Diff: LDC1101.h

Revision:

22:8da965ce5af3

Parent:

20:8e1b1efdbb49

Child:

25:ae111662ee03

--- a/LDC1101.h	Tue Jan 05 11:03:22 2016 +0000
+++ b/LDC1101.h	Sat Jan 16 09:12:32 2016 +0000
@@ -86,20 +86,9 @@
         * 0 - not disabled: RP_MAX is driven
         * 1 - disabled: RP_MAX is ignored, current drive is off.
         * @param RPMIN [2:0]
-        *       pi * V_amp 
-        * R_p = -----------
-        *       4 * I_drive
         * This setting can be calibrated with the target closest to the sensor: R_p(d = 0mm)
         * RPMIN < 0.8 x R_p(d = 0mm)
         * If R_p < 750 Ohm --> increase distance to target
-        *  - 000: RPMIN = 96    kOhm | I_drive =   4.7 uA
-        *  - 001: RPMIN = 48    kOhm | I_drive =   9.4 uA
-        *  - 010: RPMIN = 24    kOhm | I_drive =  18.7 uA
-        *  - 011: RPMIN = 12    kOhm | I_drive =  37.5 uA
-        *  - 100: RPMIN =  6    kOhm | I_drive =  75   uA
-        *  - 101: RPMIN =  3    kOhm | I_drive = 150   uA
-        *  - 110: RPMIN =  1.5  kOhm | I_drive = 300   uA
-        *  - 111: RPMIN =  0.75 kOhm | I_drive = 600   uA    (default)
         **/
         void setRPsettings(bool RPMAX_DIS, RPMIN rpmin);
         
@@ -213,7 +202,10 @@
         **/
         float get_Q(void);
         
-
+        uint8_t get_status(void);
+        uint8_t get_LHR_status(void);
+        bool is_New_LHR_data(void);
+        bool is_Oscillation_Error(void);
     
 
 
@@ -222,9 +214,8 @@
         void readSPI(uint8_t *data, uint8_t address, uint8_t num_bytes = 1);
         void writeSPI(uint8_t *data, uint8_t address, uint8_t num_bytes = 1);
         void writeSPIregister(uint8_t reg, uint8_t value){writeSPI(&value,reg);}; // VERKEERD OM?!
+        void suicide(void *obj) {delete obj;};
         
-        // uint32_t readINTB(void); // EXTRA UNTB Read register
-        // uint32_t INTB; // extra: read register INTB
         
         uint16_t _responsetime; // Response Time
         uint8_t _divider;       // divider