【9.18更新】所见即所得，字符图形化时宏定义的巧用和逆用

didadida · 发表于 2014-9-17 23:50:49

本帖最后由 didadida 于 2014-9-18 21:16 编辑

看见有坛友发帖用12864来跑ucgui，感觉很炫，尤其是那个数字的显示很漂亮，于是好奇去看了看相关的代码。于是乎，发现了这个用于字符图形化的宏定义。

#define ________ 0x0
#define _______X 0x1
#define ______X_ 0x2
#define ______XX 0x3
#define _____X__ 0x4
#define _____X_X 0x5
#define _____XX_ 0x6
#define _____XXX 0x7
#define ____X___ 0x8
#define ____X__X 0x9
#define ____X_X_ 0xa
#define ____X_XX 0xb
#define ____XX__ 0xc
#define ____XX_X 0xd
#define ____XXX_ 0xe
#define ____XXXX 0xf
#define ___X____ 0x10
#define ___X___X 0x11
#define ___X__X_ 0x12
#define ___X__XX 0x13
#define ___X_X__ 0x14
#define ___X_X_X 0x15
#define ___X_XX_ 0x16
#define ___X_XXX 0x17
#define ___XX___ 0x18
#define ___XX__X 0x19
#define ___XX_X_ 0x1a
#define ___XX_XX 0x1b
#define ___XXX__ 0x1c
#define ___XXX_X 0x1d
#define ___XXXX_ 0x1e
#define ___XXXXX 0x1f
#define __X_____ 0x20
#define __X____X 0x21
#define __X___X_ 0x22
#define __X___XX 0x23
#define __X__X__ 0x24
#define __X__X_X 0x25
#define __X__XX_ 0x26
#define __X__XXX 0x27
#define __X_X___ 0x28
#define __X_X__X 0x29
#define __X_X_X_ 0x2a
#define __X_X_XX 0x2b
#define __X_XX__ 0x2c
#define __X_XX_X 0x2d
#define __X_XXX_ 0x2e
#define __X_XXXX 0x2f
#define __XX____ 0x30
#define __XX___X 0x31
#define __XX__X_ 0x32
#define __XX__XX 0x33
#define __XX_X__ 0x34
#define __XX_X_X 0x35
#define __XX_XX_ 0x36
#define __XX_XXX 0x37
#define __XXX___ 0x38
#define __XXX__X 0x39
#define __XXX_X_ 0x3a
#define __XXX_XX 0x3b
#define __XXXX__ 0x3c
#define __XXXX_X 0x3d
#define __XXXXX_ 0x3e
#define __XXXXXX 0x3f
#define _X______ 0x40
#define _X_____X 0x41
#define _X____X_ 0x42
#define _X____XX 0x43
#define _X___X__ 0x44
#define _X___X_X 0x45
#define _X___XX_ 0x46
#define _X___XXX 0x47
#define _X__X___ 0x48
#define _X__X__X 0x49
#define _X__X_X_ 0x4a
#define _X__X_XX 0x4b
#define _X__XX__ 0x4c
#define _X__XX_X 0x4d
#define _X__XXX_ 0x4e
#define _X__XXXX 0x4f
#define _X_X____ 0x50
#define _X_X___X 0x51
#define _X_X__X_ 0x52
#define _X_X__XX 0x53
#define _X_X_X__ 0x54
#define _X_X_X_X 0x55
#define _X_X_XX_ 0x56
#define _X_X_XXX 0x57
#define _X_XX___ 0x58
#define _X_XX__X 0x59
#define _X_XX_X_ 0x5a
#define _X_XX_XX 0x5b
#define _X_XXX__ 0x5c
#define _X_XXX_X 0x5d
#define _X_XXXX_ 0x5e
#define _X_XXXXX 0x5f
#define _XX_____ 0x60
#define _XX____X 0x61
#define _XX___X_ 0x62
#define _XX___XX 0x63
#define _XX__X__ 0x64
#define _XX__X_X 0x65
#define _XX__XX_ 0x66
#define _XX__XXX 0x67
#define _XX_X___ 0x68
#define _XX_X__X 0x69
#define _XX_X_X_ 0x6a
#define _XX_X_XX 0x6b
#define _XX_XX__ 0x6c
#define _XX_XX_X 0x6d
#define _XX_XXX_ 0x6e
#define _XX_XXXX 0x6f
#define _XXX____ 0x70
#define _XXX___X 0x71
#define _XXX__X_ 0x72
#define _XXX__XX 0x73
#define _XXX_X__ 0x74
#define _XXX_X_X 0x75
#define _XXX_XX_ 0x76
#define _XXX_XXX 0x77
#define _XXXX___ 0x78
#define _XXXX__X 0x79
#define _XXXX_X_ 0x7a
#define _XXXX_XX 0x7b
#define _XXXXX__ 0x7c
#define _XXXXX_X 0x7d
#define _XXXXXX_ 0x7e
#define _XXXXXXX 0x7f
#define X_______ 0x80
#define X______X 0x81
#define X_____X_ 0x82
#define X_____XX 0x83
#define X____X__ 0x84
#define X____X_X 0x85
#define X____XX_ 0x86
#define X____XXX 0x87
#define X___X___ 0x88
#define X___X__X 0x89
#define X___X_X_ 0x8a
#define X___X_XX 0x8b
#define X___XX__ 0x8c
#define X___XX_X 0x8d
#define X___XXX_ 0x8e
#define X___XXXX 0x8f
#define X__X____ 0x90
#define X__X___X 0x91
#define X__X__X_ 0x92
#define X__X__XX 0x93
#define X__X_X__ 0x94
#define X__X_X_X 0x95
#define X__X_XX_ 0x96
#define X__X_XXX 0x97
#define X__XX___ 0x98
#define X__XX__X 0x99
#define X__XX_X_ 0x9a
#define X__XX_XX 0x9b
#define X__XXX__ 0x9c
#define X__XXX_X 0x9d
#define X__XXXX_ 0x9e
#define X__XXXXX 0x9f
#define X_X_____ 0xa0
#define X_X____X 0xa1
#define X_X___X_ 0xa2
#define X_X___XX 0xa3
#define X_X__X__ 0xa4
#define X_X__X_X 0xa5
#define X_X__XX_ 0xa6
#define X_X__XXX 0xa7
#define X_X_X___ 0xa8
#define X_X_X__X 0xa9
#define X_X_X_X_ 0xaa
#define X_X_X_XX 0xab
#define X_X_XX__ 0xac
#define X_X_XX_X 0xad
#define X_X_XXX_ 0xae
#define X_X_XXXX 0xaf
#define X_XX____ 0xb0
#define X_XX___X 0xb1
#define X_XX__X_ 0xb2
#define X_XX__XX 0xb3
#define X_XX_X__ 0xb4
#define X_XX_X_X 0xb5
#define X_XX_XX_ 0xb6
#define X_XX_XXX 0xb7
#define X_XXX___ 0xb8
#define X_XXX__X 0xb9
#define X_XXX_X_ 0xba
#define X_XXX_XX 0xbb
#define X_XXXX__ 0xbc
#define X_XXXX_X 0xbd
#define X_XXXXX_ 0xbe
#define X_XXXXXX 0xbf
#define XX______ 0xc0
#define XX_____X 0xc1
#define XX____X_ 0xc2
#define XX____XX 0xc3
#define XX___X__ 0xc4
#define XX___X_X 0xc5
#define XX___XX_ 0xc6
#define XX___XXX 0xc7
#define XX__X___ 0xc8
#define XX__X__X 0xc9
#define XX__X_X_ 0xca
#define XX__X_XX 0xcb
#define XX__XX__ 0xcc
#define XX__XX_X 0xcd
#define XX__XXX_ 0xce
#define XX__XXXX 0xcf
#define XX_X____ 0xd0
#define XX_X___X 0xd1
#define XX_X__X_ 0xd2
#define XX_X__XX 0xd3
#define XX_X_X__ 0xd4
#define XX_X_X_X 0xd5
#define XX_X_XX_ 0xd6
#define XX_X_XXX 0xd7
#define XX_XX___ 0xd8
#define XX_XX__X 0xd9
#define XX_XX_X_ 0xda
#define XX_XX_XX 0xdb
#define XX_XXX__ 0xdc
#define XX_XXX_X 0xdd
#define XX_XXXX_ 0xde
#define XX_XXXXX 0xdf
#define XXX_____ 0xe0
#define XXX____X 0xe1
#define XXX___X_ 0xe2
#define XXX___XX 0xe3
#define XXX__X__ 0xe4
#define XXX__X_X 0xe5
#define XXX__XX_ 0xe6
#define XXX__XXX 0xe7
#define XXX_X___ 0xe8
#define XXX_X__X 0xe9
#define XXX_X_X_ 0xea
#define XXX_X_XX 0xeb
#define XXX_XX__ 0xec
#define XXX_XX_X 0xed
#define XXX_XXX_ 0xee
#define XXX_XXXX 0xef
#define XXXX____ 0xf0
#define XXXX___X 0xf1
#define XXXX__X_ 0xf2
#define XXXX__XX 0xf3
#define XXXX_X__ 0xf4
#define XXXX_X_X 0xf5
#define XXXX_XX_ 0xf6
#define XXXX_XXX 0xf7
#define XXXXX___ 0xf8
#define XXXXX__X 0xf9
#define XXXXX_X_ 0xfa
#define XXXXX_XX 0xfb
#define XXXXXX__ 0xfc
#define XXXXXX_X 0xfd
#define XXXXXXX_ 0xfe
#define XXXXXXXX 0xff

使用的时候，可以用如下的方式定义图形化的字符

GUI_CONST_STORAGE unsigned char acFont8x10ASCII_0032[10] = { /* code 0032 */
  _XXXX___,
  XX__XX__,
  XX__XX__,
  ____XX__,
  ___XX___,
  __XX____,
  _XX_____,
  XX__XX__,
  XXXXXX__,
  ________};

GUI_CONST_STORAGE unsigned char acFont24_ASCII_0024[ 48] = { /* code 0024 */
  ________,________,
  ________,________,
  ________,________,
  _____X__,________,
  ___XXXXX,________,
  __XXXXXX,X_______,
  _XXX_X_X,XX______,
  _XX__X__,XX______,
  _XX__X__,________,
  _XXX_X__,________,
  __XXXXX_,________,
  ____XXXX,X_______,
  _____X_X,XX______,
  _____X__,XX______,
  _____X__,XX______,
  _XX__X__,XX______,
  _XXX_X_X,XX______,
  __XXXXXX,X_______,
  ___XXXXX,________,
  _____X__,________,
  _____X__,________,
  ________,________,
  ________,________,
  ________,________};

事情到这里还没结束，因为ucGUI里边同时存在如下的定义方式

GUI_CONST_STORAGE unsigned char GUI_Pixels_ArrowL[150] = {
  0x40, 0x00, 0x00, 0x00, 0x00,
  0x50, 0x00, 0x00, 0x00, 0x00,
  0x64, 0x00, 0x00, 0x00, 0x00,
  0x69, 0x00, 0x00, 0x00, 0x00,
  0x6A, 0x40, 0x00, 0x00, 0x00,
  0x6A, 0x90, 0x00, 0x00, 0x00,
  0x6A, 0xA4, 0x00, 0x00, 0x00,
  0x6A, 0xA9, 0x00, 0x00, 0x00,
  0x6A, 0xAA, 0x40, 0x00, 0x00,
  0x6A, 0xAA, 0x90, 0x00, 0x00,
  0x6A, 0xAA, 0xA4, 0x00, 0x00,
  0x6A, 0xAA, 0xA9, 0x00, 0x00,
  0x6A, 0xAA, 0xAA, 0x40, 0x00,
  0x6A, 0xAA, 0xAA, 0x90, 0x00,
  0x6A, 0xAA, 0xAA, 0xA4, 0x00,
  0x6A, 0xAA, 0xAA, 0xA9, 0x00,
  0x6A, 0xAA, 0xAA, 0xAA, 0x40,
  0x6A, 0xAA, 0x95, 0x55, 0x50,
  0x6A, 0x9A, 0x90, 0x00, 0x00,
  0x6A, 0x46, 0xA4, 0x00, 0x00,
  0x69, 0x06, 0xA4, 0x00, 0x00,
  0x64, 0x01, 0xA9, 0x00, 0x00,
  0x50, 0x01, 0xA9, 0x00, 0x00,
  0x40, 0x00, 0x6A, 0x40, 0x00,
  0x00, 0x00, 0x6A, 0x40, 0x00,
  0x00, 0x00, 0x1A, 0x90, 0x00,
  0x00, 0x00, 0x1A, 0x90, 0x00,
  0x00, 0x00, 0x06, 0xA4, 0x00,
  0x00, 0x00, 0x06, 0xA4, 0x00,
  0x00, 0x00, 0x01, 0x50, 0x00
};

虽然名字上可以看出是一个Arrow，也就是一个箭头，但是具体什么样子非常不直观。你可能想到了，上面宏定义的形式不就很直观吗？是的，所以顺着这个思路，写了段代码（代码在后面），将宏定义转换成了字符串数组的形式

char *graph[] =
{
"________",
"_______X",
"______X_",
"______XX",
"_____X__",
"_____X_X",
"_____XX_",
"_____XXX",
"____X___",
"____X__X",
"____X_X_",
"____X_XX",
"____XX__",
"____XX_X",
"____XXX_",
"____XXXX",
"___X____",
"___X___X",
"___X__X_",
"___X__XX",
"___X_X__",
"___X_X_X",
"___X_XX_",
"___X_XXX",
"___XX___",
"___XX__X",
"___XX_X_",
"___XX_XX",
"___XXX__",
"___XXX_X",
"___XXXX_",
"___XXXXX",
"__X_____",
"__X____X",
"__X___X_",
"__X___XX",
"__X__X__",
"__X__X_X",
"__X__XX_",
"__X__XXX",
"__X_X___",
"__X_X__X",
"__X_X_X_",
"__X_X_XX",
"__X_XX__",
"__X_XX_X",
"__X_XXX_",
"__X_XXXX",
"__XX____",
"__XX___X",
"__XX__X_",
"__XX__XX",
"__XX_X__",
"__XX_X_X",
"__XX_XX_",
"__XX_XXX",
"__XXX___",
"__XXX__X",
"__XXX_X_",
"__XXX_XX",
"__XXXX__",
"__XXXX_X",
"__XXXXX_",
"__XXXXXX",
"_X______",
"_X_____X",
"_X____X_",
"_X____XX",
"_X___X__",
"_X___X_X",
"_X___XX_",
"_X___XXX",
"_X__X___",
"_X__X__X",
"_X__X_X_",
"_X__X_XX",
"_X__XX__",
"_X__XX_X",
"_X__XXX_",
"_X__XXXX",
"_X_X____",
"_X_X___X",
"_X_X__X_",
"_X_X__XX",
"_X_X_X__",
"_X_X_X_X",
"_X_X_XX_",
"_X_X_XXX",
"_X_XX___",
"_X_XX__X",
"_X_XX_X_",
"_X_XX_XX",
"_X_XXX__",
"_X_XXX_X",
"_X_XXXX_",
"_X_XXXXX",
"_XX_____",
"_XX____X",
"_XX___X_",
"_XX___XX",
"_XX__X__",
"_XX__X_X",
"_XX__XX_",
"_XX__XXX",
"_XX_X___",
"_XX_X__X",
"_XX_X_X_",
"_XX_X_XX",
"_XX_XX__",
"_XX_XX_X",
"_XX_XXX_",
"_XX_XXXX",
"_XXX____",
"_XXX___X",
"_XXX__X_",
"_XXX__XX",
"_XXX_X__",
"_XXX_X_X",
"_XXX_XX_",
"_XXX_XXX",
"_XXXX___",
"_XXXX__X",
"_XXXX_X_",
"_XXXX_XX",
"_XXXXX__",
"_XXXXX_X",
"_XXXXXX_",
"_XXXXXXX",
"X_______",
"X______X",
"X_____X_",
"X_____XX",
"X____X__",
"X____X_X",
"X____XX_",
"X____XXX",
"X___X___",
"X___X__X",
"X___X_X_",
"X___X_XX",
"X___XX__",
"X___XX_X",
"X___XXX_",
"X___XXXX",
"X__X____",
"X__X___X",
"X__X__X_",
"X__X__XX",
"X__X_X__",
"X__X_X_X",
"X__X_XX_",
"X__X_XXX",
"X__XX___",
"X__XX__X",
"X__XX_X_",
"X__XX_XX",
"X__XXX__",
"X__XXX_X",
"X__XXXX_",
"X__XXXXX",
"X_X_____",
"X_X____X",
"X_X___X_",
"X_X___XX",
"X_X__X__",
"X_X__X_X",
"X_X__XX_",
"X_X__XXX",
"X_X_X___",
"X_X_X__X",
"X_X_X_X_",
"X_X_X_XX",
"X_X_XX__",
"X_X_XX_X",
"X_X_XXX_",
"X_X_XXXX",
"X_XX____",
"X_XX___X",
"X_XX__X_",
"X_XX__XX",
"X_XX_X__",
"X_XX_X_X",
"X_XX_XX_",
"X_XX_XXX",
"X_XXX___",
"X_XXX__X",
"X_XXX_X_",
"X_XXX_XX",
"X_XXXX__",
"X_XXXX_X",
"X_XXXXX_",
"X_XXXXXX",
"XX______",
"XX_____X",
"XX____X_",
"XX____XX",
"XX___X__",
"XX___X_X",
"XX___XX_",
"XX___XXX",
"XX__X___",
"XX__X__X",
"XX__X_X_",
"XX__X_XX",
"XX__XX__",
"XX__XX_X",
"XX__XXX_",
"XX__XXXX",
"XX_X____",
"XX_X___X",
"XX_X__X_",
"XX_X__XX",
"XX_X_X__",
"XX_X_X_X",
"XX_X_XX_",
"XX_X_XXX",
"XX_XX___",
"XX_XX__X",
"XX_XX_X_",
"XX_XX_XX",
"XX_XXX__",
"XX_XXX_X",
"XX_XXXX_",
"XX_XXXXX",
"XXX_____",
"XXX____X",
"XXX___X_",
"XXX___XX",
"XXX__X__",
"XXX__X_X",
"XXX__XX_",
"XXX__XXX",
"XXX_X___",
"XXX_X__X",
"XXX_X_X_",
"XXX_X_XX",
"XXX_XX__",
"XXX_XX_X",
"XXX_XXX_",
"XXX_XXXX",
"XXXX____",
"XXXX___X",
"XXXX__X_",
"XXXX__XX",
"XXXX_X__",
"XXXX_X_X",
"XXXX_XX_",
"XXXX_XXX",
"XXXXX___",
"XXXXX__X",
"XXXXX_X_",
"XXXXX_XX",
"XXXXXX__",
"XXXXXX_X",
"XXXXXXX_",
"XXXXXXXX"
};

然后剩下的就简单了，下面这小段代码就能将前面那个GUI_Pixels_ArrowL数组“图形化”到控制台窗口了，其中row代表行数，col代表列数对应的字节数，mode决定是否选择反显

void print_graph(void *arr,int row,int col,char mode)//图形输出，高位在前
{
int i,j;
unsigned char *ptr = (unsigned char *)arr;
for(i = 0;i < row;i++)
{
for(j = 0;j < col;j++)
{
if(mode)
printf("%s",graph[ptr[col*i+j]]);
else
printf("%s",graph[ptr[col*i+j]^0XFF]);
}
printf("\n");
}
printf("\n");
}

效果图：

顺带找出了之前用过的一个bigASCII.h码表，测试了下，效果也不错

以及，测试了一个用image2lcd转成的图片码表，效果如下

visual studio 工程代码：

代码中用到的文件：

【9.18重大更新，支持更多的码表格式，输出更自由！】

更新1：

有的码表是低位在前的，也就是正好是逆序，这个简单，写一个reverse函数就行了，另外还加入了width参数，这里边width的取值不能大于8，程序中的例子可以取6和8，分别对应asc2_1206和asc2_1608两个码表

void print_r_graph(void *arr,int row,int col,int width,char mode)//输出图形，低位在前
{
int i,j;
unsigned char *ptr = (unsigned char *)arr;
for(i = 0;i < row;i++)
{
for(j = 0;j < col;j++)
{
if(mode)
print_str(graph[bit_reverse_beta(ptr[col*i+j])],width);
else
print_str(graph[bit_reverse_beta(ptr[col*i+j]^0XFF)],width);
}
printf("\n");
}
printf("\n");
}

效果图：

更新2：可以将4位灰度的码表图形化输出，四路是先进行二值化（大于7和小于等于7），然后根据字符码的宽度正确的输出，可变宽度是亮点哦！

原始码表可以看另一位坛友的帖子，“这个字体漂亮吧” 里边4bit灰度值的码表。

比如下边这个就是小写字母'a'的码表

unsigned char mos_font_asc24gray_61_dat[] = {
0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
0x00,0x00,0x00,0xCF,0xFF,0xFF,0xF0,0x07,0xFF,0xFF,0xFF,0xFF,0x00,0xFF,0xE7,0x00,
0xAF,0xF0,0xBF,0xE0,0x00,0x08,0xFF,0x0E,0xF9,0x00,0x00,0x8F,0xF0,0xFF,0x00,0x00,
0x08,0xFF,0x0F,0xF0,0x00,0x00,0xBF,0xF0,0xFF,0x70,0x00,0xAF,0xFF,0x0D,0xFE,0x00,
0xBF,0xFF,0xF0,0x7F,0xFF,0xFF,0xE9,0xFF,0x00,0x9F,0xFF,0xB0,0x0F,0xF0,0x00,0x00,
0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
0x00,0x00,0x00,0x00,};

效果图：

可变宽度效果图：

最新的工程文件：

didadida · 发表于 2014-10-9 15:55:55

生命不息，折腾不止，再传一个OLED屏的。取模方式如下

显示效果如下，为方便写程序，输出为旋转90度的样子

更新代码

dgtg · 发表于 2014-9-18 00:17:13

酷哦！！！

10xjzheng · 发表于 2014-9-18 00:30:48

酷，有空学学

michael.yang · 发表于 2014-9-18 00:34:28

有点蛋蛋的忧伤

gdoujiajia · 发表于 2014-9-18 02:07:09

很好很实用的方法

chhaich · 发表于 2014-9-18 02:21:05

最早是大学时在周立功的ZLGFS里面见过这货。

guigle · 发表于 2014-9-18 06:46:06

这个有点意思！

TANK99 · 发表于 2014-9-18 06:57:25

ucGUI 里的字体就是这样定义的。

hyghyg1234 · 发表于 2014-9-18 07:26:03

很好，感谢分享。

deedeezi · 发表于 2014-9-18 07:30:41

很实用，收藏了，谢谢~

wangweigang0 · 发表于 2014-9-18 07:55:50

通过反定义，不错

greenflyqqq · 发表于 2014-9-18 08:03:19

cool 学习了

wq_601840968 · 发表于 2014-9-18 08:08:51

第一次见

johncoop · 发表于 2014-9-18 08:31:16

第一次见到，涨姿势

ijlc1314 · 发表于 2014-9-18 08:35:59

学习了，很实用

河河河 · 发表于 2014-9-18 08:45:50

是个什么玩意儿？

linux-0405209 · 发表于 2014-9-18 08:59:45

请问如何应用到emWin中？楼主有研究过吗？

tabc_123 · 发表于 2014-9-18 09:04:56

总算让我搞清楚了，GUI中那些定义是什么。

didadida · 发表于 2014-9-18 09:06:29

linux-0405209 发表于 2014-9-18 08:59
请问如何应用到emWin中？楼主有研究过吗？

没有研究过。请仔细看帖，我这个就是用来把十六进制的码表图形化而已，没什么实用价值，just for fun！

styleno1 · 发表于 2014-9-18 09:13:26

本帖最后由 styleno1 于 2014-9-18 09:16 编辑

初看以为楼主睿智，刚好跟多年前uCGUI的字模不谋而合。细看正文才知道就是uCGUI的，误会了。

编辑说明：修正

一夕nandy · 发表于 2014-9-18 09:55:51

很酷啊

sunnyqd · 发表于 2014-9-18 17:41:44

很好！多谢楼主，这就拿来试试

didadida · 发表于 2014-9-19 09:19:55

擦，帖子沉了。。。

fjl888ful · 发表于 2014-9-19 09:28:52

很有意思，可以穿裤子了

rgzdb · 发表于 2014-9-19 09:32:37

一直没搞明白这种定义，搬过来用。。

didadida · 发表于 2014-9-19 09:49:23

fjl888ful 发表于 2014-9-19 09:28
很有意思，可以穿裤子了

艾玛，感动。。。其实也没啥技术含量，就是一个字符码的可视化，只不过是纯软件实现的。。。

didadida · 发表于 2014-9-19 15:16:58

本帖最后由 didadida 于 2014-9-19 15:18 编辑

“这个字体漂亮吧”帖子中，4bit灰度码表的完整测试程序如下

原帖地址-> http://www.amobbs.com/thread-5595645-1-1.html

zhaotyue · 发表于 2014-9-25 21:51:10

牛13

shian0551 · 发表于 2014-9-25 22:02:57

反定义,好方法,借鉴.

chinazhaoyl · 发表于 2014-9-25 22:22:49

谢谢分享!

himd · 发表于 2014-9-25 22:30:05

不明觉厉

didadida · 发表于 2014-9-26 09:05:29

himd 发表于 2014-9-25 22:30
不明觉厉

仔细看帖。。。

llych · 发表于 2014-10-9 20:22:20

zhaotyue 发表于 2014-9-25 21:51
牛13

又见你~~

jiki119 · 发表于 2014-10-11 11:02:59

emWin里面的引文字体就是这么定义的，不要被误导了。！

ycping · 发表于 2014-10-11 11:26:48

这个好东西。。。。。

Hearthbeats · 发表于 2014-10-11 12:36:40

原先自己使用的都是数组的形式，不是很只管，ucgui这种方式确实不错，直接就可以看出来了。LZ的钻研精神可嘉啊

didadida · 发表于 2014-10-11 12:55:29

jiki119 发表于 2014-10-11 11:02
emWin里面的引文字体就是这么定义的，不要被误导了。！

何来的误导？我在开头就说是ucgui里边的了，况且帖子的重点在于用命令行窗口把这些字符数组显示出来。。。

PaulDE · 发表于 2016-4-9 16:52:57

方法非常直观

自由飞儿 · 发表于 2016-4-10 16:34:06

非常形象

haizaolan · 发表于 2016-4-10 16:52:32

哎呀，确实比较直观啊

寒寒 · 发表于 2016-4-10 17:02:01

这个不错哦

mcuprogram · 发表于 2016-4-10 21:54:33

蛮好看的

huangrui · 发表于 2016-4-10 22:13:56

不错，好东西，收藏了

xiaowu191 · 发表于 2016-4-10 23:32:13

厉害，扩展一下思维方式

zhengxg1990 · 发表于 2016-4-10 23:49:01

好东西，学习了！

落叶随风 · 发表于 2016-4-11 08:51:24

这确实是一个很方便，很直观的方法，一目了然，修改也是相当便利

bad_fpga · 发表于 2016-4-11 17:31:03

字符直观显示，很不错，谢谢楼主

weshare · 发表于 2016-4-11 17:42:00

很酷………

sywong · 发表于 2016-4-11 19:58:52

這個想法真好。

【9.18更新】所见即所得，字符图形化时宏定义的巧用和逆用

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