Software hold - Team 1 - PRO2 2017 / Mbed 2 deprecated output_test

This is how i got the hardware to work. Not saying that it cant work any other way. I haven't tied anything of yours in. So likely delete mine from rev 2 or 3, and then put this instead. Then it might work.

Dependencies:   mbed

main.cpp@0:c426396d5fdf, 2017-06-22 (annotated)

Committer:
PET
Date:
Thu Jun 22 04:45:01 2017 +0000
Revision:
0:c426396d5fdf
If you wanted to work on it, or look at it.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
PET 0:c426396d5fdf 1 #include "mbed.h"
PET 0:c426396d5fdf 2 #include "rgb_led.h"
PET 0:c426396d5fdf 3
PET 0:c426396d5fdf 4 /*
PET 0:c426396d5fdf 5 - number[] is the 3 digits. [0] is the digit for the letter L or H, and needs
PET 0:c426396d5fdf 6 to be a 0 or a 1, for the display to light up.
PET 0:c426396d5fdf 7 - number[1] is the 'tens', number [2] is the 'ones'.
PET 0:c426396d5fdf 8 - The program takes care of the transistor count itself. So no need to
PET 0:c426396d5fdf 9 send anything for that to the Ticker any longer. Now only the digits needs
PET 0:c426396d5fdf 10 to be placed in number.
PET 0:c426396d5fdf 11 - I got the ticker to work out here. Not in .h etc.
PET 0:c426396d5fdf 12 - And I am fairly sure it says somewhere in the big white programming book
PET 0:c426396d5fdf 13 that a enum starts from 1. However here it starts at 0. Så status needs to
PET 0:c426396d5fdf 14 subtracted a 1, before it gets send to the function below. (RGB...).
PET 0:c426396d5fdf 15 */
PET 0:c426396d5fdf 16
PET 0:c426396d5fdf 17 DigitalOut Dig_1(PB_6);
PET 0:c426396d5fdf 18 DigitalOut Dig_2(PC_7);
PET 0:c426396d5fdf 19 DigitalOut Dig_3(PA_9);
PET 0:c426396d5fdf 20 DigitalOut Seg_A(PA_7); //original design says PA_3. I think there is a button
PET 0:c426396d5fdf 21 DigitalOut Seg_B(PA_10);// here (PA_7).
PET 0:c426396d5fdf 22 DigitalOut Seg_C(PB_3);
PET 0:c426396d5fdf 23 DigitalOut Seg_D(PB_5);
PET 0:c426396d5fdf 24 DigitalOut Seg_E(PB_4);
PET 0:c426396d5fdf 25 DigitalOut Seg_F(PB_10);
PET 0:c426396d5fdf 26 DigitalOut Seg_G(PA_8);
PET 0:c426396d5fdf 27
PET 0:c426396d5fdf 28 int number[3] = {0, 0, 0};
PET 0:c426396d5fdf 29 int dig = 0;
PET 0:c426396d5fdf 30 int status;
PET 0:c426396d5fdf 31
PET 0:c426396d5fdf 32 void rgb_outp(int status);
PET 0:c426396d5fdf 33 void output();
PET 0:c426396d5fdf 34
PET 0:c426396d5fdf 35 Ticker output_ticker;
PET 0:c426396d5fdf 36
PET 0:c426396d5fdf 37 main()
PET 0:c426396d5fdf 38 {
PET 0:c426396d5fdf 39 int i;
PET 0:c426396d5fdf 40 output_ticker.attach(&output, 0.001);
PET 0:c426396d5fdf 41
PET 0:c426396d5fdf 42 for(i = 0; i < 11; i++) // Would need deletion from here..
PET 0:c426396d5fdf 43 {
PET 0:c426396d5fdf 44 if(i > 9)
PET 0:c426396d5fdf 45 {
PET 0:c426396d5fdf 46 i = 1;
PET 0:c426396d5fdf 47 };
PET 0:c426396d5fdf 48
PET 0:c426396d5fdf 49 number[0]++;
PET 0:c426396d5fdf 50 if(number[0] > 9)
PET 0:c426396d5fdf 51 {
PET 0:c426396d5fdf 52 status = 0;
PET 0:c426396d5fdf 53 rgb_outp(status);
PET 0:c426396d5fdf 54 number[0] = 0;
PET 0:c426396d5fdf 55 number[1]++;
PET 0:c426396d5fdf 56 if(number[1] > 9)
PET 0:c426396d5fdf 57 {
PET 0:c426396d5fdf 58 status = 4;
PET 0:c426396d5fdf 59 rgb_outp(status);
PET 0:c426396d5fdf 60 number[1] = 0;
PET 0:c426396d5fdf 61 number[2]++;
PET 0:c426396d5fdf 62 }
PET 0:c426396d5fdf 63 }
PET 0:c426396d5fdf 64 if((number[0] == 9) && (number[1] == 9) && (number[2] == 9))
PET 0:c426396d5fdf 65 {
PET 0:c426396d5fdf 66 number[0] = 0;
PET 0:c426396d5fdf 67 number[1] = 0;
PET 0:c426396d5fdf 68 number[2] = 0;
PET 0:c426396d5fdf 69 }
PET 0:c426396d5fdf 70
PET 0:c426396d5fdf 71
PET 0:c426396d5fdf 72 wait(0.2);
PET 0:c426396d5fdf 73 } // until here.
PET 0:c426396d5fdf 74 }
PET 0:c426396d5fdf 75
PET 0:c426396d5fdf 76 void output()
PET 0:c426396d5fdf 77 {
PET 0:c426396d5fdf 78 int out_value;
PET 0:c426396d5fdf 79
PET 0:c426396d5fdf 80 dig++;
PET 0:c426396d5fdf 81 if(dig == 4)
PET 0:c426396d5fdf 82 {
PET 0:c426396d5fdf 83 dig = 1;
PET 0:c426396d5fdf 84 }
PET 0:c426396d5fdf 85
PET 0:c426396d5fdf 86 switch(dig)
PET 0:c426396d5fdf 87 {
PET 0:c426396d5fdf 88 case 1:
PET 0:c426396d5fdf 89 Dig_1 = 0;
PET 0:c426396d5fdf 90 Dig_2 = 0;
PET 0:c426396d5fdf 91 Dig_3 = 1;
PET 0:c426396d5fdf 92 out_value = number[0];
PET 0:c426396d5fdf 93 break;
PET 0:c426396d5fdf 94 case 2:
PET 0:c426396d5fdf 95 Dig_1 = 0;
PET 0:c426396d5fdf 96 Dig_2 = 1;
PET 0:c426396d5fdf 97 Dig_3 = 0;
PET 0:c426396d5fdf 98 out_value = number[1];
PET 0:c426396d5fdf 99 break;
PET 0:c426396d5fdf 100 case 3:
PET 0:c426396d5fdf 101 Dig_1 = 1;
PET 0:c426396d5fdf 102 Dig_2 = 0;
PET 0:c426396d5fdf 103 Dig_3 = 0;
PET 0:c426396d5fdf 104 if(number[2] == 0)
PET 0:c426396d5fdf 105 {
PET 0:c426396d5fdf 106 out_value = 20;
PET 0:c426396d5fdf 107 }
PET 0:c426396d5fdf 108 else if(number[2] == 1)
PET 0:c426396d5fdf 109 {
PET 0:c426396d5fdf 110 out_value = 30;
PET 0:c426396d5fdf 111 }
PET 0:c426396d5fdf 112 else
PET 0:c426396d5fdf 113 {
PET 0:c426396d5fdf 114 Dig_1 = 0;
PET 0:c426396d5fdf 115 Dig_2 = 0;
PET 0:c426396d5fdf 116 Dig_3 = 0;
PET 0:c426396d5fdf 117 }
PET 0:c426396d5fdf 118 break;
PET 0:c426396d5fdf 119 default:
PET 0:c426396d5fdf 120 Dig_1 = 0;
PET 0:c426396d5fdf 121 Dig_2 = 0;
PET 0:c426396d5fdf 122 Dig_3 = 0;
PET 0:c426396d5fdf 123 out_value = 0;
PET 0:c426396d5fdf 124 }
PET 0:c426396d5fdf 125
PET 0:c426396d5fdf 126 switch(out_value)
PET 0:c426396d5fdf 127 {
PET 0:c426396d5fdf 128 case 0:
PET 0:c426396d5fdf 129 Seg_A = 0;
PET 0:c426396d5fdf 130 Seg_B = 0;
PET 0:c426396d5fdf 131 Seg_C = 0;
PET 0:c426396d5fdf 132 Seg_D = 0;
PET 0:c426396d5fdf 133 Seg_E = 0;
PET 0:c426396d5fdf 134 Seg_F = 0;
PET 0:c426396d5fdf 135 Seg_G = 1;
PET 0:c426396d5fdf 136 break;
PET 0:c426396d5fdf 137 case 1:
PET 0:c426396d5fdf 138 Seg_A = 1;
PET 0:c426396d5fdf 139 Seg_B = 0;
PET 0:c426396d5fdf 140 Seg_C = 0;
PET 0:c426396d5fdf 141 Seg_D = 1;
PET 0:c426396d5fdf 142 Seg_E = 1;
PET 0:c426396d5fdf 143 Seg_F = 1;
PET 0:c426396d5fdf 144 Seg_G = 1;
PET 0:c426396d5fdf 145 break;
PET 0:c426396d5fdf 146 case 2:
PET 0:c426396d5fdf 147 Seg_A = 0;
PET 0:c426396d5fdf 148 Seg_B = 0;
PET 0:c426396d5fdf 149 Seg_C = 1;
PET 0:c426396d5fdf 150 Seg_D = 0;
PET 0:c426396d5fdf 151 Seg_E = 0;
PET 0:c426396d5fdf 152 Seg_F = 1;
PET 0:c426396d5fdf 153 Seg_G = 0;
PET 0:c426396d5fdf 154 break;
PET 0:c426396d5fdf 155 case 3:
PET 0:c426396d5fdf 156 Seg_A = 0;
PET 0:c426396d5fdf 157 Seg_B = 0;
PET 0:c426396d5fdf 158 Seg_C = 0;
PET 0:c426396d5fdf 159 Seg_D = 0;
PET 0:c426396d5fdf 160 Seg_E = 1;
PET 0:c426396d5fdf 161 Seg_F = 1;
PET 0:c426396d5fdf 162 Seg_G = 0;
PET 0:c426396d5fdf 163 break;
PET 0:c426396d5fdf 164 case 4:
PET 0:c426396d5fdf 165 Seg_A = 1;
PET 0:c426396d5fdf 166 Seg_B = 0;
PET 0:c426396d5fdf 167 Seg_C = 0;
PET 0:c426396d5fdf 168 Seg_D = 1;
PET 0:c426396d5fdf 169 Seg_E = 1;
PET 0:c426396d5fdf 170 Seg_F = 0;
PET 0:c426396d5fdf 171 Seg_G = 0;
PET 0:c426396d5fdf 172 break;
PET 0:c426396d5fdf 173 case 5:
PET 0:c426396d5fdf 174 Seg_A = 0;
PET 0:c426396d5fdf 175 Seg_B = 1;
PET 0:c426396d5fdf 176 Seg_C = 0;
PET 0:c426396d5fdf 177 Seg_D = 0;
PET 0:c426396d5fdf 178 Seg_E = 1;
PET 0:c426396d5fdf 179 Seg_F = 0;
PET 0:c426396d5fdf 180 Seg_G = 0;
PET 0:c426396d5fdf 181 break;
PET 0:c426396d5fdf 182 case 6:
PET 0:c426396d5fdf 183 Seg_A = 0;
PET 0:c426396d5fdf 184 Seg_B = 1;
PET 0:c426396d5fdf 185 Seg_C = 0;
PET 0:c426396d5fdf 186 Seg_D = 0;
PET 0:c426396d5fdf 187 Seg_E = 0;
PET 0:c426396d5fdf 188 Seg_F = 0;
PET 0:c426396d5fdf 189 Seg_G = 0;
PET 0:c426396d5fdf 190 break;
PET 0:c426396d5fdf 191 case 7:
PET 0:c426396d5fdf 192 Seg_A = 0;
PET 0:c426396d5fdf 193 Seg_B = 0;
PET 0:c426396d5fdf 194 Seg_C = 0;
PET 0:c426396d5fdf 195 Seg_D = 1;
PET 0:c426396d5fdf 196 Seg_E = 1;
PET 0:c426396d5fdf 197 Seg_F = 1;
PET 0:c426396d5fdf 198 Seg_G = 1;
PET 0:c426396d5fdf 199 break;
PET 0:c426396d5fdf 200 case 8:
PET 0:c426396d5fdf 201 Seg_A = 0;
PET 0:c426396d5fdf 202 Seg_B = 0;
PET 0:c426396d5fdf 203 Seg_C = 0;
PET 0:c426396d5fdf 204 Seg_D = 0;
PET 0:c426396d5fdf 205 Seg_E = 0;
PET 0:c426396d5fdf 206 Seg_F = 0;
PET 0:c426396d5fdf 207 Seg_G = 0;
PET 0:c426396d5fdf 208 break;
PET 0:c426396d5fdf 209 case 9:
PET 0:c426396d5fdf 210 Seg_A = 0;
PET 0:c426396d5fdf 211 Seg_B = 0;
PET 0:c426396d5fdf 212 Seg_C = 0;
PET 0:c426396d5fdf 213 Seg_D = 0;
PET 0:c426396d5fdf 214 Seg_E = 1;
PET 0:c426396d5fdf 215 Seg_F = 0;
PET 0:c426396d5fdf 216 Seg_G = 0;
PET 0:c426396d5fdf 217 break;
PET 0:c426396d5fdf 218 case 20:
PET 0:c426396d5fdf 219 Seg_A = 1;
PET 0:c426396d5fdf 220 Seg_B = 1;
PET 0:c426396d5fdf 221 Seg_C = 1;
PET 0:c426396d5fdf 222 Seg_D = 0;
PET 0:c426396d5fdf 223 Seg_E = 0;
PET 0:c426396d5fdf 224 Seg_F = 0;
PET 0:c426396d5fdf 225 Seg_G = 1;
PET 0:c426396d5fdf 226 break;
PET 0:c426396d5fdf 227 case 30:
PET 0:c426396d5fdf 228 Seg_A = 1;
PET 0:c426396d5fdf 229 Seg_B = 0;
PET 0:c426396d5fdf 230 Seg_C = 0;
PET 0:c426396d5fdf 231 Seg_D = 1;
PET 0:c426396d5fdf 232 Seg_E = 0;
PET 0:c426396d5fdf 233 Seg_F = 0;
PET 0:c426396d5fdf 234 Seg_G = 0;
PET 0:c426396d5fdf 235 break;
PET 0:c426396d5fdf 236 default:
PET 0:c426396d5fdf 237 Seg_A = 1;
PET 0:c426396d5fdf 238 Seg_B = 1;
PET 0:c426396d5fdf 239 Seg_C = 1;
PET 0:c426396d5fdf 240 Seg_D = 1;
PET 0:c426396d5fdf 241 Seg_E = 1;
PET 0:c426396d5fdf 242 Seg_F = 1;
PET 0:c426396d5fdf 243 Seg_G = 1;
PET 0:c426396d5fdf 244 }
PET 0:c426396d5fdf 245 }
PET 0:c426396d5fdf 246
PET 0:c426396d5fdf 247 void rgb_outp(int status)
PET 0:c426396d5fdf 248 {
PET 0:c426396d5fdf 249 RGB_LED lamp(PB_13,PB_14, PB_15); // Creates an object out of the class RGB_LED.
PET 0:c426396d5fdf 250 // Connect pins on the Nucleo, to the pins the
PET 0:c426396d5fdf 251 // class.
PET 0:c426396d5fdf 252
PET 0:c426396d5fdf 253 enum colour // Enumeration is used only for making the program more
PET 0:c426396d5fdf 254 { // easily readable.
PET 0:c426396d5fdf 255 green, // Is alike an int, starts at green = 1,
PET 0:c426396d5fdf 256 orange, // orange = 2 etc.
PET 0:c426396d5fdf 257 red,
PET 0:c426396d5fdf 258 red_blink,
PET 0:c426396d5fdf 259 blue
PET 0:c426396d5fdf 260 };
PET 0:c426396d5fdf 261
PET 0:c426396d5fdf 262 colour RGB_out = static_cast<colour>(status);
PET 0:c426396d5fdf 263 // Taking the value from the sensors and change them the enum type.
PET 0:c426396d5fdf 264 // Enum is somewhat akin to an int already, but RGB_out != status..
PET 0:c426396d5fdf 265
PET 0:c426396d5fdf 266 switch(RGB_out)
PET 0:c426396d5fdf 267 {
PET 0:c426396d5fdf 268 case green:
PET 0:c426396d5fdf 269 lamp.set(0.0f, 0.0f, 1.0f);
PET 0:c426396d5fdf 270 break;
PET 0:c426396d5fdf 271 case orange:
PET 0:c426396d5fdf 272 lamp.set(1.0f, 1.0f, 0.0f);
PET 0:c426396d5fdf 273 break;
PET 0:c426396d5fdf 274 case red:
PET 0:c426396d5fdf 275 lamp.set(1.0f, 0.0f, 0.0f);
PET 0:c426396d5fdf 276 break;
PET 0:c426396d5fdf 277 case red_blink:
PET 0:c426396d5fdf 278 lamp.flash(1.0f, 0.5f, 1.0f, 0.0f, 1.0f, 0.0f);
PET 0:c426396d5fdf 279 // On for 50% of every 1 seconds.
PET 0:c426396d5fdf 280 break;
PET 0:c426396d5fdf 281 case blue:
PET 0:c426396d5fdf 282 lamp.flash(1.0f, 0.0f, 0.5f, 0.5f, 0.5f, 0.5f);
PET 0:c426396d5fdf 283 // On for 50% of every 0.5 seconds.
PET 0:c426396d5fdf 284 break;
PET 0:c426396d5fdf 285 default: // Error has occured, blue. Could just have defaulted instead
PET 0:c426396d5fdf 286 lamp.set(1.0f, 1.0f, 1.0f); // of case blue, however as it is an
PET 0:c426396d5fdf 287 }
PET 0:c426396d5fdf 288
PET 0:c426396d5fdf 289 return;
PET 0:c426396d5fdf 290 }