Lucas Lim / Mbed 2 deprecated HSP_Temperature_Barometer_CS3237

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Dependencies:   mbed

MAX30205/MAX30205.h@22:5c07298d3383, 2019-08-26 (annotated)

Committer:
lucaslwl
Date:
Mon Aug 26 08:11:41 2019 +0000
Revision:
22:5c07298d3383
add library folder

Who changed what in which revision?

UserRevisionLine numberNew contents of line
lucaslwl 22:5c07298d3383 1 ///*******************************************************************************
lucaslwl 22:5c07298d3383 2 // * Copyright (C) 2017 Maxim Integrated Products, Inc., All Rights Reserved.
lucaslwl 22:5c07298d3383 3 // *
lucaslwl 22:5c07298d3383 4 // * Permission is hereby granted, free of charge, to any person obtaining a
lucaslwl 22:5c07298d3383 5 // * copy of this software and associated documentation files (the "Software"),
lucaslwl 22:5c07298d3383 6 // * to deal in the Software without restriction, including without limitation
lucaslwl 22:5c07298d3383 7 // * the rights to use, copy, modify, merge, publish, distribute, sublicense,
lucaslwl 22:5c07298d3383 8 // * and/or sell copies of the Software, and to permit persons to whom the
lucaslwl 22:5c07298d3383 9 // * Software is furnished to do so, subject to the following conditions:
lucaslwl 22:5c07298d3383 10 // *
lucaslwl 22:5c07298d3383 11 // * The above copyright notice and this permission notice shall be included
lucaslwl 22:5c07298d3383 12 // * in all copies or substantial portions of the Software.
lucaslwl 22:5c07298d3383 13 // *
lucaslwl 22:5c07298d3383 14 // * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
lucaslwl 22:5c07298d3383 15 // * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
lucaslwl 22:5c07298d3383 16 // * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
lucaslwl 22:5c07298d3383 17 // * IN NO EVENT SHALL MAXIM INTEGRATED BE LIABLE FOR ANY CLAIM, DAMAGES
lucaslwl 22:5c07298d3383 18 // * OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
lucaslwl 22:5c07298d3383 19 // * ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
lucaslwl 22:5c07298d3383 20 // * OTHER DEALINGS IN THE SOFTWARE.
lucaslwl 22:5c07298d3383 21 // *
lucaslwl 22:5c07298d3383 22 // * Except as contained in this notice, the name of Maxim Integrated
lucaslwl 22:5c07298d3383 23 // * Products, Inc. shall not be used except as stated in the Maxim Integrated
lucaslwl 22:5c07298d3383 24 // * Products, Inc. Branding Policy.
lucaslwl 22:5c07298d3383 25 // *
lucaslwl 22:5c07298d3383 26 // * The mere transfer of this software does not imply any licenses
lucaslwl 22:5c07298d3383 27 // * of trade secrets, proprietary technology, copyrights, patents,
lucaslwl 22:5c07298d3383 28 // * trademarks, maskwork rights, or any other form of intellectual
lucaslwl 22:5c07298d3383 29 // * property whatsoever. Maxim Integrated Products, Inc. retains all
lucaslwl 22:5c07298d3383 30 // * ownership rights.
lucaslwl 22:5c07298d3383 31 // *******************************************************************************
lucaslwl 22:5c07298d3383 32 // */
lucaslwl 22:5c07298d3383 33 //#ifndef __MAX30205_H_
lucaslwl 22:5c07298d3383 34 //#define __MAX30205_H_
lucaslwl 22:5c07298d3383 35 //
lucaslwl 22:5c07298d3383 36 //#include "mbed.h"
lucaslwl 22:5c07298d3383 37 //
lucaslwl 22:5c07298d3383 38 ///**
lucaslwl 22:5c07298d3383 39 // * @brief Library for the MAX30205\n
lucaslwl 22:5c07298d3383 40 // * The MAX30205 temperature sensor accurately measures temperature and provide
lucaslwl 22:5c07298d3383 41 // * an overtemperature alarm/interrupt/shutdown output. This device converts the
lucaslwl 22:5c07298d3383 42 // * temperature measurements to digital form using a high-resolution,
lucaslwl 22:5c07298d3383 43 // * sigma-delta, analog-to-digital converter (ADC). Accuracy meets clinical
lucaslwl 22:5c07298d3383 44 // * thermometry specification of the ASTM E1112 when soldered on the final PCB.
lucaslwl 22:5c07298d3383 45 // * Communication is through an I2C-compatible 2-wire serial interface.
lucaslwl 22:5c07298d3383 46 // *
lucaslwl 22:5c07298d3383 47 // * @code
lucaslwl 22:5c07298d3383 48 // * #include "mbed.h"
lucaslwl 22:5c07298d3383 49 // * #include "max32630fthr.h"
lucaslwl 22:5c07298d3383 50 // * #include "MAX30205.h"
lucaslwl 22:5c07298d3383 51 // *
lucaslwl 22:5c07298d3383 52 // * MAX32630FTHR pegasus(MAX32630FTHR::VIO_3V3);
lucaslwl 22:5c07298d3383 53 // *
lucaslwl 22:5c07298d3383 54 // * //Get I2C instance
lucaslwl 22:5c07298d3383 55 // * I2C i2cBus(I2C1_SDA, I2C1_SCL);
lucaslwl 22:5c07298d3383 56 // *
lucaslwl 22:5c07298d3383 57 // * //Get temp sensor instance
lucaslwl 22:5c07298d3383 58 // * MAX30205 bodyTempSensor(i2cBus, 0x4D); //Constructor takes 7-bit slave adrs
lucaslwl 22:5c07298d3383 59 // *
lucaslwl 22:5c07298d3383 60 // * int main(void)
lucaslwl 22:5c07298d3383 61 // * {
lucaslwl 22:5c07298d3383 62 // * //use sensor
lucaslwl 22:5c07298d3383 63 // * }
lucaslwl 22:5c07298d3383 64 // * @endcode
lucaslwl 22:5c07298d3383 65 // */
lucaslwl 22:5c07298d3383 66 //
lucaslwl 22:5c07298d3383 67 //class MAX30205
lucaslwl 22:5c07298d3383 68 //{
lucaslwl 22:5c07298d3383 69 //
lucaslwl 22:5c07298d3383 70 //public:
lucaslwl 22:5c07298d3383 71 // /// MAX30205 Register Addresses
lucaslwl 22:5c07298d3383 72 // enum Registers_e
lucaslwl 22:5c07298d3383 73 // {
lucaslwl 22:5c07298d3383 74 // Temperature = 0x00,
lucaslwl 22:5c07298d3383 75 // Configuration = 0x01,
lucaslwl 22:5c07298d3383 76 // THYST = 0x02,
lucaslwl 22:5c07298d3383 77 // TOS = 0x03
lucaslwl 22:5c07298d3383 78 // };
lucaslwl 22:5c07298d3383 79 //
lucaslwl 22:5c07298d3383 80 // ///MAX30205 Configuration register bitfields
lucaslwl 22:5c07298d3383 81 // union Configuration_u
lucaslwl 22:5c07298d3383 82 // {
lucaslwl 22:5c07298d3383 83 // uint8_t all;
lucaslwl 22:5c07298d3383 84 // struct BitField_s
lucaslwl 22:5c07298d3383 85 // {
lucaslwl 22:5c07298d3383 86 // uint8_t shutdown : 1;
lucaslwl 22:5c07298d3383 87 // uint8_t comp_int : 1;
lucaslwl 22:5c07298d3383 88 // uint8_t os_polarity : 1;
lucaslwl 22:5c07298d3383 89 // uint8_t fault_queue : 2;
lucaslwl 22:5c07298d3383 90 // uint8_t data_format : 1;
lucaslwl 22:5c07298d3383 91 // uint8_t timeout : 1;
lucaslwl 22:5c07298d3383 92 // uint8_t one_shot : 1;
lucaslwl 22:5c07298d3383 93 // }bits;
lucaslwl 22:5c07298d3383 94 // };
lucaslwl 22:5c07298d3383 95 //
lucaslwl 22:5c07298d3383 96 // /**
lucaslwl 22:5c07298d3383 97 // * @brief Constructor using reference to I2C object
lucaslwl 22:5c07298d3383 98 // * @param i2c - Reference to I2C object
lucaslwl 22:5c07298d3383 99 // * @param slaveAddress - 7-bit I2C address
lucaslwl 22:5c07298d3383 100 // */
lucaslwl 22:5c07298d3383 101 // MAX30205(I2C &i2c, uint8_t slaveAddress);
lucaslwl 22:5c07298d3383 102 //
lucaslwl 22:5c07298d3383 103 // /** @brief Destructor */
lucaslwl 22:5c07298d3383 104 // ~MAX30205(void);
lucaslwl 22:5c07298d3383 105 //
lucaslwl 22:5c07298d3383 106 // /**
lucaslwl 22:5c07298d3383 107 // * @brief Read the temperature from the device into a 16 bit value
lucaslwl 22:5c07298d3383 108 // * @param[out] value - Raw temperature data on success
lucaslwl 22:5c07298d3383 109 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 110 // */
lucaslwl 22:5c07298d3383 111 // int32_t readTemperature(uint16_t &value);
lucaslwl 22:5c07298d3383 112 //
lucaslwl 22:5c07298d3383 113 // /**
lucaslwl 22:5c07298d3383 114 // * @brief Read the configuration register
lucaslwl 22:5c07298d3383 115 // * @param config - Reference to Configuration type
lucaslwl 22:5c07298d3383 116 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 117 // */
lucaslwl 22:5c07298d3383 118 // int32_t readConfiguration(Configuration_u &config);
lucaslwl 22:5c07298d3383 119 //
lucaslwl 22:5c07298d3383 120 // /**
lucaslwl 22:5c07298d3383 121 // * @brief Write the configuration register with given configuration
lucaslwl 22:5c07298d3383 122 // * @param config - Configuration to write
lucaslwl 22:5c07298d3383 123 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 124 // */
lucaslwl 22:5c07298d3383 125 // int32_t writeConfiguration(const Configuration_u config);
lucaslwl 22:5c07298d3383 126 //
lucaslwl 22:5c07298d3383 127 // /**
lucaslwl 22:5c07298d3383 128 // * @brief Read the THYST value from a specified device instance
lucaslwl 22:5c07298d3383 129 // * @param[out] value - THYST register value on success
lucaslwl 22:5c07298d3383 130 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 131 // */
lucaslwl 22:5c07298d3383 132 // int32_t readTHYST(uint16_t &value);
lucaslwl 22:5c07298d3383 133 //
lucaslwl 22:5c07298d3383 134 // /**
lucaslwl 22:5c07298d3383 135 // * @brief Write the THYST to a device instance
lucaslwl 22:5c07298d3383 136 // * @param value - 16-bit value to write
lucaslwl 22:5c07298d3383 137 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 138 // */
lucaslwl 22:5c07298d3383 139 // int32_t writeTHYST(const uint16_t value);
lucaslwl 22:5c07298d3383 140 //
lucaslwl 22:5c07298d3383 141 // /**
lucaslwl 22:5c07298d3383 142 // * @brief Read the TOS value from device
lucaslwl 22:5c07298d3383 143 // * @param[out] value - TOS register value on success
lucaslwl 22:5c07298d3383 144 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 145 // */
lucaslwl 22:5c07298d3383 146 // int32_t readTOS(uint16_t &value);
lucaslwl 22:5c07298d3383 147 //
lucaslwl 22:5c07298d3383 148 // /**
lucaslwl 22:5c07298d3383 149 // * @brief Write the TOS register
lucaslwl 22:5c07298d3383 150 // * @param value - 16-bit value to write
lucaslwl 22:5c07298d3383 151 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 152 // */
lucaslwl 22:5c07298d3383 153 // int32_t writeTOS(const uint16_t value);
lucaslwl 22:5c07298d3383 154 //
lucaslwl 22:5c07298d3383 155 // /**
lucaslwl 22:5c07298d3383 156 // * @brief Convert a raw temperature value into a float
lucaslwl 22:5c07298d3383 157 // * @param rawTemp - raw temperature value to convert
lucaslwl 22:5c07298d3383 158 // * @return the convereted value in degrees C
lucaslwl 22:5c07298d3383 159 // */
lucaslwl 22:5c07298d3383 160 // float toCelsius(uint32_t rawTemp);
lucaslwl 22:5c07298d3383 161 //
lucaslwl 22:5c07298d3383 162 // /**
lucaslwl 22:5c07298d3383 163 // * @brief Convert the passed in temperature in C to Fahrenheit
lucaslwl 22:5c07298d3383 164 // * @param temperatureC Temperature in C to convert
lucaslwl 22:5c07298d3383 165 // * @returns Returns the converted Fahrenheit value
lucaslwl 22:5c07298d3383 166 // */
lucaslwl 22:5c07298d3383 167 // float toFahrenheit(float temperatureC);
lucaslwl 22:5c07298d3383 168 //
lucaslwl 22:5c07298d3383 169 //protected:
lucaslwl 22:5c07298d3383 170 //
lucaslwl 22:5c07298d3383 171 // /**
lucaslwl 22:5c07298d3383 172 // * @brief Write register of device at slave address
lucaslwl 22:5c07298d3383 173 // * @param reg - Register address
lucaslwl 22:5c07298d3383 174 // * @param value - Value to write
lucaslwl 22:5c07298d3383 175 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 176 // */
lucaslwl 22:5c07298d3383 177 // int32_t writeRegister(Registers_e reg, uint16_t value);
lucaslwl 22:5c07298d3383 178 //
lucaslwl 22:5c07298d3383 179 // /**
lucaslwl 22:5c07298d3383 180 // * @brief Read register of device at slave address
lucaslwl 22:5c07298d3383 181 // * @param reg - Register address
lucaslwl 22:5c07298d3383 182 // * @param[out] value - Read data on success
lucaslwl 22:5c07298d3383 183 // * @return 0 on success, non-zero on failure
lucaslwl 22:5c07298d3383 184 // */
lucaslwl 22:5c07298d3383 185 // int32_t readRegister(Registers_e reg, uint16_t &value);
lucaslwl 22:5c07298d3383 186 //
lucaslwl 22:5c07298d3383 187 //private:
lucaslwl 22:5c07298d3383 188 // /// I2C object
lucaslwl 22:5c07298d3383 189 // I2C & m_i2c;
lucaslwl 22:5c07298d3383 190 // /// Device slave addresses
lucaslwl 22:5c07298d3383 191 // uint8_t m_writeAddress, m_readAddress;
lucaslwl 22:5c07298d3383 192 //};
lucaslwl 22:5c07298d3383 193 //
lucaslwl 22:5c07298d3383 194 //#endif /* __MAX30205_H_ */
lucaslwl 22:5c07298d3383 195
lucaslwl 22:5c07298d3383 196
lucaslwl 22:5c07298d3383 197
lucaslwl 22:5c07298d3383 198 /*******************************************************************************
lucaslwl 22:5c07298d3383 199 * Copyright (C) 2016 Maxim Integrated Products, Inc., All Rights Reserved.
lucaslwl 22:5c07298d3383 200 *
lucaslwl 22:5c07298d3383 201 * Permission is hereby granted, free of charge, to any person obtaining a
lucaslwl 22:5c07298d3383 202 * copy of this software and associated documentation files (the "Software"),
lucaslwl 22:5c07298d3383 203 * to deal in the Software without restriction, including without limitation
lucaslwl 22:5c07298d3383 204 * the rights to use, copy, modify, merge, publish, distribute, sublicense,
lucaslwl 22:5c07298d3383 205 * and/or sell copies of the Software, and to permit persons to whom the
lucaslwl 22:5c07298d3383 206 * Software is furnished to do so, subject to the following conditions:
lucaslwl 22:5c07298d3383 207 *
lucaslwl 22:5c07298d3383 208 * The above copyright notice and this permission notice shall be included
lucaslwl 22:5c07298d3383 209 * in all copies or substantial portions of the Software.
lucaslwl 22:5c07298d3383 210 *
lucaslwl 22:5c07298d3383 211 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
lucaslwl 22:5c07298d3383 212 * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
lucaslwl 22:5c07298d3383 213 * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
lucaslwl 22:5c07298d3383 214 * IN NO EVENT SHALL MAXIM INTEGRATED BE LIABLE FOR ANY CLAIM, DAMAGES
lucaslwl 22:5c07298d3383 215 * OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
lucaslwl 22:5c07298d3383 216 * ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
lucaslwl 22:5c07298d3383 217 * OTHER DEALINGS IN THE SOFTWARE.
lucaslwl 22:5c07298d3383 218 *
lucaslwl 22:5c07298d3383 219 * Except as contained in this notice, the name of Maxim Integrated
lucaslwl 22:5c07298d3383 220 * Products, Inc. shall not be used except as stated in the Maxim Integrated
lucaslwl 22:5c07298d3383 221 * Products, Inc. Branding Policy.
lucaslwl 22:5c07298d3383 222 *
lucaslwl 22:5c07298d3383 223 * The mere transfer of this software does not imply any licenses
lucaslwl 22:5c07298d3383 224 * of trade secrets, proprietary technology, copyrights, patents,
lucaslwl 22:5c07298d3383 225 * trademarks, maskwork rights, or any other form of intellectual
lucaslwl 22:5c07298d3383 226 * property whatsoever. Maxim Integrated Products, Inc. retains all
lucaslwl 22:5c07298d3383 227 * ownership rights.
lucaslwl 22:5c07298d3383 228 *******************************************************************************
lucaslwl 22:5c07298d3383 229 */
lucaslwl 22:5c07298d3383 230 #ifndef __MAX30205_H_
lucaslwl 22:5c07298d3383 231 #define __MAX30205_H_
lucaslwl 22:5c07298d3383 232
lucaslwl 22:5c07298d3383 233 #include "mbed.h"
lucaslwl 22:5c07298d3383 234
lucaslwl 22:5c07298d3383 235 /**
lucaslwl 22:5c07298d3383 236 * @brief Driver for the MAX30205 on the HSP Platform
lucaslwl 22:5c07298d3383 237 */
lucaslwl 22:5c07298d3383 238
lucaslwl 22:5c07298d3383 239 class MAX30205 {
lucaslwl 22:5c07298d3383 240 public:
lucaslwl 22:5c07298d3383 241 ///< MAX30205 Register Addresses
lucaslwl 22:5c07298d3383 242 typedef enum Registers {
lucaslwl 22:5c07298d3383 243 MAX30205_Temperature = 0x00,
lucaslwl 22:5c07298d3383 244 MAX30205_Configuration = 0x01,
lucaslwl 22:5c07298d3383 245 MAX30205_THYST = 0x02,
lucaslwl 22:5c07298d3383 246 MAX30205_TOS = 0x03
lucaslwl 22:5c07298d3383 247 } Registers_t;
lucaslwl 22:5c07298d3383 248
lucaslwl 22:5c07298d3383 249 /**
lucaslwl 22:5c07298d3383 250 * @brief Constructor using I2C PinNames
lucaslwl 22:5c07298d3383 251 * @param sda Pinname for sda
lucaslwl 22:5c07298d3383 252 * @param scl Pinname for scl
lucaslwl 22:5c07298d3383 253 */
lucaslwl 22:5c07298d3383 254 MAX30205(PinName sda, PinName scl, int slaveAddress);
lucaslwl 22:5c07298d3383 255 /**
lucaslwl 22:5c07298d3383 256 * @brief Constructor using pointer to I2C object
lucaslwl 22:5c07298d3383 257 * @param *i2c Pointer to I2C object
lucaslwl 22:5c07298d3383 258 */
lucaslwl 22:5c07298d3383 259 MAX30205(I2C *i2c, int slaveAddress);
lucaslwl 22:5c07298d3383 260
lucaslwl 22:5c07298d3383 261 /** @brief Destructor */
lucaslwl 22:5c07298d3383 262 ~MAX30205(void);
lucaslwl 22:5c07298d3383 263
lucaslwl 22:5c07298d3383 264 /** @brief Write a register into device at slave address
lucaslwl 22:5c07298d3383 265 * @param reg register address
lucaslwl 22:5c07298d3383 266 * @param value value to write
lucaslwl 22:5c07298d3383 267 */
lucaslwl 22:5c07298d3383 268 int reg_write(char reg, char value);
lucaslwl 22:5c07298d3383 269
lucaslwl 22:5c07298d3383 270 /**
lucaslwl 22:5c07298d3383 271 * @brief Detect the second instance of the MAX30205
lucaslwl 22:5c07298d3383 272 * @param reg register address
lucaslwl 22:5c07298d3383 273 * @param value 8-bit value to writes
lucaslwl 22:5c07298d3383 274 */
lucaslwl 22:5c07298d3383 275 int reg_read(char reg, char *value);
lucaslwl 22:5c07298d3383 276
lucaslwl 22:5c07298d3383 277 /**
lucaslwl 22:5c07298d3383 278 * @brief Write a 16-bit value into device at slave address
lucaslwl 22:5c07298d3383 279 * @param reg register address
lucaslwl 22:5c07298d3383 280 * @param value 16-bit value to write
lucaslwl 22:5c07298d3383 281 */
lucaslwl 22:5c07298d3383 282 int reg_write16(char reg, uint16_t value);
lucaslwl 22:5c07298d3383 283
lucaslwl 22:5c07298d3383 284 /**
lucaslwl 22:5c07298d3383 285 * @brief Read a 16-bit value from a device at a slave address
lucaslwl 22:5c07298d3383 286 * @param reg register address
lucaslwl 22:5c07298d3383 287 * @param value pointer to store read value
lucaslwl 22:5c07298d3383 288 */
lucaslwl 22:5c07298d3383 289 int reg_read16(char reg, uint16_t *value);
lucaslwl 22:5c07298d3383 290
lucaslwl 22:5c07298d3383 291 /**
lucaslwl 22:5c07298d3383 292 * @brief Read the temperature from the device into a 16 bit value
lucaslwl 22:5c07298d3383 293 * @param value pointer to a 16 bit short
lucaslwl 22:5c07298d3383 294 */
lucaslwl 22:5c07298d3383 295 int readTemperature(uint16_t *value);
lucaslwl 22:5c07298d3383 296
lucaslwl 22:5c07298d3383 297 /**
lucaslwl 22:5c07298d3383 298 * @brief Read the THYST value from a specified device instance
lucaslwl 22:5c07298d3383 299 * @param value 16-bit pointer of value to read into
lucaslwl 22:5c07298d3383 300 */
lucaslwl 22:5c07298d3383 301 int reg_THYST_Read(uint16_t *value);
lucaslwl 22:5c07298d3383 302
lucaslwl 22:5c07298d3383 303 /**
lucaslwl 22:5c07298d3383 304 * @brief Write the THYST to a device instance
lucaslwl 22:5c07298d3383 305 * @param value 16-bit value to write
lucaslwl 22:5c07298d3383 306 */
lucaslwl 22:5c07298d3383 307 int reg_THYST_Write(uint16_t value);
lucaslwl 22:5c07298d3383 308
lucaslwl 22:5c07298d3383 309 /**
lucaslwl 22:5c07298d3383 310 * @brief Convert a raw temperature value into a float
lucaslwl 22:5c07298d3383 311 * @param rawTemp raw temperature value to convert
lucaslwl 22:5c07298d3383 312 * @return the convereted value in degrees C
lucaslwl 22:5c07298d3383 313 */
lucaslwl 22:5c07298d3383 314 float toCelsius(unsigned int rawTemp);
lucaslwl 22:5c07298d3383 315
lucaslwl 22:5c07298d3383 316 /**
lucaslwl 22:5c07298d3383 317 * @brief Convert the passed in temperature in C to Fahrenheit
lucaslwl 22:5c07298d3383 318 * @param temperatureC Temperature in C to convert
lucaslwl 22:5c07298d3383 319 * @returns Returns the converted Fahrenheit value
lucaslwl 22:5c07298d3383 320 */
lucaslwl 22:5c07298d3383 321 float toFahrenheit(float temperatureC);
lucaslwl 22:5c07298d3383 322
lucaslwl 22:5c07298d3383 323 private:
lucaslwl 22:5c07298d3383 324 /**
lucaslwl 22:5c07298d3383 325 * @brief I2C pointer
lucaslwl 22:5c07298d3383 326 */
lucaslwl 22:5c07298d3383 327 I2C *i2c;
lucaslwl 22:5c07298d3383 328 /**
lucaslwl 22:5c07298d3383 329 * @brief Is this object the owner of the I2C object
lucaslwl 22:5c07298d3383 330 */
lucaslwl 22:5c07298d3383 331 bool isOwner;
lucaslwl 22:5c07298d3383 332 /**
lucaslwl 22:5c07298d3383 333 * @brief Device slave address
lucaslwl 22:5c07298d3383 334 */
lucaslwl 22:5c07298d3383 335 int slaveAddress;
lucaslwl 22:5c07298d3383 336 };
lucaslwl 22:5c07298d3383 337
lucaslwl 22:5c07298d3383 338 #endif /* __MAX30205_H_ */