 0x3 // X, Y Channel enabled
70+
#define TMAG5273_Z_ENABLE 0x4 // Z Channel enabled
71+
#define TMAG5273_Z_X_ENABLE 0x5 // Z, X Channel enabled
72+
#define TMAG5273_Y_Z_ENABLE 0x6 // Y, Z Channel enabled
73+
#define TMAG5273_X_Y_Z_ENABLE 0x7 // X, Y, Z Channel enabled
74+
#define TMAG5273_XYX_ENABLE 0x8 // XYX Channel enabled
75+
#define TMAG5273_YXY_ENABLE 0x9 // YXY Channel enabled
76+
#define TMAG5273_YZY_ENABLE 0xA // YZY Channel enabled
77+
#define TMAG5273_XZX_ENABLE 0xB // XZX Channel enabled
7878

7979
#define TMAG5273_SLEEP_MODE_BITS 0x0F // Bits 3-0
8080
#define TMAG5273_SLEEP_MODE_LSB 0
81-
#define TMAG5273_SLEEP_1MS 0X0 // 1ms
82-
#define TMAG5273_SLEEP_5MS 0X1 // 5ms
83-
#define TMAG5273_SLEEP_10MS 0X2 // 10 ms
84-
#define TMAG5273_SLEEP_15MS 0X3 // 15ms
85-
#define TMAG5273_SLEEP_20MS 0X4 // 20ms
86-
#define TMAG5273_SLEEP_30MS 0X5 // 30ms
87-
#define TMAG5273_SLEEP_50MS 0X6 // 50ms
88-
#define TMAG5273_SLEEP_100MS 0X7 // 100ms
89-
#define TMAG5273_SLEEP_500MS 0X8 // 500ms
90-
#define TMAG5273_SLEEP_1000MS 0X9 // 1000ms
91-
#define TMAG5273_SLEEP_2000MS 0XA // 2000ms
92-
#define TMAG5273_SLEEP_5000MS 0XB // 5000ms
93-
#define TMAG5273_SLEEP_20000MS 0XC // 20000ms
81+
#define TMAG5273_SLEEP_1MS 0x0 // 1ms
82+
#define TMAG5273_SLEEP_5MS 0x1 // 5ms
83+
#define TMAG5273_SLEEP_10MS 0x2 // 10 ms
84+
#define TMAG5273_SLEEP_15MS 0x3 // 15ms
85+
#define TMAG5273_SLEEP_20MS 0x4 // 20ms
86+
#define TMAG5273_SLEEP_30MS 0x5 // 30ms
87+
#define TMAG5273_SLEEP_50MS 0x6 // 50ms
88+
#define TMAG5273_SLEEP_100MS 0x7 // 100ms
89+
#define TMAG5273_SLEEP_500MS 0x8 // 500ms
90+
#define TMAG5273_SLEEP_1000MS 0x9 // 1000ms
91+
#define TMAG5273_SLEEP_2000MS 0xA // 2000ms
92+
#define TMAG5273_SLEEP_5000MS 0xB // 5000ms
93+
#define TMAG5273_SLEEP_20000MS 0xC // 20000ms
9494

95-
#define TMAG5273_THRESHOLD_1 0X0 // 1 Threshold crossing
96-
#define TMAG5273_THRESHOLD_4 0X1 // 4 Threshold crossing
95+
#define TMAG5273_THRESHOLD_1 0x0 // 1 Threshold crossing
96+
#define TMAG5273_THRESHOLD_4 0x1 // 4 Threshold crossing
9797

98-
#define TMAG5273_THRESHOLD_INT_ABOVE 0X0 // Sets interrupt for field above the threshold
99-
#define TMAG5273_THRESHOLD_INT_BELOW 0X1 // Sets interrupt for field below the threshold
98+
#define TMAG5273_THRESHOLD_INT_ABOVE 0x0 // Sets interrupt for field above the threshold
99+
#define TMAG5273_THRESHOLD_INT_BELOW 0x1 // Sets interrupt for field below the threshold
100100

101-
#define TMAG5273_GAIN_ADJUST_CHANNEL_1 0X0 // 1st channel is selected for gain adjustment
102-
#define TMAG5273_GAIN_ADJUST_CHANNEL_2 0X1 // 2nd channel is selected for gain adjustment
101+
#define TMAG5273_GAIN_ADJUST_CHANNEL_1 0x0 // 1st channel is selected for gain adjustment
102+
#define TMAG5273_GAIN_ADJUST_CHANNEL_2 0x1 // 2nd channel is selected for gain adjustment
103103

104-
#define TMAG5273_NO_ANGLE_CALCULATION 0X0 // No angle calculation, magnetic gain, and offset correction enabled
105-
#define TMAG5273_XY_ANGLE_CALCULATION 0X1 // X 1st, Y 2nd
106-
#define TMAG5273_YZ_ANGLE_CALCULATION 0X2 // Y 1st, Z 2nd
107-
#define TMAG5273_XZ_ANGLE_CALCULATION 0X3 // X 1st, Z 2nd
104+
#define TMAG5273_NO_ANGLE_CALCULATION 0x0 // No angle calculation, magnetic gain, and offset correction enabled
105+
#define TMAG5273_XY_ANGLE_CALCULATION 0x1 // X 1st, Y 2nd
106+
#define TMAG5273_YZ_ANGLE_CALCULATION 0x2 // Y 1st, Z 2nd
107+
#define TMAG5273_XZ_ANGLE_CALCULATION 0x3 // X 1st, Z 2nd
108108

109-
#define TMAG5273_RANGE_40MT 0X0 // +/-40mT, DEFAULT
110-
#define TMAG5273_RANGE_80MT 0X1 // +/-80mT, DEFAULT
109+
#define TMAG5273_RANGE_40MT 0x0 // +/-40mT, DEFAULT
110+
#define TMAG5273_RANGE_80MT 0x1 // +/-80mT, DEFAULT
111111

112-
#define TMAG5273_TEMPERATURE_DISABLE 0X0 // Temperature channel disabled
113-
#define TMAG5273_TEMPERATURE_ENABLE 0X1 // Temperature channel enabled
112+
#define TMAG5273_TEMPERATURE_DISABLE 0x0 // Temperature channel disabled
113+
#define TMAG5273_TEMPERATURE_ENABLE 0x1 // Temperature channel enabled
114114

115-
#define TMAG5273_INTERRUPT_NOT_ASSERTED 0X0 // Interrupt is not asserved when set
116-
#define TMAG5273_INTERRUPT_ASSERTED 0X1 // Interrupt is asserted
115+
#define TMAG5273_INTERRUPT_NOT_ASSERTED 0x0 // Interrupt is not asserved when set
116+
#define TMAG5273_INTERRUPT_ASSERTED 0x1 // Interrupt is asserted
117117

118-
#define TMAG5273_NO_INTERRUPT 0X0 // No interrupt
119-
#define TMAG5273_INTERRUPT_THROUGH_INT 0X1 // Interrupt thru INT
120-
#define TMAG5273_INTERRUPT_THROUGH_INT_I2C 0X2 // Interrupt thru INT except when I2C bus is busy
121-
#define TMAG5273_INTERRUPT_THROUGH_SCL 0X3 // Interrupt thru SCL
122-
#define TMAG5273_INTERRUPT_THROUGH_SCL_I2C 0X4 // Interrupt thru SCL except when I2C bus is busy
118+
#define TMAG5273_NO_INTERRUPT 0x0 // No interrupt
119+
#define TMAG5273_INTERRUPT_THROUGH_INT 0x1 // Interrupt thru INT
120+
#define TMAG5273_INTERRUPT_THROUGH_INT_I2C 0x2 // Interrupt thru INT except when I2C bus is busy
121+
#define TMAG5273_INTERRUPT_THROUGH_SCL 0x3 // Interrupt thru SCL
122+
#define TMAG5273_INTERRUPT_THROUGH_SCL_I2C 0x4 // Interrupt thru SCL except when I2C bus is busy
123123

124-
#define TMAG5273_INTERRUPT_ENABLED 0X0 // Interrupt pin is enabled
125-
#define TMAG5273_INTERRUPT_DISABLED 0X1 // Interrupt pin is disabled
124+
#define TMAG5273_INTERRUPT_ENABLED 0x0 // Interrupt pin is enabled
125+
#define TMAG5273_INTERRUPT_DISABLED 0x1 // Interrupt pin is disabled
126126

127-
#define TMAG5273_INT_PIN_ENABLE 0X0 // INT pin is enabled
128-
#define TMAG5273_INT_PIN_DISABLE 0X1 // INT pin is disabled (for wake-up and trigger functions)
127+
#define TMAG5273_INT_PIN_ENABLE 0x0 // INT pin is enabled
128+
#define TMAG5273_INT_PIN_DISABLE 0x1 // INT pin is disabled (for wake-up and trigger functions)
129129

130-
#define TMAG5273_I2C_ADDRESS_CHANGE_DISABLE 0X0 // Disable update of I2C address
131-
#define TMAG5273_I2C_ADDRESS_CHANGE_ENABLE 0X1 // Enable update of I2C address
130+
#define TMAG5273_I2C_ADDRESS_CHANGE_DISABLE 0x0 // Disable update of I2C address
131+
#define TMAG5273_I2C_ADDRESS_CHANGE_ENABLE 0x1 // Enable update of I2C address
132132

133-
#define TMAG5273_NO_POR 0X0 // Conversion data not complete
134-
#define TMAG5273_YES_POR 0X1 // Conversion data complete
133+
#define TMAG5273_NO_POR 0x0 // Conversion data not complete
134+
#define TMAG5273_YES_POR 0x1 // Conversion data complete
135135

136-
#define TMAG5273_OSCILLATOR_ERROR_UNDETECTED 0X0 // No Oscillator error detected
137-
#define TMAG5273_OSCILLATOR_ERROR_DETECTED 0X1 // Oscillator error detected
136+
#define TMAG5273_OSCILLATOR_ERROR_UNDETECTED 0x0 // No Oscillator error detected
137+
#define TMAG5273_OSCILLATOR_ERROR_DETECTED 0x1 // Oscillator error detected
138138

139-
#define TMAG5273_INT_ERROR_UNDETECTED 0X0 // No INT error detected
140-
#define TMAG5273_INT_ERROR_DETECTED 0X1 // INT error detected
139+
#define TMAG5273_INT_ERROR_UNDETECTED 0x0 // No INT error detected
140+
#define TMAG5273_INT_ERROR_DETECTED 0x1 // INT error detected
141141

142142
/********************************** Register Definitions **********************************/
143143

144-
const uint8_t TMAG5273_REG_DEVICE_CONFIG_1 = 0X00;
145-
const uint8_t TMAG5273_REG_DEVICE_CONFIG_2 = 0X01;
146-
const uint8_t TMAG5273_REG_SENSOR_CONFIG_1 = 0X02;
147-
const uint8_t TMAG5273_REG_SENSOR_CONFIG_2 = 0X03;
148-
const uint8_t TMAG5273_REG_X_THR_CONFIG = 0X04;
149-
const uint8_t TMAG5273_REG_Y_THR_CONFIG = 0X05;
150-
const uint8_t TMAG5273_REG_Z_THR_CONFIG = 0X06;
151-
const uint8_t TMAG5273_REG_T_CONFIG = 0X07;
152-
const uint8_t TMAG5273_REG_INT_CONFIG_1 = 0X08;
153-
const uint8_t TMAG5273_REG_MAG_GAIN_CONFIG = 0X09;
154-
const uint8_t TMAG5273_REG_MAG_OFFSET_CONFIG_1 = 0X0A;
155-
const uint8_t TMAG5273_REG_MAG_OFFSET_CONFIG_2 = 0X0B;
156-
const uint8_t TMAG5273_REG_I2C_ADDRESS = 0X0C;
157-
const uint8_t TMAG5273_REG_DEVICE_ID = 0X0D;
158-
const uint8_t TMAG5273_REG_MANUFACTURER_ID_LSB = 0X0E;
159-
const uint8_t TMAG5273_REG_MANUFACTURER_ID_MSB = 0X0F;
160-
const uint8_t TMAG5273_REG_T_MSB_RESULT = 0X10;
161-
const uint8_t TMAG5273_REG_T_LSB_RESULT = 0X11;
162-
const uint8_t TMAG5273_REG_X_MSB_RESULT = 0X12;
163-
const uint8_t TMAG5273_REG_X_LSB_RESULT = 0X13;
164-
const uint8_t TMAG5273_REG_Y_MSB_RESULT = 0X14;
165-
const uint8_t TMAG5273_REG_Y_LSB_RESULT = 0X15;
166-
const uint8_t TMAG5273_REG_Z_MSB_RESULT = 0X16;
167-
const uint8_t TMAG5273_REG_Z_LSB_RESULT = 0X17;
168-
const uint8_t TMAG5273_REG_CONV_STATUS = 0X18;
169-
const uint8_t TMAG5273_REG_ANGLE_RESULT_MSB = 0X19;
170-
const uint8_t TMAG5273_REG_ANGLE_RESULT_LSB = 0X1A;
171-
const uint8_t TMAG5273_REG_MAGNITUDE_RESULT = 0X1B;
172-
const uint8_t TMAG5273_REG_DEVICE_STATUS = 0X1C;
144+
const uint8_t TMAG5273_REG_DEVICE_CONFIG_1 = 0x00;
145+
const uint8_t TMAG5273_REG_DEVICE_CONFIG_2 = 0x01;
146+
const uint8_t TMAG5273_REG_SENSOR_CONFIG_1 = 0x02;
147+
const uint8_t TMAG5273_REG_SENSOR_CONFIG_2 = 0x03;
148+
const uint8_t TMAG5273_REG_X_THR_CONFIG = 0x04;
149+
const uint8_t TMAG5273_REG_Y_THR_CONFIG = 0x05;
150+
const uint8_t TMAG5273_REG_Z_THR_CONFIG = 0x06;
151+
const uint8_t TMAG5273_REG_T_CONFIG = 0x07;
152+
const uint8_t TMAG5273_REG_INT_CONFIG_1 = 0x08;
153+
const uint8_t TMAG5273_REG_MAG_GAIN_CONFIG = 0x09;
154+
const uint8_t TMAG5273_REG_MAG_OFFSET_CONFIG_1 = 0x0A;
155+
const uint8_t TMAG5273_REG_MAG_OFFSET_CONFIG_2 = 0x0B;
156+
const uint8_t TMAG5273_REG_I2C_ADDRESS = 0x0C;
157+
const uint8_t TMAG5273_REG_DEVICE_ID = 0x0D;
158+
const uint8_t TMAG5273_REG_MANUFACTURER_ID_LSB = 0x0E;
159+
const uint8_t TMAG5273_REG_MANUFACTURER_ID_MSB = 0x0F;
160+
const uint8_t TMAG5273_REG_T_MSB_RESULT = 0x10;
161+
const uint8_t TMAG5273_REG_T_LSB_RESULT = 0x11;
162+
const uint8_t TMAG5273_REG_X_MSB_RESULT = 0x12;
163+
const uint8_t TMAG5273_REG_X_LSB_RESULT = 0x13;
164+
const uint8_t TMAG5273_REG_Y_MSB_RESULT = 0x14;
165+
const uint8_t TMAG5273_REG_Y_LSB_RESULT = 0x15;
166+
const uint8_t TMAG5273_REG_Z_MSB_RESULT = 0x16;
167+
const uint8_t TMAG5273_REG_Z_LSB_RESULT = 0x17;
168+
const uint8_t TMAG5273_REG_CONV_STATUS = 0x18;
169+
const uint8_t TMAG5273_REG_ANGLE_RESULT_MSB = 0x19;
170+
const uint8_t TMAG5273_REG_ANGLE_RESULT_LSB = 0x1A;
171+
const uint8_t TMAG5273_REG_MAGNITUDE_RESULT = 0x1B;
172+
const uint8_t TMAG5273_REG_DEVICE_STATUS = 0x1C;
173173

174174
#endif

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