suu pen / EightDotMatrixLed

このライブラリは8*8dotmatrixLedの輝度を階調制御します。 8*8dotmatrixLed以外でも8個のＬＥＤを１組にしたものを１組から８組まで制御できます。 LEDの階調制御は、ON,OFFの指示で輝度を0から100％まで１秒かけて変化させることができます。 それ以外にも、輝度を直接指示することもできます。 This library is the brightness of the tone controls 8 * 8dotmatrixLed. You can control up to eight pairs of those in one set of eight pairs in the LED than 8 * 8dotmatrixLed. Tone control of the LED, ON, can be varied over a second from 0 to 100% brightness at the direction of OFF. Besides this, the intensity can be directly ordered.

Dependents:   eightDotMatrixLedLibraryExample test10_rev2

types.h@0:3df409a1aa42, 2011-12-03 (annotated)

Committer:
suupen
Date:
Sat Dec 03 23:01:36 2011 +0000
Revision:
0:3df409a1aa42
V1.01   12/04   example program comment fix.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
suupen 0:3df409a1aa42 1 /*----------------------------------------------------------------------------*/
suupen 0:3df409a1aa42 2 /* File Information */
suupen 0:3df409a1aa42 3 /*----------------------------------------------------------------------------*/
suupen 0:3df409a1aa42 4 /* Name : types.h */
suupen 0:3df409a1aa42 5 /* Type : C Programming Language Header */
suupen 0:3df409a1aa42 6 /*----------------------------------------------------------------------------*/
suupen 0:3df409a1aa42 7 /*----------------------------------------------------------------------------*/
suupen 0:3df409a1aa42 8
suupen 0:3df409a1aa42 9 #ifndef __TYPES_H__
suupen 0:3df409a1aa42 10 #define __TYPES_H__
suupen 0:3df409a1aa42 11
suupen 0:3df409a1aa42 12 #include "stdint.h"
suupen 0:3df409a1aa42 13 /*
suupen 0:3df409a1aa42 14 typedef char int8_t;
suupen 0:3df409a1aa42 15 typedef unsigned char uint8_t;
suupen 0:3df409a1aa42 16 typedef signed short int16_t;
suupen 0:3df409a1aa42 17 typedef unsigned short uint16_t;
suupen 0:3df409a1aa42 18 typedef signed int int32_t;
suupen 0:3df409a1aa42 19 typedef unsigned int uint32_t;
suupen 0:3df409a1aa42 20 typedef signed long long int64_t;
suupen 0:3df409a1aa42 21 typedef unsigned long long uint64_t;
suupen 0:3df409a1aa42 22 */
suupen 0:3df409a1aa42 23 //typedef bool bool_t;
suupen 0:3df409a1aa42 24 typedef enum{TRUE, FALSE} bool_t;
suupen 0:3df409a1aa42 25
suupen 0:3df409a1aa42 26 //=========================================================================
suupen 0:3df409a1aa42 27 // byte bit access
suupen 0:3df409a1aa42 28 //=========================================================================
suupen 0:3df409a1aa42 29 typedef union{ // BYTE/NIBBLE/BIT access
suupen 0:3df409a1aa42 30 uint8_t byte; // Byte access
suupen 0:3df409a1aa42 31 struct{ // Nibble access
suupen 0:3df409a1aa42 32 uint8_t lo : 4; // lower(Bit0 - 3)
suupen 0:3df409a1aa42 33 uint8_t hi : 4; // upper(Bit4 - 7)
suupen 0:3df409a1aa42 34 }nibble;
suupen 0:3df409a1aa42 35 struct{ // Bit access
suupen 0:3df409a1aa42 36 uint8_t b0 : 1; // Bit0
suupen 0:3df409a1aa42 37 uint8_t b1 : 1; // Bit1
suupen 0:3df409a1aa42 38 uint8_t b2 : 1; // Bit2
suupen 0:3df409a1aa42 39 uint8_t b3 : 1; // Bit3
suupen 0:3df409a1aa42 40 uint8_t b4 : 1; // Bit4
suupen 0:3df409a1aa42 41 uint8_t b5 : 1; // Bit5
suupen 0:3df409a1aa42 42 uint8_t b6 : 1; // Bit6
suupen 0:3df409a1aa42 43 uint8_t b7 : 1; // Bit7
suupen 0:3df409a1aa42 44 }bits;
suupen 0:3df409a1aa42 45 }byte_t;
suupen 0:3df409a1aa42 46
suupen 0:3df409a1aa42 47 //=========================================================================
suupen 0:3df409a1aa42 48 // word bit access
suupen 0:3df409a1aa42 49 //=========================================================================
suupen 0:3df409a1aa42 50 typedef union{ // WORD/BYTE/NIBBLE/BIT access
suupen 0:3df409a1aa42 51 uint16_t word; // Word access
suupen 0:3df409a1aa42 52 struct{ // Byte access
suupen 0:3df409a1aa42 53 uint8_t b0; // upper byte
suupen 0:3df409a1aa42 54 uint8_t b1; // lower byte
suupen 0:3df409a1aa42 55 }byte;
suupen 0:3df409a1aa42 56 struct { // Nibble access
suupen 0:3df409a1aa42 57 uint8_t n0 : 4; // lower byte low(Bit 0 - 3)
suupen 0:3df409a1aa42 58 uint8_t n1 : 4; // lower byte up (Bit 4 - 7)
suupen 0:3df409a1aa42 59 uint8_t n2 : 4; // upper byte low(Bit 8 - 11)
suupen 0:3df409a1aa42 60 uint8_t n3 : 4; // upper byte up (Bit12 - 15)
suupen 0:3df409a1aa42 61 }nibble;
suupen 0:3df409a1aa42 62 struct{ // Bit acces
suupen 0:3df409a1aa42 63 uint8_t b0 : 1; // Bit0
suupen 0:3df409a1aa42 64 uint8_t b1 : 1; // Bit1
suupen 0:3df409a1aa42 65 uint8_t b2 : 1; // Bit2
suupen 0:3df409a1aa42 66 uint8_t b3 : 1; // Bit3
suupen 0:3df409a1aa42 67 uint8_t b4 : 1; // Bit4
suupen 0:3df409a1aa42 68 uint8_t b5 : 1; // Bit5
suupen 0:3df409a1aa42 69 uint8_t b6 : 1; // Bit6
suupen 0:3df409a1aa42 70 uint8_t b7 : 1; // Bit7
suupen 0:3df409a1aa42 71 uint8_t b8 : 1; // Bit8
suupen 0:3df409a1aa42 72 uint8_t b9 : 1; // Bit9
suupen 0:3df409a1aa42 73 uint8_t b10: 1; // Bit10
suupen 0:3df409a1aa42 74 uint8_t b11: 1; // Bit11
suupen 0:3df409a1aa42 75 uint8_t b12: 1; // Bit12
suupen 0:3df409a1aa42 76 uint8_t b13: 1; // Bit13
suupen 0:3df409a1aa42 77 uint8_t b14: 1; // Bit14
suupen 0:3df409a1aa42 78 uint8_t b15: 1; // Bit15
suupen 0:3df409a1aa42 79 }bits;
suupen 0:3df409a1aa42 80 }word_t;
suupen 0:3df409a1aa42 81
suupen 0:3df409a1aa42 82
suupen 0:3df409a1aa42 83 //=========================================================================
suupen 0:3df409a1aa42 84 // ascii code
suupen 0:3df409a1aa42 85 //=========================================================================
suupen 0:3df409a1aa42 86 #define Z_NUL (0x00)
suupen 0:3df409a1aa42 87 #define Z_SOH (0x01)
suupen 0:3df409a1aa42 88 #define Z_STX (0x02)
suupen 0:3df409a1aa42 89 #define Z_ETX (0x03)
suupen 0:3df409a1aa42 90 #define Z_EOT (0x04)
suupen 0:3df409a1aa42 91 #define Z_ENQ (0x05)
suupen 0:3df409a1aa42 92 #define Z_ACK (0x06)
suupen 0:3df409a1aa42 93 #define Z_BEL (0x07)
suupen 0:3df409a1aa42 94
suupen 0:3df409a1aa42 95 #define Z_BS (0x08)
suupen 0:3df409a1aa42 96 #define Z_HT (0x09)
suupen 0:3df409a1aa42 97 #define Z_LF (0x0A)
suupen 0:3df409a1aa42 98 #define Z_HM (0x0B)
suupen 0:3df409a1aa42 99 #define Z_FF (0x0C)
suupen 0:3df409a1aa42 100 #define Z_CR (0x0D)
suupen 0:3df409a1aa42 101 #define Z_SO (0x0E)
suupen 0:3df409a1aa42 102 #define Z_SI (0x0F)
suupen 0:3df409a1aa42 103
suupen 0:3df409a1aa42 104 #define Z_DLE (0x10)
suupen 0:3df409a1aa42 105 #define Z_DC1 (0x11)
suupen 0:3df409a1aa42 106 #define Z_DC2 (0x12)
suupen 0:3df409a1aa42 107 #define Z_DC3 (0x13)
suupen 0:3df409a1aa42 108 #define Z_DC4 (0x14)
suupen 0:3df409a1aa42 109 #define Z_NAK (0x15)
suupen 0:3df409a1aa42 110 #define Z_SYN (0x16)
suupen 0:3df409a1aa42 111 #define Z_ETB (0x17)
suupen 0:3df409a1aa42 112
suupen 0:3df409a1aa42 113
suupen 0:3df409a1aa42 114 #endif /* __TYPES_H__*/