MSS / VCNL4100

VCNL4100 High Sensitivity Long Distance Proximity and Ambient Light Sensor with I2C Interface

Dependents:   test_VCNL4100 testSensor

VCNL4100.h@0:fbf1a72181fc, 2017-05-08 (annotated)

Committer:
Rhyme
Date:
Mon May 08 07:16:46 2017 +0000
Revision:
0:fbf1a72181fc
First compilable version / no test yet

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Rhyme 0:fbf1a72181fc 1 #ifndef _VCNL4100_H_
Rhyme 0:fbf1a72181fc 2 #define _VCNL4100_H_
Rhyme 0:fbf1a72181fc 3 /**
Rhyme 0:fbf1a72181fc 4 * Vishay VCNL4100
Rhyme 0:fbf1a72181fc 5 * High Sensitivity Long Distance Proximity and
Rhyme 0:fbf1a72181fc 6 * Ambient Light Sensor with I2C Interface
Rhyme 0:fbf1a72181fc 7 */
Rhyme 0:fbf1a72181fc 8 /*
Rhyme 0:fbf1a72181fc 9 * @code
Rhyme 0:fbf1a72181fc 10 * @endcode
Rhyme 0:fbf1a72181fc 11 */
Rhyme 0:fbf1a72181fc 12 class VCNL4100
Rhyme 0:fbf1a72181fc 13 {
Rhyme 0:fbf1a72181fc 14 public:
Rhyme 0:fbf1a72181fc 15 /**
Rhyme 0:fbf1a72181fc 16 * VCNL4100 constructor
Rhyme 0:fbf1a72181fc 17 *
Rhyme 0:fbf1a72181fc 18 * @param sda SDA pin
Rhyme 0:fbf1a72181fc 19 * @param sdl SCL pin
Rhyme 0:fbf1a72181fc 20 * @param addr addr of the I2C peripheral
Rhyme 0:fbf1a72181fc 21 */
Rhyme 0:fbf1a72181fc 22 VCNL4100(PinName sda, PinName scl, int addr);
Rhyme 0:fbf1a72181fc 23
Rhyme 0:fbf1a72181fc 24 /**
Rhyme 0:fbf1a72181fc 25 * VCNL4100 destructor
Rhyme 0:fbf1a72181fc 26 */
Rhyme 0:fbf1a72181fc 27 ~VCNL4100();
Rhyme 0:fbf1a72181fc 28
Rhyme 0:fbf1a72181fc 29 /**
Rhyme 0:fbf1a72181fc 30 * get ALS configuration
Rhyme 0:fbf1a72181fc 31 * @param none
Rhyme 0:fbf1a72181fc 32 * @return uint8_t ALS CONF
Rhyme 0:fbf1a72181fc 33 *
Rhyme 0:fbf1a72181fc 34 * @note bit[7:6] ALS_IT ASL integration time setting,
Rhyme 0:fbf1a72181fc 35 * @note longer integration time has higher sensitivity
Rhyme 0:fbf1a72181fc 36 * @note 00=80ms, 01=160ms, 10=320ms, 11=640ms
Rhyme 0:fbf1a72181fc 37 * @note -
Rhyme 0:fbf1a72181fc 38 * @note bit[5:4] (reserved)
Rhyme 0:fbf1a72181fc 39 * @note -
Rhyme 0:fbf1a72181fc 40 * @note bit[3:2] ALS interrupt persistence setting
Rhyme 0:fbf1a72181fc 41 * @note 00=1, 01=2, 10=4, 11=8
Rhyme 0:fbf1a72181fc 42 * @note -
Rhyme 0:fbf1a72181fc 43 * @note bit[1] ALS_INT_EN 0=ALS interrupt disable, 1=ALS interrupt enable
Rhyme 0:fbf1a72181fc 44 * @note -
Rhyme 0:fbf1a72181fc 45 * @note bit[0] ALS_SD 0=ALS power on, 1=ALS Shut Down
Rhyme 0:fbf1a72181fc 46 */
Rhyme 0:fbf1a72181fc 47 uint8_t getAlsConf(void) ;
Rhyme 0:fbf1a72181fc 48
Rhyme 0:fbf1a72181fc 49 /**
Rhyme 0:fbf1a72181fc 50 * set ALS configuration
Rhyme 0:fbf1a72181fc 51 * @param uint8_t conf, value to assign
Rhyme 0:fbf1a72181fc 52 * @returns none
Rhyme 0:fbf1a72181fc 53 */
Rhyme 0:fbf1a72181fc 54 void setAlsConf(uint8_t conf) ;
Rhyme 0:fbf1a72181fc 55
Rhyme 0:fbf1a72181fc 56 /**
Rhyme 0:fbf1a72181fc 57 * Get ALS high interrupt threshold
Rhyme 0:fbf1a72181fc 58 * @param none
Rhyme 0:fbf1a72181fc 59 * @returns uint16_t ALS high interrupt threshold
Rhyme 0:fbf1a72181fc 60 */
Rhyme 0:fbf1a72181fc 61 uint16_t getAlsThdh(void) ;
Rhyme 0:fbf1a72181fc 62
Rhyme 0:fbf1a72181fc 63 /**
Rhyme 0:fbf1a72181fc 64 * Set ALS high interrupt threshold
Rhyme 0:fbf1a72181fc 65 * @param uint16_t thdh, value to assign
Rhyme 0:fbf1a72181fc 66 * @returns none
Rhyme 0:fbf1a72181fc 67 */
Rhyme 0:fbf1a72181fc 68 void setAlsThdh(uint16_t thdh) ;
Rhyme 0:fbf1a72181fc 69
Rhyme 0:fbf1a72181fc 70 /**
Rhyme 0:fbf1a72181fc 71 * Get ALS low interrupt threshold
Rhyme 0:fbf1a72181fc 72 * @param none
Rhyme 0:fbf1a72181fc 73 * @returns uint16_t ALS low interrupt threshold
Rhyme 0:fbf1a72181fc 74 */
Rhyme 0:fbf1a72181fc 75 uint16_t getAlsThdl(void) ;
Rhyme 0:fbf1a72181fc 76
Rhyme 0:fbf1a72181fc 77 /**
Rhyme 0:fbf1a72181fc 78 * Set ALS low interrupt threshold
Rhyme 0:fbf1a72181fc 79 * @param uint16_t thdl, value to assign
Rhyme 0:fbf1a72181fc 80 * @returns none
Rhyme 0:fbf1a72181fc 81 */
Rhyme 0:fbf1a72181fc 82 void setAlsThdl(uint16_t thdl) ;
Rhyme 0:fbf1a72181fc 83
Rhyme 0:fbf1a72181fc 84 /**
Rhyme 0:fbf1a72181fc 85 * Get PS CONF1 and PS CONF2
Rhyme 0:fbf1a72181fc 86 * @param none
Rhyme 0:fbf1a72181fc 87 * @returns uint16_t PS_CONF2 as MSB, PS_CONF1 as LSB
Rhyme 0:fbf1a72181fc 88 */
Rhyme 0:fbf1a72181fc 89 uint16_t getPsConf12(void) ;
Rhyme 0:fbf1a72181fc 90
Rhyme 0:fbf1a72181fc 91 /**
Rhyme 0:fbf1a72181fc 92 * Set PS CONF1 and PS CONF2
Rhyme 0:fbf1a72181fc 93 * @param uint16_t PS_CONF2 as MSB, PS_CONF1 as LSB
Rhyme 0:fbf1a72181fc 94 * @returns none
Rhyme 0:fbf1a72181fc 95 */
Rhyme 0:fbf1a72181fc 96 void setPsConf12(uint16_t conf12) ;
Rhyme 0:fbf1a72181fc 97
Rhyme 0:fbf1a72181fc 98 /**
Rhyme 0:fbf1a72181fc 99 * get PS CONF1
Rhyme 0:fbf1a72181fc 100 * @param none
Rhyme 0:fbf1a72181fc 101 * @returns Register value of PS_CONF1
Rhyme 0:fbf1a72181fc 102 *
Rhyme 0:fbf1a72181fc 103 * @note bit[7:6] PS_Duty PS IRED on/off duty ratio setting
Rhyme 0:fbf1a72181fc 104 * @note 00=1/5120, 01=1/640, 10=1/80, 11=1/20
Rhyme 0:fbf1a72181fc 105 * @note -
Rhyme 0:fbf1a72181fc 106 * @note bit[5:4] PS_IT PS integration time setting
Rhyme 0:fbf1a72181fc 107 * @note 00=1T, 01=1.3T, 10=1.6T, 11=2T
Rhyme 0:fbf1a72181fc 108 * @note -
Rhyme 0:fbf1a72181fc 109 * @note bit[3:2] PS_PERS PS interrupt persistence setting
Rhyme 0:fbf1a72181fc 110 * @note 00=1, 01=2, 10=3, 11=4
Rhyme 0:fbf1a72181fc 111 * @note -
Rhyme 0:fbf1a72181fc 112 * @note bit[1] (reserved)
Rhyme 0:fbf1a72181fc 113 * @note -
Rhyme 0:fbf1a72181fc 114 * @note bit[0] PS_SD 0=PS power on, 1=PS shut down
Rhyme 0:fbf1a72181fc 115 */
Rhyme 0:fbf1a72181fc 116 uint8_t getPsConf1(void) ;
Rhyme 0:fbf1a72181fc 117
Rhyme 0:fbf1a72181fc 118 /**
Rhyme 0:fbf1a72181fc 119 * set PS_CONF1
Rhyme 0:fbf1a72181fc 120 *
Rhyme 0:fbf1a72181fc 121 * @param uint8_t conf1 value to set
Rhyme 0:fbf1a72181fc 122 * @returns none
Rhyme 0:fbf1a72181fc 123 */
Rhyme 0:fbf1a72181fc 124 void setPsConf1(uint8_t conf1) ;
Rhyme 0:fbf1a72181fc 125
Rhyme 0:fbf1a72181fc 126 /**
Rhyme 0:fbf1a72181fc 127 * get PS_CONF2
Rhyme 0:fbf1a72181fc 128 *
Rhyme 0:fbf1a72181fc 129 * @note bit[7:6] PS_ITB PS IT bank setting
Rhyme 0:fbf1a72181fc 130 * @note 00=1/2T, 01=1T, 10=2T, 11=4T
Rhyme 0:fbf1a72181fc 131 * @note -
Rhyme 0:fbf1a72181fc 132 * @note bit[5:4] PS_GAIN
Rhyme 0:fbf1a72181fc 133 * @note 00=1/4, 01=1/2, 10=1, 11=2
Rhyme 0:fbf1a72181fc 134 * @note -
Rhyme 0:fbf1a72181fc 135 * @note bit[3] (reserved)
Rhyme 0:fbf1a72181fc 136 * @note -
Rhyme 0:fbf1a72181fc 137 * @note bit[2] PS_SP_INT_EN
Rhyme 0:fbf1a72181fc 138 * @note 0 = disable INT function for PS enter/leave sunlight protection mode
Rhyme 0:fbf1a72181fc 139 * @note 1 = issue INT while PS enter/leave sunlight protection mode.
Rhyme 0:fbf1a72181fc 140 * @note While PS enter sunlight protection mode, the PS output will keep 0xFF
Rhyme 0:fbf1a72181fc 141 * @note -
Rhyme 0:fbf1a72181fc 142 * @note bit[1] (reserved)
Rhyme 0:fbf1a72181fc 143 * @note -
Rhyme 0:fbf1a72181fc 144 * @note bit[0] PS_INT_EN
Rhyme 0:fbf1a72181fc 145 * @note 0 = PS INT function disable, 1 = PS INT function enable
Rhyme 0:fbf1a72181fc 146 */
Rhyme 0:fbf1a72181fc 147 uint8_t getPsConf2(void) ;
Rhyme 0:fbf1a72181fc 148
Rhyme 0:fbf1a72181fc 149 /**
Rhyme 0:fbf1a72181fc 150 * set PS_CONF2
Rhyme 0:fbf1a72181fc 151 *
Rhyme 0:fbf1a72181fc 152 * @param uint8_t conf2 value to set
Rhyme 0:fbf1a72181fc 153 * @returns none
Rhyme 0:fbf1a72181fc 154 */
Rhyme 0:fbf1a72181fc 155 void setPsConf2(uint8_t conf2) ;
Rhyme 0:fbf1a72181fc 156
Rhyme 0:fbf1a72181fc 157 /**
Rhyme 0:fbf1a72181fc 158 * get PS_CONF3 and PS_SPO
Rhyme 0:fbf1a72181fc 159 *
Rhyme 0:fbf1a72181fc 160 * @param none
Rhyme 0:fbf1a72181fc 161 * @returns uint16_t PS_CONF3 as LSB, PS_SPO as MSB
Rhyme 0:fbf1a72181fc 162 */
Rhyme 0:fbf1a72181fc 163 uint16_t getPsConf3Spo(void) ;
Rhyme 0:fbf1a72181fc 164
Rhyme 0:fbf1a72181fc 165 /**
Rhyme 0:fbf1a72181fc 166 * set PS_CONF3 and PS_SPO
Rhyme 0:fbf1a72181fc 167 *
Rhyme 0:fbf1a72181fc 168 * @param uint16_t con3spo PS_CONF3 as LSB, PS_SPO as MSB
Rhyme 0:fbf1a72181fc 169 * @returns none
Rhyme 0:fbf1a72181fc 170 */
Rhyme 0:fbf1a72181fc 171 void setPsConf3Spo(uint16_t conf3spo) ;
Rhyme 0:fbf1a72181fc 172
Rhyme 0:fbf1a72181fc 173 /**
Rhyme 0:fbf1a72181fc 174 * get PS_CONF3
Rhyme 0:fbf1a72181fc 175 *
Rhyme 0:fbf1a72181fc 176 * @param none
Rhyme 0:fbf1a72181fc 177 * @returns uint8_t PS_CONF3
Rhyme 0:fbf1a72181fc 178 *
Rhyme 0:fbf1a72181fc 179 * @note bit[7:6] PS_AV
Rhyme 0:fbf1a72181fc 180 * @note 00=1/2, 01=1/4, 10=1/8, 11=1/16
Rhyme 0:fbf1a72181fc 181 * @note -
Rhyme 0:fbf1a72181fc 182 * @note bit[5] PS_AV_EN
Rhyme 0:fbf1a72181fc 183 * @note 0= PS average function disable, 1= PS average function enable
Rhyme 0:fbf1a72181fc 184 * @note -
Rhyme 0:fbf1a72181fc 185 * @note bit[4] (reserved)
Rhyme 0:fbf1a72181fc 186 * @note -
Rhyme 0:fbf1a72181fc 187 * @note bit[3] PS_AF
Rhyme 0:fbf1a72181fc 188 * @note 0= active force mode disable (normal mode), 1= active force mode enable
Rhyme 0:fbf1a72181fc 189 * @note -
Rhyme 0:fbf1a72181fc 190 * @note bit[2] PS_TRIG
Rhyme 0:fbf1a72181fc 191 * @note 0= no PS active force mode trigger, 1= trigger one time cycle
Rhyme 0:fbf1a72181fc 192 * @note VCNL4100 output once cycle data every time host writes in "1" to sensor.
Rhyme 0:fbf1a72181fc 193 * @note The state returns to "0" automatically.
Rhyme 0:fbf1a72181fc 194 * @note -
Rhyme 0:fbf1a72181fc 195 * @note bit[1] PS_MPULSE 0= disable, 1= enable
Rhyme 0:fbf1a72181fc 196 * @note PS multi pulse mode setting; PS multi puse number set by PS_AV[1:0]
Rhyme 0:fbf1a72181fc 197 * @note -
Rhyme 0:fbf1a72181fc 198 * @note bit[0] (reserved)
Rhyme 0:fbf1a72181fc 199 */
Rhyme 0:fbf1a72181fc 200 uint8_t getPsConf3(void) ;
Rhyme 0:fbf1a72181fc 201
Rhyme 0:fbf1a72181fc 202 /**
Rhyme 0:fbf1a72181fc 203 * set PS_CONF3
Rhyme 0:fbf1a72181fc 204 *
Rhyme 0:fbf1a72181fc 205 * @param uint8_t conf3 value to set
Rhyme 0:fbf1a72181fc 206 * @returns none
Rhyme 0:fbf1a72181fc 207 */
Rhyme 0:fbf1a72181fc 208 void setPsConf3(uint8_t conf3) ;
Rhyme 0:fbf1a72181fc 209
Rhyme 0:fbf1a72181fc 210 /**
Rhyme 0:fbf1a72181fc 211 * get PS_SPO
Rhyme 0:fbf1a72181fc 212 *
Rhyme 0:fbf1a72181fc 213 * @param none
Rhyme 0:fbf1a72181fc 214 * @returns uint8_t PS_SPO
Rhyme 0:fbf1a72181fc 215 *
Rhyme 0:fbf1a72181fc 216 * @note Set initial value to "0xA0" or "0x20"
Rhyme 0:fbf1a72181fc 217 * @note bit[7:0] PS_SPO
Rhyme 0:fbf1a72181fc 218 * @note Set initial value = 0xA0 (PS_OUT = 0xFF while PS into sunlight protection)
Rhyme 0:fbf1a72181fc 219 * @note Set initial value = 0x20 (PS_OUT = 0x00 while PS into sunlight protection)
Rhyme 0:fbf1a72181fc 220 *
Rhyme 0:fbf1a72181fc 221 */
Rhyme 0:fbf1a72181fc 222 uint8_t getSpo(void) ;
Rhyme 0:fbf1a72181fc 223
Rhyme 0:fbf1a72181fc 224 /**
Rhyme 0:fbf1a72181fc 225 * set PS_SPO
Rhyme 0:fbf1a72181fc 226 *
Rhyme 0:fbf1a72181fc 227 * @param uint8_t spo value to set (0xA0 or 0x20)
Rhyme 0:fbf1a72181fc 228 * @returns none
Rhyme 0:fbf1a72181fc 229 */
Rhyme 0:fbf1a72181fc 230 void setSpo(uint8_t spo) ;
Rhyme 0:fbf1a72181fc 231
Rhyme 0:fbf1a72181fc 232 /**
Rhyme 0:fbf1a72181fc 233 * get PS_THDL as LSB and PS_THDH as MSB
Rhyme 0:fbf1a72181fc 234 *
Rhyme 0:fbf1a72181fc 235 * @param none
Rhyme 0:fbf1a72181fc 236 * @return uint16_t PS_THDL as LSB, PS_THDH as MSB
Rhyme 0:fbf1a72181fc 237 */
Rhyme 0:fbf1a72181fc 238 uint16_t getPsThd(void) ;
Rhyme 0:fbf1a72181fc 239
Rhyme 0:fbf1a72181fc 240 /**
Rhyme 0:fbf1a72181fc 241 * set PS_THDL as LSB and PS_THDH as MSB
Rhyme 0:fbf1a72181fc 242 *
Rhyme 0:fbf1a72181fc 243 * @param uint16_t PS_THDL as LSB, PS_THDH as MSB
Rhyme 0:fbf1a72181fc 244 * @returns none
Rhyme 0:fbf1a72181fc 245 */
Rhyme 0:fbf1a72181fc 246 void setPsThd(uint16_t psthd) ;
Rhyme 0:fbf1a72181fc 247
Rhyme 0:fbf1a72181fc 248 /**
Rhyme 0:fbf1a72181fc 249 * get PS_THDL
Rhyme 0:fbf1a72181fc 250 *
Rhyme 0:fbf1a72181fc 251 * @param none
Rhyme 0:fbf1a72181fc 252 * @returns uint8_t PS_THDL
Rhyme 0:fbf1a72181fc 253 *
Rhyme 0:fbf1a72181fc 254 * @note bit[7:0] PS_THDL 0x00 to 0xFF, PS low interrupt threshold setting
Rhyme 0:fbf1a72181fc 255 */
Rhyme 0:fbf1a72181fc 256 uint8_t getPsThdl(void) ;
Rhyme 0:fbf1a72181fc 257
Rhyme 0:fbf1a72181fc 258 /**
Rhyme 0:fbf1a72181fc 259 * set PS_THDL
Rhyme 0:fbf1a72181fc 260 *
Rhyme 0:fbf1a72181fc 261 * @param uint8_t thdl value to set
Rhyme 0:fbf1a72181fc 262 * @returns none
Rhyme 0:fbf1a72181fc 263 */
Rhyme 0:fbf1a72181fc 264 void setPsThdl(uint8_t thdl) ;
Rhyme 0:fbf1a72181fc 265
Rhyme 0:fbf1a72181fc 266 /**
Rhyme 0:fbf1a72181fc 267 * get PS_THDH
Rhyme 0:fbf1a72181fc 268 *
Rhyme 0:fbf1a72181fc 269 * @param none
Rhyme 0:fbf1a72181fc 270 * @returns uint8_t PS_THDH
Rhyme 0:fbf1a72181fc 271 *
Rhyme 0:fbf1a72181fc 272 * @note bit[7:0] PS_THDH 0x00 to 0xFF, PS high interrupt threshold setting
Rhyme 0:fbf1a72181fc 273 */
Rhyme 0:fbf1a72181fc 274 uint8_t getPsThdh(void) ;
Rhyme 0:fbf1a72181fc 275
Rhyme 0:fbf1a72181fc 276 /**
Rhyme 0:fbf1a72181fc 277 * set PS_THDH
Rhyme 0:fbf1a72181fc 278 *
Rhyme 0:fbf1a72181fc 279 * @param uint8_t thdh value to set
Rhyme 0:fbf1a72181fc 280 * @returns none
Rhyme 0:fbf1a72181fc 281 */
Rhyme 0:fbf1a72181fc 282 void setPsThdh(uint8_t thdh) ;
Rhyme 0:fbf1a72181fc 283
Rhyme 0:fbf1a72181fc 284 /**
Rhyme 0:fbf1a72181fc 285 * get PS_DATA
Rhyme 0:fbf1a72181fc 286 *
Rhyme 0:fbf1a72181fc 287 * @param none
Rhyme 0:fbf1a72181fc 288 * @returns uint8_t PS_DATA
Rhyme 0:fbf1a72181fc 289 *
Rhyme 0:fbf1a72181fc 290 * @note bit[7:0] 0x00 to 0xFF, PS output data
Rhyme 0:fbf1a72181fc 291 */
Rhyme 0:fbf1a72181fc 292 uint8_t getPsData(void) ;
Rhyme 0:fbf1a72181fc 293
Rhyme 0:fbf1a72181fc 294 /**
Rhyme 0:fbf1a72181fc 295 * get ALS output data
Rhyme 0:fbf1a72181fc 296 *
Rhyme 0:fbf1a72181fc 297 * @param none
Rhyme 0:fbf1a72181fc 298 * @returns uint16_t ALS output data
Rhyme 0:fbf1a72181fc 299 */
Rhyme 0:fbf1a72181fc 300 uint16_t getAlsData(void) ;
Rhyme 0:fbf1a72181fc 301
Rhyme 0:fbf1a72181fc 302 /**
Rhyme 0:fbf1a72181fc 303 * get INT_FLAG
Rhyme 0:fbf1a72181fc 304 *
Rhyme 0:fbf1a72181fc 305 * @param none
Rhyme 0:fbf1a72181fc 306 * @returns uint8_t INT_FLAG
Rhyme 0:fbf1a72181fc 307 *
Rhyme 0:fbf1a72181fc 308 * @note bit[7] PS_SPF_LEAVE, PS leaving protection mode
Rhyme 0:fbf1a72181fc 309 * @note bit[6] PS_SPF_ENTER, PS entering protection mode
Rhyme 0:fbf1a72181fc 310 * @note bit[5] ALS_IF_L, ALS crossing low THD INT trigger event
Rhyme 0:fbf1a72181fc 311 * @note bit[4] ALS_IF_H, ALS crossing high THD INT trigger event
Rhyme 0:fbf1a72181fc 312 * @note bit[3:2] (reserved)
Rhyme 0:fbf1a72181fc 313 * @note bit[1] PS_IF_CLOSE, PS rise above PS_THDH INT trigger event
Rhyme 0:fbf1a72181fc 314 * @note bit[0] PS_IF_AWAY, PS drop below PS_THDL INT trigger event
Rhyme 0:fbf1a72181fc 315 */
Rhyme 0:fbf1a72181fc 316 uint8_t getIntFlag(void) ;
Rhyme 0:fbf1a72181fc 317
Rhyme 0:fbf1a72181fc 318 private:
Rhyme 0:fbf1a72181fc 319 I2C m_i2c;
Rhyme 0:fbf1a72181fc 320 int m_addr;
Rhyme 0:fbf1a72181fc 321 void readRegs(int addr, uint8_t * data, int len);
Rhyme 0:fbf1a72181fc 322 void writeRegs(uint8_t * data, int len);
Rhyme 0:fbf1a72181fc 323
Rhyme 0:fbf1a72181fc 324 };
Rhyme 0:fbf1a72181fc 325
Rhyme 0:fbf1a72181fc 326 #endif /* _VCNL4100_H_ */