Rev 2926 Rev 2953
Line 1... Line 1...
1 #include "C:\Users\Honza\Documents\pic\I2C_magnetometr\main.h" 1 //#include "C:\Users\Honza\Documents\pic\I2C_magnetometr\main.h"
-   2 #include "main.h"
2 #define EEPROM_SDA PIN_B0 3 #define EEPROM_SDA PIN_C4
3 #define EEPROM_SCL PIN_B1 4 #define EEPROM_SCL PIN_C3
4 #use i2c(master, sda=EEPROM_SDA, scl=EEPROM_SCL) 5 #use i2c(master, sda=EEPROM_SDA, scl=EEPROM_SCL)
5 #use rs232(baud=9600,parity=N,xmit=PIN_B3,rcv=PIN_B2,bits=8) //rcv TXD xmit RXD 6 #use rs232(baud=9600,parity=N,xmit=PIN_C7,rcv=PIN_C6,bits=8) //rcv TXD xmit RXD
-   7 #include "BQ34Z100.h"
6   8  
7   9  
8 void main() 10 void main()
9 { 11 {
10   12  
Line 15... Line 17...
15 setup_timer_1(T1_DISABLED); 17 setup_timer_1(T1_DISABLED);
16 setup_timer_2(T2_DISABLED,0,1); 18 setup_timer_2(T2_DISABLED,0,1);
17 setup_ccp1(CCP_OFF); 19 setup_ccp1(CCP_OFF);
18 setup_comparator(NC_NC_NC_NC);// This device COMP currently not supported by the PICWizard 20 setup_comparator(NC_NC_NC_NC);// This device COMP currently not supported by the PICWizard
19   21  
20 printf("Simple Thermomether \r\n",); 22 printf("Vycitani zakladnich dat z modulu LION1CELL01B \r\n",);
21 unsigned int8 XH,XL,YH,YL,ZH,ZL,INTEP,INTEP1, NAP,NAP1, PROUD,PROUD1,KAPZ,KAPZ1,KAPC,KAPC1, STAV,STAV1; 23 printf("(c) MLAB 2013 JACHO \r\n",);
22 unsigned int8 XW,YW,ZW,AW; 24 int16 data;
23   25  
24 int16 data1; -  
25 int16 data2; -  
26 int16 data3; -  
27 int16 data4; -  
28 int16 data5; -  
29 int16 data6; -  
30 int16 data7; -  
31 int16 data8; -  
32 int16 data9; -  
33 26
34 while(TRUE) 27 while(TRUE)
35 { 28 {
36 XL=0; -  
37 XH= 0; -  
38 YL= 0; -  
39 YH= 0; -  
40 ZL= 0; -  
41 ZH= 0; -  
42 -  
43 i2c_start(); -  
44 I2C_Write(0x3C); -  
45 I2C_write(0x03); -  
46 i2c_stop(); -  
47 i2c_start(); -  
48 I2C_Write(0x3D); -  
49 XH=i2c_read(0); -  
50 i2c_stop(); -  
51 i2c_start(); -  
52 I2C_Write(0x3C); -  
53 I2C_write(0x04); -  
54 i2c_stop(); -  
55 i2c_start(); -  
56 I2C_Write(0x3D); -  
57 XL=i2c_read(0); -  
58 i2c_stop(); -  
59 i2c_start(); -  
60 I2C_Write(0x3C); -  
61 I2C_write(0x05); -  
62 i2c_stop(); -  
63 i2c_start(); -  
64 I2C_Write(0x3D); -  
65 ZH=i2c_read(0); -  
66 i2c_stop(); -  
67 i2c_start(); -  
68 I2C_Write(0x3C); -  
69 I2C_write(0x06); -  
70 i2c_stop(); -  
71 i2c_start(); -  
72 I2C_Write(0x3D); -  
73 ZL=i2c_read(0); -  
74 i2c_stop(); -  
75 i2c_start(); -  
76 I2C_Write(0x3C); -  
77 I2C_write(0x07); -  
78 i2c_stop(); -  
79 i2c_start(); -  
80 I2C_Write(0x3D); -  
81 YH=i2c_read(0); -  
82 i2c_stop(); -  
83 i2c_start(); -  
84 I2C_Write(0x3C); -  
85 I2C_write(0x08); -  
86 i2c_stop(); -  
87 i2c_start(); 29 data=batintT();
88 I2C_Write(0x3D); -  
89 YL=i2c_read(0); -  
90 i2c_stop(); -  
91 -  
92 Delay_ms(3700); -  
93   -  
94 data1 = (((unsigned int16) XH << 8) + XL ); -  
95 data2 = (((unsigned int16) YH << 8) + YL ); -  
96 data3 = (((unsigned int16) ZH << 8) + ZL ); 30 printf("Teplota baterie: %Ld (°C)\r\n", data);
97   -  
98 i2c_start(); -  
99 I2C_Write(0xAA); -  
100 I2C_write(0x0c); -  
101 -  
102 i2c_start(); -  
103 I2C_Write(0xAB); -  
104 INTEP=i2c_read(0); -  
105 i2c_stop(); -  
106 -  
107 i2c_start(); -  
108 I2C_Write(0xAA); -  
109 I2C_write(0x0d); -  
110 i2c_start(); -  
111 I2C_Write(0xAB); -  
112 INTEP1=i2c_read(0); -  
113 i2c_stop(); -  
114 -  
115 i2c_start(); -  
116 I2C_Write(0xAA); -  
117 I2C_write(0x08); -  
118 i2c_stop(); -  
119 i2c_start(); -  
120 I2C_Write(0xAB); -  
121 NAP=i2c_read(0); -  
122 i2c_stop(); -  
123   -  
124 i2c_start(); -  
125 I2C_Write(0xAA); -  
126 I2C_write(0x09); -  
127 i2c_stop(); -  
128 i2c_start(); -  
129 I2C_Write(0xAB); -  
130 NAP1=i2c_read(0); -  
131 i2c_stop(); -  
132 -  
133 i2c_start(); 31 data=batNAP();
134 I2C_Write(0xAA); -  
135 I2C_write(0x0a); -  
136 i2c_stop(); -  
137 i2c_start(); -  
138 I2C_Write(0xAB); -  
139 PROUD=i2c_read(0); -  
140 i2c_stop(); -  
141   -  
142 i2c_start(); -  
143 I2C_Write(0xAA); -  
144 I2C_write(0x0b); -  
145 i2c_stop(); -  
146 i2c_start(); -  
147 I2C_Write(0xAB); -  
148 PROUD1=i2c_read(0); 32 printf("Napeti clanku: %Ld (mV)\r\n", data);
149 i2c_stop(); -  
150 -  
151 -  
152 i2c_start(); -  
153 I2C_Write(0xAA); -  
154 I2C_write(0x04); -  
155 i2c_stop(); -  
156 i2c_start(); -  
157 I2C_Write(0xAB); -  
158 KAPZ=i2c_read(0); 33 data=batPROUD();
159 i2c_stop(); -  
160   -  
161 i2c_start(); -  
162 I2C_Write(0xAA); -  
163 I2C_write(0x05); -  
164 i2c_stop(); -  
165 i2c_start(); -  
166 I2C_Write(0xAB); -  
167 KAPZ1=i2c_read(0); -  
168 i2c_stop(); -  
169 -  
170 -  
171 i2c_start(); -  
172 I2C_Write(0xAA); -  
173 I2C_write(0x06); -  
174 i2c_stop(); -  
175 i2c_start(); -  
176 I2C_Write(0xAB); -  
177 KAPC=i2c_read(0); -  
178 i2c_stop(); -  
179   -  
180 i2c_start(); -  
181 I2C_Write(0xAA); -  
182 I2C_write(0x07); -  
183 i2c_stop(); -  
184 i2c_start(); -  
185 I2C_Write(0xAB); -  
186 KAPC1=i2c_read(0); -  
187 i2c_stop(); -  
188 -  
189 i2c_start(); -  
190 I2C_Write(0xAA); -  
191 I2C_write(0x02); -  
192 i2c_stop(); -  
193 i2c_start(); -  
194 I2C_Write(0xAB); -  
195 STAV=i2c_read(0); -  
196 i2c_stop(); -  
197   -  
198 i2c_start(); -  
199 I2C_Write(0xAA); -  
200 I2C_write(0x03); -  
201 i2c_stop(); -  
202 i2c_start(); -  
203 I2C_Write(0xAB); -  
204 STAV1=i2c_read(0); -  
205 i2c_stop(); -  
206 -  
207   -  
208 data4 = (((unsigned int16) INTEP1 << 8) + INTEP ); -  
209 data4 = (data4/10)-273; -  
210 data5 = (((unsigned int16) NAP1 << 8) + NAP ); -  
211 data6 = (((unsigned int16) PROUD1 << 8) + PROUD ); -  
212 data7 = (((unsigned int16) KAPZ1 << 8) + KAPZ ); -  
213 data8 = (((unsigned int16) KAPC1 << 8) + KAPC ); -  
214 data9 = (((unsigned int16) STAV1 << 8) + STAV ); -  
215   -  
216 -  
217 -  
218   -  
219   -  
220 printf("X %Ld \r\n", data1); -  
221 printf("Y %Ld \r\n", data2); 34 printf("Proud clankem: %Ld (mA)\r\n", data);
222 printf("Z %Ld \r\n", data3); 35 data=batKAPAKT();
223 printf("Teplota uvnitr io: %Ld C\r\n", data4); -  
224 printf("Napeti clanku: %Ld mV \r\n", data5); 36 printf("Zbyvajici kapacita: %Ld (mAh)\r\n", data);
225 printf("Proud: %Ld mA \r\n", data6); 37 data=batKAPMAX();
226 printf("Kapacita zbytek: %Ld mAh\r\n", data7); 38 printf("Max. kapacita: %Ld (mAh)\r\n", data);
227 printf("Kapacita max: %Ld mAh\r\n", data8); 39 data=batSTAV();
228 printf("Stav: %Ld (procenta)\r\n", data9); 40 printf("Stav baterie: %Ld (procenta)\r\n", data);
229   -  
230   -  
231   -  
232 i2c_start(); -  
233 I2C_Write(0xAA); -  
234 I2C_write(0x61); -  
235 i2c_stop(); -  
236 i2c_start(); -  
237 I2C_Write(0xAA); 41 printf("\r\n");
238 i2c_write(0x00); 42 delay_ms (2000);
239 i2c_stop(); -  
240 -  
241 i2c_start(); -  
242 I2C_Write(0xAA); -  
243 I2C_write(0x3e); -  
244 i2c_stop(); -  
245 i2c_start(); -  
246 I2C_Write(0xAA); -  
247 i2c_write(0x40); -  
248 i2c_stop(); -  
249 -  
250 i2c_start(); -  
251 I2C_Write(0xAA); -  
252 I2C_write(0x44); -  
253 i2c_stop(); -  
254 i2c_start(); -  
255 I2C_Write(0xAB); -  
256 STAV1=i2c_read(0); -  
257 i2c_stop(); -  
258 printf("Stav: %X (procenta)\r\n", STAV1); -  
259 } 43 }
260 } 44 }