mmotor / Mbed 2 deprecated mbed_matrix_ds3231

LPC1768 programm for the led matrix.

Dependencies:   BufferedSerial DS3231 mbed-rtos mbed

main.cpp@1:3a39b1439456, 2016-08-03 (annotated)

Committer:
JOEV
Date:
Wed Aug 03 07:28:20 2016 +0000
Revision:
1:3a39b1439456
Parent:
0:41f9c251097c
Child:
2:d5472e4a55bf
Features:; >Animated Frames (needs to be done with an Editor); >Set speed with a Poti; >expendable

Who changed what in which revision?

UserRevisionLine numberNew contents of line
JOEV 0:41f9c251097c 1 #include <mbed.h>
JOEV 0:41f9c251097c 2 #include <string>
JOEV 0:41f9c251097c 3 #include <ctype.h>
JOEV 0:41f9c251097c 4
JOEV 0:41f9c251097c 5
JOEV 0:41f9c251097c 6 //------------------------------------------------------------------------------------------------------
JOEV 0:41f9c251097c 7 // Analog I/O, Digital I/O, etc.
JOEV 0:41f9c251097c 8 //------------------------------------------------------------------------------------------------------
JOEV 1:3a39b1439456 9 DigitalOut ds1(p5), oe1(p6), stcp1(p7), shcp1(p8), mr1(p9);
JOEV 1:3a39b1439456 10 AnalogIn ain(p20);
JOEV 1:3a39b1439456 11 Ticker tick;
JOEV 0:41f9c251097c 12 /*
JOEV 0:41f9c251097c 13 DS normal Serial Data Output Schreibt vor ob das LED 0 oder 1 ist.
JOEV 0:41f9c251097c 14 OE invertiert Output-Enable Aktiviert oder deaktiviert die LEDs.
JOEV 0:41f9c251097c 15 SHCP normal Shift register clk Setzt Position mit kurzen Impulsen fest.
JOEV 0:41f9c251097c 16 STCP normal Storage reg. clk Setzt Reihe mit kurzen Impulsen fest.
JOEV 0:41f9c251097c 17 MR invertiert Master reset resetet den Storage. Muss mit STCP angezeigt werden.
JOEV 1:3a39b1439456 18
JOEV 0:41f9c251097c 19 */
JOEV 0:41f9c251097c 20 //------------------------------------------------------------------------------------------------------
JOEV 0:41f9c251097c 21 // Voids & Ticker, Ints, etc.
JOEV 0:41f9c251097c 22 //------------------------------------------------------------------------------------------------------
JOEV 1:3a39b1439456 23 int a = 0, x, y, z, t, temp, speed=10;
JOEV 0:41f9c251097c 24
JOEV 1:3a39b1439456 25 int zahl[][8] ={
JOEV 1:3a39b1439456 26 {255,255,112,56,56,112,255,255},
JOEV 1:3a39b1439456 27 {255,112,56,56,112,255,255,0},
JOEV 1:3a39b1439456 28 {112,56,56,112,255,255,0,2},
JOEV 1:3a39b1439456 29 {56,56,112,255,255,0,2,23},
JOEV 1:3a39b1439456 30 {56,112,255,255,0,2,23,21},
JOEV 1:3a39b1439456 31 {112,255,255,0,2,23,21,21},
JOEV 1:3a39b1439456 32 {255,255,0,2,23,21,21,31},
JOEV 1:3a39b1439456 33 {255,0,2,23,21,21,31,15},
JOEV 1:3a39b1439456 34 {0,2,23,21,21,31,15,0},
JOEV 1:3a39b1439456 35 {2,23,21,21,31,15,0,17},
JOEV 1:3a39b1439456 36 {23,21,21,31,15,0,17,27},
JOEV 1:3a39b1439456 37 {21,21,31,15,0,17,27,14},
JOEV 1:3a39b1439456 38 {21,31,15,0,17,27,14,14},
JOEV 1:3a39b1439456 39 {31,15,0,17,27,14,14,27},
JOEV 1:3a39b1439456 40 {15,0,17,27,14,14,27,17},
JOEV 1:3a39b1439456 41 {0,17,27,14,14,27,17,0},
JOEV 1:3a39b1439456 42 {17,27,14,14,27,17,0,14},
JOEV 1:3a39b1439456 43 {27,14,14,27,17,0,14,31},
JOEV 1:3a39b1439456 44 {14,14,27,17,0,14,31,17},
JOEV 1:3a39b1439456 45 {14,27,17,0,14,31,17,17},
JOEV 1:3a39b1439456 46 {27,17,0,14,31,17,17,31},
JOEV 1:3a39b1439456 47 {17,0,14,31,17,17,31,14},
JOEV 1:3a39b1439456 48 {0,14,31,17,17,31,14,0},
JOEV 1:3a39b1439456 49 {14,31,17,17,31,14,0,31},
JOEV 1:3a39b1439456 50 {31,17,17,31,14,0,31,31},
JOEV 1:3a39b1439456 51 {17,17,31,14,0,31,31,24},
JOEV 1:3a39b1439456 52 {17,31,14,0,31,31,24,24},
JOEV 1:3a39b1439456 53 {31,14,0,31,31,24,24,31},
JOEV 1:3a39b1439456 54 {14,0,31,31,24,24,31,15},
JOEV 1:3a39b1439456 55 {0,31,31,24,24,31,15,0},
JOEV 1:3a39b1439456 56 {31,31,24,24,31,15,0,0},
JOEV 1:3a39b1439456 57 {31,24,24,31,15,0,0,0},
JOEV 1:3a39b1439456 58 {24,24,31,15,0,0,0,0},
JOEV 1:3a39b1439456 59 {24,31,15,0,0,0,0,0},
JOEV 1:3a39b1439456 60 {31,15,0,0,0,0,0,0},
JOEV 1:3a39b1439456 61 {15,0,0,0,0,0,0,0},
JOEV 1:3a39b1439456 62 {0,0,0,0,0,0,0,0},
JOEV 1:3a39b1439456 63 {0,0,0,0,0,0,0,255},
JOEV 1:3a39b1439456 64 {0,0,0,0,0,0,255,255},
JOEV 1:3a39b1439456 65 {0,0,0,0,0,255,255,112},
JOEV 1:3a39b1439456 66 {0,0,0,0,255,255,112,56},
JOEV 1:3a39b1439456 67 {0,0,0,255,255,112,56,56},
JOEV 1:3a39b1439456 68 {0,0,255,255,112,56,56,112},
JOEV 1:3a39b1439456 69 {0,255,255,112,56,56,112,255}
JOEV 0:41f9c251097c 70
JOEV 0:41f9c251097c 71
JOEV 1:3a39b1439456 72 };
JOEV 1:3a39b1439456 73
JOEV 1:3a39b1439456 74 int const size_y = sizeof(zahl) / sizeof(zahl[0]);
JOEV 1:3a39b1439456 75 int const size_x = sizeof(zahl[0]) / sizeof(zahl[0][0]);
JOEV 1:3a39b1439456 76
JOEV 1:3a39b1439456 77 bool row_temp[8];
JOEV 1:3a39b1439456 78 void shift_srg(), reset_srg(), setSpeed(); //, set_srg(bool status_[]);
JOEV 1:3a39b1439456 79 //------------------------------------------------------------------------------------------------------
JOEV 1:3a39b1439456 80 // Vorgang
JOEV 1:3a39b1439456 81 //------------------------------------------------------------------------------------------------------
JOEV 1:3a39b1439456 82 /*
JOEV 1:3a39b1439456 83 Zuerst müssen die ersten 8 DS den Wert 1 entsprechen, weil diese für die Kathoden Seite der Matrix ist.
JOEV 1:3a39b1439456 84 Die beiden 74HC595-ICs sind miteinander über dem Q7s und DS verbunden. Was aus dem ersten IC herauskommt,
JOEV 1:3a39b1439456 85 wird beim zweiten als Eingangswert benützt.
JOEV 1:3a39b1439456 86 */
JOEV 0:41f9c251097c 87 //------------------------------------------------------------------------------------------------------
JOEV 0:41f9c251097c 88 // Main
JOEV 0:41f9c251097c 89 //------------------------------------------------------------------------------------------------------
JOEV 0:41f9c251097c 90 int main()
JOEV 0:41f9c251097c 91 {
JOEV 1:3a39b1439456 92 mr1 = 1;
JOEV 1:3a39b1439456 93 oe1 = 0;
JOEV 1:3a39b1439456 94 ds1 = 0;
JOEV 1:3a39b1439456 95 stcp1 = 0;
JOEV 1:3a39b1439456 96 shcp1 = 0;
JOEV 1:3a39b1439456 97
JOEV 1:3a39b1439456 98 tick.attach(&setSpeed,0.005);
JOEV 0:41f9c251097c 99 reset_srg();
JOEV 1:3a39b1439456 100
JOEV 1:3a39b1439456 101
JOEV 1:3a39b1439456 102
JOEV 0:41f9c251097c 103 while(1)
JOEV 1:3a39b1439456 104 {
JOEV 1:3a39b1439456 105 for(t = 0; t < speed; t++)
JOEV 0:41f9c251097c 106 {
JOEV 1:3a39b1439456 107 for(z = 0; z < 8; z++)
JOEV 0:41f9c251097c 108 {
JOEV 1:3a39b1439456 109
JOEV 1:3a39b1439456 110 for(y = 0; y < 8; y++)
JOEV 0:41f9c251097c 111 {
JOEV 1:3a39b1439456 112 row_temp[y] = (zahl[a][z] >> y) & 1;
JOEV 1:3a39b1439456 113 }
JOEV 1:3a39b1439456 114
JOEV 1:3a39b1439456 115 for(x = 0; x < 8; x++)
JOEV 1:3a39b1439456 116 {
JOEV 1:3a39b1439456 117 if(x == z)
JOEV 0:41f9c251097c 118 {
JOEV 1:3a39b1439456 119 ds1 = 1;
JOEV 1:3a39b1439456 120 }
JOEV 1:3a39b1439456 121 else
JOEV 0:41f9c251097c 122 {
JOEV 1:3a39b1439456 123 ds1 = 0;
JOEV 1:3a39b1439456 124 }
JOEV 1:3a39b1439456 125 shift_srg();
JOEV 1:3a39b1439456 126 }
JOEV 1:3a39b1439456 127
JOEV 1:3a39b1439456 128 for(x = 0; x < 8; x++)
JOEV 1:3a39b1439456 129 {
JOEV 1:3a39b1439456 130 ds1 = row_temp[x];
JOEV 1:3a39b1439456 131 shift_srg();
JOEV 1:3a39b1439456 132 }
JOEV 1:3a39b1439456 133
JOEV 1:3a39b1439456 134 stcp1 = 1;
JOEV 1:3a39b1439456 135 wait_ms(0.1);
JOEV 1:3a39b1439456 136 stcp1 = 0;
JOEV 1:3a39b1439456 137
JOEV 1:3a39b1439456 138 }
JOEV 1:3a39b1439456 139 }
JOEV 1:3a39b1439456 140 a++;
JOEV 1:3a39b1439456 141 if(a == size_y)
JOEV 1:3a39b1439456 142 a = 0;
JOEV 1:3a39b1439456 143 }
JOEV 0:41f9c251097c 144 } // Ende main
JOEV 0:41f9c251097c 145
JOEV 0:41f9c251097c 146
JOEV 0:41f9c251097c 147 //------------------------------------------------------------------------------------------------------
JOEV 0:41f9c251097c 148 // Voids & Floats
JOEV 0:41f9c251097c 149 //------------------------------------------------------------------------------------------------------
JOEV 0:41f9c251097c 150
JOEV 1:3a39b1439456 151 void shift_srg()
JOEV 0:41f9c251097c 152 {
JOEV 1:3a39b1439456 153 wait_ms(0.1); // Perioden-Dauer 2ms, später verkürzen
JOEV 0:41f9c251097c 154 shcp1 = 1;
JOEV 1:3a39b1439456 155 wait_ms(0.1);
JOEV 0:41f9c251097c 156 shcp1 = 0;
JOEV 0:41f9c251097c 157 }
JOEV 0:41f9c251097c 158
JOEV 0:41f9c251097c 159 void reset_srg()
JOEV 0:41f9c251097c 160 {
JOEV 0:41f9c251097c 161 mr1 = 0;
JOEV 1:3a39b1439456 162 wait_ms(0.1); // Reset-Puls 1ms, später verkürzen
JOEV 0:41f9c251097c 163 mr1 = 1;
JOEV 0:41f9c251097c 164 }
JOEV 0:41f9c251097c 165
JOEV 1:3a39b1439456 166 void setSpeed()
JOEV 1:3a39b1439456 167 {
JOEV 1:3a39b1439456 168 speed = ain * 1000;
JOEV 1:3a39b1439456 169 }
JOEV 1:3a39b1439456 170
JOEV 0:41f9c251097c 171 /*
JOEV 1:3a39b1439456 172 for(x = 0; x < 16; x++)
JOEV 0:41f9c251097c 173 {
JOEV 1:3a39b1439456 174 switch(x)
JOEV 1:3a39b1439456 175 { // 0-7 = Kathode, 8-15 = Anoden
JOEV 1:3a39b1439456 176 case 7: case 9: case 10: case 11: case 13: case 14: case 15:
JOEV 1:3a39b1439456 177 ds1 = 1;
JOEV 1:3a39b1439456 178 shift_srg();
JOEV 1:3a39b1439456 179 break;
JOEV 1:3a39b1439456 180 default:
JOEV 1:3a39b1439456 181 ds1 = 0;
JOEV 1:3a39b1439456 182 shift_srg();
JOEV 1:3a39b1439456 183 break;
JOEV 1:3a39b1439456 184 }
JOEV 1:3a39b1439456 185 }*/
JOEV 0:41f9c251097c 186