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BasicApp1_Templates.c
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1
2 /* This is a template of the dynamically generated code that user needs to update into 'BasicApp1_Functions.c
3 void BasicApp1_OnAnySensor_Data_Ready(uint8_t sensorIdx, uint32_t signalledEvents, void* *pAppSensorData, void* pAppDataBuffers)
4 {
5 DATA_TYPE_SUB0 *rawAccelerometerData_Sub0 = (DATA_TYPE_SUB0 *) pSensorData[0];
6 DATA_TYPE_SUB1 *rawAccelerometerData_Sub1 = (DATA_TYPE_SUB1 *) pSensorData[1];
7 DATA_TYPE_SUB2 *rawAccelerometerData_Sub2 = (DATA_TYPE_SUB2 *) pSensorData[2];
8 DATA_TYPE_SUB3 *rawAccelerometerData_Sub3 = (DATA_TYPE_SUB3 *) pSensorData[3];
9 DATA_TYPE_SUB4 *rawAccelerometerData_Sub4 = (DATA_TYPE_SUB4 *) pSensorData[4];
10 DATA_TYPE_SUB5 *rawAccelerometerData_Sub5 = (DATA_TYPE_SUB5 *) pSensorData[5];
11 DATA_TYPE_SUB6 *rawAccelerometerData_Sub6 = (DATA_TYPE_SUB6 *) pSensorData[6];
12 DATA_TYPE_SUB7 *rawAccelerometerData_Sub7 = (DATA_TYPE_SUB7 *) pSensorData[7];
13 DATA_TYPE_SUB8 *rawMagnetometerData_Sub8 = (DATA_TYPE_SUB8 *) pSensorData[8];
14 DATA_TYPE_SUB9 *rawMagnetometerData_Sub9 = (DATA_TYPE_SUB9 *) pSensorData[9];
15 DATA_TYPE_SUB10 *rawGyrometerData_Sub10 = (DATA_TYPE_SUB10 *) pSensorData[10];
16 DATA_TYPE_SUB11 *rawGyrometerData_Sub11 = (DATA_TYPE_SUB11 *) pSensorData[11];
17 DATA_TYPE_SUB12 *rawPressureData_Sub12 = (DATA_TYPE_SUB12 *) pSensorData[12];
18 DATA_TYPE_SUB13 *rawTemperatureData_Sub13 = (DATA_TYPE_SUB13 *) pSensorData[13];
19 DATA_TYPE_SUB14 *rawOrientationData_Sub14 = (DATA_TYPE_SUB14 *) pSensorData[14];
20 DATA_TYPE_SUB15 *rawAltitudeData_Sub15 = (DATA_TYPE_SUB15 *) pSensorData[15];
21 DATA_TYPE_SUB16 *rawPedometerData_Sub16 = (DATA_TYPE_SUB16 *) pSensorData[16];
22 DATA_TYPE_SUB17 *rawPedometerData_Sub17 = (DATA_TYPE_SUB17 *) pSensorData[17];
23 DATA_TYPE_SUB18 *rawCustomData_Sub18 = (DATA_TYPE_SUB18 *) pSensorData[18];
24 DATA_TYPE_SUB19 *rawAnalogData_Sub19 = (DATA_TYPE_SUB19 *) pSensorData[19];
25
26 switch(sensorIdx)
27 {
28 case SENSOR_IDX_Accelerometer0:
29 // Write your code here.
30 // To preserve user changes, code in this file is not updated during code re-generation.
31 // Please compare your code with the sample code for this function provided in the templates file.
32 break;
33 case SENSOR_IDX_Accelerometer1:
34 // Write your code here.
35 // To preserve user changes, code in this file is not updated during code re-generation.
36 // Please compare your code with the sample code for this function provided in the templates file.
37 break;
38 case SENSOR_IDX_Accelerometer2:
39 // Write your code here.
40 // To preserve user changes, code in this file is not updated during code re-generation.
41 // Please compare your code with the sample code for this function provided in the templates file.
42 break;
43 case SENSOR_IDX_Accelerometer3:
44 // Write your code here.
45 // To preserve user changes, code in this file is not updated during code re-generation.
46 // Please compare your code with the sample code for this function provided in the templates file.
47 break;
48 case SENSOR_IDX_Accelerometer4:
49 // Write your code here.
50 // To preserve user changes, code in this file is not updated during code re-generation.
51 // Please compare your code with the sample code for this function provided in the templates file.
52 break;
53 case SENSOR_IDX_Accelerometer5:
54 // Write your code here.
55 // To preserve user changes, code in this file is not updated during code re-generation.
56 // Please compare your code with the sample code for this function provided in the templates file.
57 break;
58 case SENSOR_IDX_Accelerometer6:
59 // Write your code here.
60 // To preserve user changes, code in this file is not updated during code re-generation.
61 // Please compare your code with the sample code for this function provided in the templates file.
62 break;
63 case SENSOR_IDX_Accelerometer7:
64 // Write your code here.
65 // To preserve user changes, code in this file is not updated during code re-generation.
66 // Please compare your code with the sample code for this function provided in the templates file.
67 break;
68 case SENSOR_IDX_Magnetometer8:
69 // Write your code here.
70 // To preserve user changes, code in this file is not updated during code re-generation.
71 // Please compare your code with the sample code for this function provided in the templates file.
72 break;
73 case SENSOR_IDX_Magnetometer9:
74 // Write your code here.
75 // To preserve user changes, code in this file is not updated during code re-generation.
76 // Please compare your code with the sample code for this function provided in the templates file.
77 break;
78 case SENSOR_IDX_Gyrometer10:
79 // Write your code here.
80 // To preserve user changes, code in this file is not updated during code re-generation.
81 // Please compare your code with the sample code for this function provided in the templates file.
82 break;
83 case SENSOR_IDX_Gyrometer11:
84 // Write your code here.
85 // To preserve user changes, code in this file is not updated during code re-generation.
86 // Please compare your code with the sample code for this function provided in the templates file.
87 break;
88 case SENSOR_IDX_Pressure12:
89 // Write your code here.
90 // To preserve user changes, code in this file is not updated during code re-generation.
91 // Please compare your code with the sample code for this function provided in the templates file.
92 break;
93 case SENSOR_IDX_Temperature13:
94 // Write your code here.
95 // To preserve user changes, code in this file is not updated during code re-generation.
96 // Please compare your code with the sample code for this function provided in the templates file.
97 break;
98 case SENSOR_IDX_Orientation14:
99 // Write your code here.
100 // To preserve user changes, code in this file is not updated during code re-generation.
101 // Please compare your code with the sample code for this function provided in the templates file.
102 break;
103 case SENSOR_IDX_Altitude15:
104 // Write your code here.
105 // To preserve user changes, code in this file is not updated during code re-generation.
106 // Please compare your code with the sample code for this function provided in the templates file.
107 break;
108 case SENSOR_IDX_Pedometer16:
109 // Write your code here.
110 // To preserve user changes, code in this file is not updated during code re-generation.
111 // Please compare your code with the sample code for this function provided in the templates file.
112 break;
113 case SENSOR_IDX_Pedometer17:
114 // Write your code here.
115 // To preserve user changes, code in this file is not updated during code re-generation.
116 // Please compare your code with the sample code for this function provided in the templates file.
117 break;
118 case SENSOR_IDX_Custom18:
119 // Write your code here.
120 // To preserve user changes, code in this file is not updated during code re-generation.
121 // Please compare your code with the sample code for this function provided in the templates file.
122 break;
123 case SENSOR_IDX_Analog19:
124 // Write your code here.
125 // To preserve user changes, code in this file is not updated during code re-generation.
126 // Please compare your code with the sample code for this function provided in the templates file.
127 break;
128 default:
129 break;
130 }
131 }
132 */
133 /*!
134 ** @}
135 */
136 /*
137 ** ###################################################################
138 **
139 ** This file was created by Processor Expert 10.5 [05.21]
140 ** for the Freescale Kinetis series of microcontrollers.
141 **
142 ** ###################################################################
143 */
144
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