Thomas Milburn / Mbed 2 deprecated FBRDash-tom

can't push chnages :(

Fork of FBRDash by Michael Allan

src/bigchar.cpp@1:b3907b8d9f65, 2012-06-25 (annotated)

Committer:
intrinseca
Date:
Mon Jun 25 21:01:02 2012 +0000
Revision:
1:b3907b8d9f65
Child:
2:825f572902c6
Prototype before adding full CAN comms

Who changed what in which revision?

UserRevisionLine numberNew contents of line
intrinseca 1:b3907b8d9f65 1 #include "TextLCD.h"
intrinseca 1:b3907b8d9f65 2 #include "bigchar.h"
intrinseca 1:b3907b8d9f65 3
intrinseca 1:b3907b8d9f65 4 void setup_bigchar(TextLCD* lcd)
intrinseca 1:b3907b8d9f65 5 {
intrinseca 1:b3907b8d9f65 6 int top_left[8] = {0x07, 0x0F, 0x1F, 0x1F, 0x1F, 0x1F, 0x1F, 0x1F, };
intrinseca 1:b3907b8d9f65 7 lcd->writeCGRAM(TOP_LEFT, top_left);
intrinseca 1:b3907b8d9f65 8
intrinseca 1:b3907b8d9f65 9 int top_right[8] = {0x1C, 0x1E, 0x1F, 0x1F, 0x1F, 0x1F, 0x1F, 0x1F, };
intrinseca 1:b3907b8d9f65 10 lcd->writeCGRAM(TOP_RIGHT, top_right);
intrinseca 1:b3907b8d9f65 11
intrinseca 1:b3907b8d9f65 12 int bottom_right[8] = {0x1F, 0x1F, 0x1F, 0x1F, 0x1F, 0x1F, 0x1E, 0x1C, };
intrinseca 1:b3907b8d9f65 13 lcd->writeCGRAM(BOTTOM_RIGHT, bottom_right);
intrinseca 1:b3907b8d9f65 14
intrinseca 1:b3907b8d9f65 15 int bottom_left[8] = {0x1F, 0x1F, 0x1F, 0x1F, 0x1F, 0x1F, 0x0F, 0x07, };
intrinseca 1:b3907b8d9f65 16 lcd->writeCGRAM(BOTTOM_LEFT, bottom_left);
intrinseca 1:b3907b8d9f65 17
intrinseca 1:b3907b8d9f65 18 int two_lines[8] = {0x1F, 0x1F, 0x1F, 0x00, 0x00, 0x00, 0x1F, 0x1F, };
intrinseca 1:b3907b8d9f65 19 lcd->writeCGRAM(TWO_LINES, two_lines);
intrinseca 1:b3907b8d9f65 20
intrinseca 1:b3907b8d9f65 21 int bottom[8] = {0x00, 0x00, 0x00, 0x00, 0x00, 0x1F, 0x1F, 0x1F, };
intrinseca 1:b3907b8d9f65 22 lcd->writeCGRAM(BOTTOM, bottom);
intrinseca 1:b3907b8d9f65 23
intrinseca 1:b3907b8d9f65 24 int top[8] = {0x1F, 0x1F, 0x1F, 0x00, 0x00, 0x00, 0x00, 0x00, };
intrinseca 1:b3907b8d9f65 25 lcd->writeCGRAM(TOP, top);
intrinseca 1:b3907b8d9f65 26
intrinseca 1:b3907b8d9f65 27 int two_lines_5[8] = {0x1F, 0x1F, 0x1F, 0x00, 0x00, 0x00, 0x1E, 0x1F, };
intrinseca 1:b3907b8d9f65 28 lcd->writeCGRAM(TWO_LINES_5, two_lines_5);
intrinseca 1:b3907b8d9f65 29 }
intrinseca 1:b3907b8d9f65 30
intrinseca 1:b3907b8d9f65 31 void write_bigchar(TextLCD* lcd, int position, int number)
intrinseca 1:b3907b8d9f65 32 {
intrinseca 1:b3907b8d9f65 33 switch(number)
intrinseca 1:b3907b8d9f65 34 {
intrinseca 1:b3907b8d9f65 35 case 0:
intrinseca 1:b3907b8d9f65 36 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 37 lcd->putc(TOP_LEFT);
intrinseca 1:b3907b8d9f65 38 lcd->putc(TOP);
intrinseca 1:b3907b8d9f65 39 lcd->putc(TOP_RIGHT);
intrinseca 1:b3907b8d9f65 40 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 41 lcd->putc(BOTTOM_LEFT);
intrinseca 1:b3907b8d9f65 42 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 43 lcd->putc(BOTTOM_RIGHT);
intrinseca 1:b3907b8d9f65 44 break;
intrinseca 1:b3907b8d9f65 45 case 1:
intrinseca 1:b3907b8d9f65 46 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 47 lcd->putc(TOP);
intrinseca 1:b3907b8d9f65 48 lcd->putc(TOP_RIGHT);
intrinseca 1:b3907b8d9f65 49 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 50 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 51 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 52 lcd->putc(FULL);
intrinseca 1:b3907b8d9f65 53 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 54 break;
intrinseca 1:b3907b8d9f65 55 case 2:
intrinseca 1:b3907b8d9f65 56 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 57 lcd->putc(TWO_LINES);
intrinseca 1:b3907b8d9f65 58 lcd->putc(TWO_LINES);
intrinseca 1:b3907b8d9f65 59 lcd->putc(TOP_RIGHT);
intrinseca 1:b3907b8d9f65 60 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 61 lcd->putc(BOTTOM_LEFT);
intrinseca 1:b3907b8d9f65 62 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 63 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 64 break;
intrinseca 1:b3907b8d9f65 65 case 3:
intrinseca 1:b3907b8d9f65 66 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 67 lcd->putc(TOP);
intrinseca 1:b3907b8d9f65 68 lcd->putc(TWO_LINES);
intrinseca 1:b3907b8d9f65 69 lcd->putc(TOP_RIGHT);
intrinseca 1:b3907b8d9f65 70 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 71 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 72 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 73 lcd->putc(BOTTOM_RIGHT);
intrinseca 1:b3907b8d9f65 74 break;
intrinseca 1:b3907b8d9f65 75 case 4:
intrinseca 1:b3907b8d9f65 76 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 77 lcd->putc(BOTTOM_LEFT);
intrinseca 1:b3907b8d9f65 78 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 79 lcd->putc(FULL);
intrinseca 1:b3907b8d9f65 80 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 81 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 82 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 83 lcd->putc(FULL);
intrinseca 1:b3907b8d9f65 84 break;
intrinseca 1:b3907b8d9f65 85 case 5:
intrinseca 1:b3907b8d9f65 86 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 87 lcd->putc(FULL);
intrinseca 1:b3907b8d9f65 88 lcd->putc(TWO_LINES);
intrinseca 1:b3907b8d9f65 89 lcd->putc(TWO_LINES_5);
intrinseca 1:b3907b8d9f65 90 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 91 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 92 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 93 lcd->putc(BOTTOM_RIGHT);
intrinseca 1:b3907b8d9f65 94 break;
intrinseca 1:b3907b8d9f65 95 case 6:
intrinseca 1:b3907b8d9f65 96 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 97 lcd->putc(TOP_LEFT);
intrinseca 1:b3907b8d9f65 98 lcd->putc(TWO_LINES);
intrinseca 1:b3907b8d9f65 99 lcd->putc(TWO_LINES_5);
intrinseca 1:b3907b8d9f65 100 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 101 lcd->putc(BOTTOM_LEFT);
intrinseca 1:b3907b8d9f65 102 lcd->putc(BOTTOM);
intrinseca 1:b3907b8d9f65 103 lcd->putc(BOTTOM_RIGHT);
intrinseca 1:b3907b8d9f65 104 break;
intrinseca 1:b3907b8d9f65 105 default:
intrinseca 1:b3907b8d9f65 106 lcd->locate(position, 0);
intrinseca 1:b3907b8d9f65 107 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 108 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 109 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 110 lcd->locate(position, 1);
intrinseca 1:b3907b8d9f65 111 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 112 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 113 lcd->putc(BLANK);
intrinseca 1:b3907b8d9f65 114 break;
intrinseca 1:b3907b8d9f65 115 }
intrinseca 1:b3907b8d9f65 116 }