MXC-A39工程文件上传

This commit is contained in:
2024-03-06 16:46:57 +08:00
commit cb2cc0d66f
51 changed files with 5945 additions and 0 deletions

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2023.11.06
30xx flash 8Mb 和16Mb
303x flash 为8Mb
2023.11.03
增加滚动条显示
2023.10.30
FreqChip_Download V1.3.7.12
优化界面显示
2023.10.26
FrDownloadSdk V1.2.7.2
修改8000 解保护ram 数组
FreqChip_Download V1.3.7.11
修改FR303X和FR30XX界面
2023.10.18
FreqChip_Download V1.3.7.10
增加英语界面
2023.10.16
FreqChip_Download V1.3.7.9
调整界面, 修改有些电脑显示不全的问题
2023.10.08
FreqChip_Download V1.3.7.8
FrDownloadSdk V1.2.7.1
升级波特率460800
增加直接烧录指定文件的方法
增加双击label, 取消文件选择
2023.09.25
FreqChip_Download V1.3.7.7
3090 擦除前512byte
2023.09.22
FreqChip_Download V1.3.7.6
3090增加指定文件烧录
2023.09.04
FreqChip_Download V1.3.7.5
修改ota size异常
2023.09.04
FreqChip_Download V1.3.7.4
修改509X crc校验失败
2023.09.04
FreqChip_Download V1.3.7.3
修改烧录失败时, 发送重启指令
增加擦除ota大小选项, 支持8010H和8000
2023.08.07
FrDownloadSdk V1.2.6.1
1.修改boot超时时间
2023.08.04
FrDownloadSdk V1.2.6.0
1.修改CRC超时时间, 根据文件大小自动调整
2023.07.3
FrDownloadSdk V1.2.5.1
1.修改5090校验地址0x08000000
2023.06.20
FrDownloadSdk V1.2.5.0
1.增加5090烧录
2.去掉1010 前8K的处理
FreqChip_Download V1.3.7.0
增加5090烧录
2023.06.07
FrDownloadSdk V1.2.4.0
增加芯片重启接口
2023.05.22
FrDownloadSdk V1.2.3.0
增加数据倒序写入flash接口.
增加101X烧录
FreqChip_Download V1.3.6.4
修改烧录工具倒序写mac到flash
增加101X烧录,优化crc校验
2023.05.12
FrDownloadSdk V1.2.2.0
新增1010烧录
FreqChip_Download V1.3.6
新增1010烧录
2023.04.26
FrDownloadSdk V1.2.1.10
修改兼容8012HB 解保护。
修改重启指令只发一次延时10ms 返回。
2023.04.13
FreqChip_Download V1.3.5.1
修改点击擦除时, 擦除大小不足的问题
2023.04.12
FreqChip_Download V1.3.5
修改全擦flash时擦除大小不足的问题
2023.04.11
FrDownloadSdk V1.2.1.4
兼容8000CRC校验
2023.04.10
FreqChip_Download V1.3.4
FrDownloadSdk V1.2.1.3
兼容只读文件
增加8010H 8000 2000 CRC校验 校验超时时间为20秒。
2023.03.21
1.升级2000 解保护补丁
2.增加8010T CRC校验

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[CONFIG]
Chip_Type=509X
Flash_Select=2MB
enlishToolStripMenuItem=False
Special_Enable=True
uart_port=COM3
Baud_Rate=921600
509X_Bin_Path=E:\MXC-A36\MXC-Screen_display\SW-FR-<2D><>ʾOK+BT_GPIO\examples\turnkey\lvgl_Dashboard_8080\MDK-ARM\output\boot_load_burn.bin
Auto_Burn=True
Auto_Reset=True
Flash_Allerase=True
Designate_file=E:\MXC-A36\MXC-Screen_display\SW-FR-<2D><>ʾOK+BT_GPIO\examples\turnkey\lvgl_Dashboard_8080\MDK-ARM\output\Project_mp_burn.bin
Designate_file_addr=0x72000
special_file1=E:\MXC-A36\MXC-Screen_display\SW-FR-<2D><>ʾOK+BT_GPIO\examples\turnkey\lvgl_Dashboard_8080\Resource\img.hex
special_file1_addr=0x13a000
special_file2=

10
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2024.03.06 新建仓库MXC-A39
1.Doc 文件夹保存项目相关文档
2.Zip 文件夹保存项目相关压缩包
3.MXC-A39 文件夹保存项目软件模拟器文件
4.MXC-Screen_display 文件夹保存屏显相关工程
5.Tool 文件夹保存软硬件相关工具以及烧录工具
6.FreqChip_Download 文件夹保存烧录工具

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2023.10.08
FreqChip_Download V1.3.7.8
FrDownloadSdk V1.2.7.1
升级波特率460800
增加直接烧录指定文件的方法
增加双击label, 取消文件选择
2023.09.25
FreqChip_Download V1.3.7.7
3090 擦除前512byte
2023.09.22
FreqChip_Download V1.3.7.6
3090增加指定文件烧录
2023.09.04
FreqChip_Download V1.3.7.5
修改ota size异常
2023.09.04
FreqChip_Download V1.3.7.4
修改509X crc校验失败
2023.09.04
FreqChip_Download V1.3.7.3
修改烧录失败时, 发送重启指令
增加擦除ota大小选项, 支持8010H和8000
2023.08.07
FrDownloadSdk V1.2.6.1
1.修改boot超时时间
2023.08.04
FrDownloadSdk V1.2.6.0
1.修改CRC超时时间, 根据文件大小自动调整
2023.07.3
FrDownloadSdk V1.2.5.1
1.修改5090校验地址0x08000000
2023.06.20
FrDownloadSdk V1.2.5.0
1.增加5090烧录
2.去掉1010 前8K的处理
FreqChip_Download V1.3.7.0
增加5090烧录
2023.06.07
FrDownloadSdk V1.2.4.0
增加芯片重启接口
2023.05.22
FrDownloadSdk V1.2.3.0
增加数据倒序写入flash接口.
增加101X烧录
FreqChip_Download V1.3.6.4
修改烧录工具倒序写mac到flash
增加101X烧录,优化crc校验
2023.05.12
FrDownloadSdk V1.2.2.0
新增1010烧录
FreqChip_Download V1.3.6
新增1010烧录
2023.04.26
FrDownloadSdk V1.2.1.10
修改兼容8012HB 解保护。
修改重启指令只发一次延时10ms 返回。
2023.04.13
FreqChip_Download V1.3.5.1
修改点击擦除时, 擦除大小不足的问题
2023.04.12
FreqChip_Download V1.3.5
修改全擦flash时擦除大小不足的问题
2023.04.11
FrDownloadSdk V1.2.1.4
兼容8000CRC校验
2023.04.10
FreqChip_Download V1.3.4
FrDownloadSdk V1.2.1.3
兼容只读文件
增加8010H 8000 2000 CRC校验 校验超时时间为20秒。
2023.03.21
1.升级2000 解保护补丁
2.增加8010T CRC校验

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[CONFIG]
Chip_Type=801H
Flash_Select=512K

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2020-01-08
修复了工具当前预览的图片被锁定无法外部修改的问题
2019-12-22
增加了图片批量转换,并将图片名称作为转换后的文件名和变量名
1. 由于图片名可能作为转换后的变量名增加了对图片名的规范检测大体同前一个版本的lv_img_dsc_t检测一致
2. 根据lvgl支持的图片种类做了分类
3. 对各个图片加了转换前的检测结果及转换后的转换结果的tip提示
大致如下:
![批量转换示意图](https://images.gitee.com/uploads/images/2020/0423/101323_df096bf2_5033673.png)
2019-11-20
增加了对转换操作结果的验证,避免了转换图片时界面卡死的问题
添加了原php环境下的内存限制设置参数
对于转换提示的问题:
1.在转换图片时,提示转换成功,但找不到转换后的文件
原因图片分辨率过大修改php环境内存限制参数
解决办法修改转换工具根目录下php.ini配置文件
```php
memory_limit = _xxx_M // _xxx_ 根据实际使用修改该值,图片分辨率越大,需要设置的值就越大
```
2.在转换图片时,提示转换失败
原因1图片分辨率过大转换时间太长这么大的图片……超时了
原因2图片资源编码问题测试发现截屏保存的图片不能直接转换否则转换失败先使用图片编辑工具打开然后另存就可以了
目前发现以上问题
2019-11-16:
## 界面如下
设置输出文件类型c测试没问题bin格式没用到如果有用到的朋友欢迎反馈
![设置输出文件类型](https://images.gitee.com/uploads/images/2020/0423/100538_24dd6afd_5033673.png)
转换方式跟官方网页一样
![设置图片转换方式](https://images.gitee.com/uploads/images/2020/0423/100538_51e7fad4_5033673.png)
lv_img_dsc_t为生成的c文件下该图片资源的名字
2019-11-15
## 说明
软件为基于LVGL离线版图片转换封装的小工具避免了常使用界面工具的朋友操作控制台指令的不便利
运行环境为windows
修改了原官方离线版php文件接口便于保存到指定目录
避免计算机没有php环境在工具所在目录配置了一个php小环境人懒php不懂瞎裁
## 初衷
手头项目用到lvgl做界面设计前期在lvgl官网做图片转换感觉挺好 但界面嘛,美观度重口难调,所以这周把界面元素重设计了一遍, 然后昨天在官网做转换时下载n次失败……所以就有了这个基于官方离线版封装的转换工具有问题可以通过软件界面的qq和邮箱联系我
## 后续
如果后面有时间或者用到的话,加一个批量转换的。。。这个先用吧

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<?php
class Converter {
var $dith; /*Dithering enable/disable*/
var $w; /*Image width*/
var $h; /*Image height*/
var $cf; /*Color format*/
var $alpha; /*Add alpha byte or not*/
var $chroma; /*Chroma keyed?*/
var $d_out; /*Output data (result)*/
var $img; /*Image resource*/
var $out_name; /*Name of the output file*/
var $output_dir;/*Dir of the output file*/
var $path; /*Path to the image file*/
/*Helper variables*/
var $r_act;
var $b_act;
var $g_act;
/*For dithering*/
var $r_earr; /*Classification error for next row of pixels*/
var $g_earr;
var $b_earr;
var $r_nerr; /*Classification error for next pixel*/
var $g_err;
var $b_nerr;
const CF_TRUE_COLOR_332 = 0; /*Helper formats. Used internally*/
const CF_TRUE_COLOR_565 = 1;
const CF_TRUE_COLOR_565_SWAP = 2;
const CF_TRUE_COLOR_888 = 3;
const CF_ALPHA_1_BIT = 4;
const CF_ALPHA_2_BIT = 5;
const CF_ALPHA_4_BIT = 6;
const CF_ALPHA_8_BIT = 7;
const CF_INDEXED_1_BIT = 8;
const CF_INDEXED_2_BIT = 9;
const CF_INDEXED_4_BIT = 10;
const CF_INDEXED_8_BIT = 11;
const CF_RAW = 12;
const CF_RAW_ALPHA = 13;
const CF_RAW_CHROMA = 12;
const CF_TRUE_COLOR = 100; /*Helper formats is C arrays contains all treu color formats (usin in "download")*/
const CF_TRUE_COLOR_ALPHA = 101;
const CF_TRUE_COLOR_CHROMA = 102;
/**
* @param path the image file
* @param real_name the real image file name (different in online mode)
* @param out_name name of the output file
* @param dith 1: dither enabled; 0: disabled
* @param cf color format
*/
function __construct ($path, $real_name,$output, $out_name ,$dith) {
$this->dith = $dith;
$this->out_name = $out_name;
$this->path = $path;
$this->output_dir = $output;
$size = getimagesize($path);
$this->w = $size[0];
$this->h = $size[1];
$ext = pathinfo($real_name, PATHINFO_EXTENSION);
if(!strcmp(strtolower($ext), "png")) $this->img = imagecreatefrompng($path);
else if(!strcmp(strtolower($ext), "bmp")) $this->img = imagecreatefrombmp($path);
else if(!strcmp(strtolower($ext), "jpg")) $this->img = imagecreatefromjpeg($path);
else if(!strcmp(strtolower($ext), "jpeg")) $this->img = imagecreatefromjpeg($path);
else {
echo("$ext is a not supported image type. use png, jpg, jpeg or bmp");
exit(1);
}
$this->r_earr = array(); /*Classification error for next row of pixels*/
$this->g_earr = array();
$this->b_earr = array();
if($this->dith) {
for($i = 0; $i < $this->w + 2; ++$i){
$this->r_earr[$i] = 0;
$this->g_earr[$i] = 0;
$this->b_earr[$i] = 0;
}
}
$this->r_nerr = 0; /*Classification error for next pixel*/
$this->g_nerr = 0;
$this->b_nerr = 0;
}
function convert($cf, $alpha = 0) {
$this->cf = $cf;
$this->d_out = array();
$this->alpha = $alpha;
if($this->cf == self::CF_RAW || $this->cf == self::CF_RAW_ALPHA || $this->cf == self::CF_RAW_CHROMA) {
$myfile = fopen($this->path, "r") or die("Unable to open file!");
$this->d_out = unpack('C*', fread($myfile, filesize($this->path)));
fclose($myfile);
return;
}
$palette_size = 0;
if($this->cf == self::CF_INDEXED_1_BIT) $palette_size = 2;
if($this->cf == self::CF_INDEXED_2_BIT) $palette_size = 4;
if($this->cf == self::CF_INDEXED_4_BIT) $palette_size = 16;
if($this->cf == self::CF_INDEXED_8_BIT) $palette_size = 256;
if($palette_size) {
$img_tmp = imagecreatetruecolor($this->w, $this->h);
imagecopy ($img_tmp, $this->img, 0 , 0 , 0 , 0, $this->w , $this->h);
imagetruecolortopalette($this->img, false, $palette_size);
$real_palette_size = imagecolorstotal($this->img); /*The real number of colos in the image's palette*/
for($i = 0; $i < $palette_size; $i++) {
if($i < $real_palette_size) {
$c = imagecolorsforindex ($this->img , $i);
array_push($this->d_out, $c['blue'], $c['green'], $c['red'], 0xFF);
} else {
array_push($this->d_out, 0xFF, 0xFF, 0xFF, 0xFF);
}
}
}
/*Convert all the pixels*/
for($y = 0; $y < $this->h; $y++) {
$this->dith_reset();
for($x = 0; $x < $this->w; ++$x){
$this->conv_px($x, $y);
}
}
/*Revert the original image if it was converted to indexed*/
if($palette_size) {
imagecopy ($this->img, $img_tmp, 0 , 0 , 0 , 0 , $this->w , $this->h);
}
}
function format_to_c_array() {
$c_array = "";
$i = 0;
$y_end = $this->h;
$x_end = $this->w;
if($this->cf == self::CF_TRUE_COLOR_332) {
$c_array .= "\n#if LV_COLOR_DEPTH == 1 || LV_COLOR_DEPTH == 8";
if(!$this->alpha) $c_array .= "\n /*Pixel format: Red: 3 bit, Green: 3 bit, Blue: 2 bit*/";
else $c_array .= "\n /*Pixel format: Alpha 8 bit, Red: 3 bit, Green: 3 bit, Blue: 2 bit*/";
} else if($this->cf == self::CF_TRUE_COLOR_565) {
$c_array .= "\n#if LV_COLOR_DEPTH == 16 && LV_COLOR_16_SWAP == 0";
if(!$this->alpha) $c_array .= "\n /*Pixel format: Red: 5 bit, Green: 6 bit, Blue: 5 bit*/";
else $c_array .= "\n /*Pixel format: Alpha 8 bit, Red: 5 bit, Green: 6 bit, Blue: 5 bit*/";
} else if($this->cf == self::CF_TRUE_COLOR_565_SWAP) {
$c_array .= "\n#if LV_COLOR_DEPTH == 16 && LV_COLOR_16_SWAP != 0";
if(!$this->alpha) $c_array .= "\n /*Pixel format: Red: 5 bit, Green: 6 bit, Blue: 5 bit BUT the 2 bytes are swapped*/";
else $c_array .= "\n /*Pixel format: Alpha 8 bit, Red: 5 bit, Green: 6 bit, Blue: 5 bit BUT the 2 color bytes are swapped*/";
} else if($this->cf == self::CF_TRUE_COLOR_888) {
$c_array .= "\n#if LV_COLOR_DEPTH == 32";
if(!$this->alpha) $c_array .= "\n /*Pixel format: Fix 0xFF: 8 bit, Red: 8 bit, Green: 8 bit, Blue: 8 bit*/";
else "\n /*Pixel format: Alpha 8 bit, Red: 8 bit, Green: 8 bit, Blue: 8 bit*/";
} else if($this->cf == self::CF_INDEXED_1_BIT) {
$c_array .= "\n";
for($p = 0; $p < 2; $p ++) {
$c_array .= " 0x" . str_pad(dechex($this->d_out[$p * 4 + 0]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 1]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 2]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 3]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "\t/*Color of index $p*/\n";
}
$i = $p * 4;
}
else if($this->cf == self::CF_INDEXED_2_BIT) {
$c_array .= "\n";
for($p = 0; $p < 4; $p ++) {
$c_array .= " 0x" . str_pad(dechex($this->d_out[$p * 4 + 0]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 1]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 2]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 3]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "\t/*Color of index $p*/\n";
}
$i = $p * 4;
}
else if($this->cf == self::CF_INDEXED_4_BIT) {
$c_array .= "\n";
for($p = 0; $p < 16; $p ++) {
$c_array .= " 0x" . str_pad(dechex($this->d_out[$p * 4 + 0]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 1]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 2]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 3]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "\t/*Color of index $p*/\n";
}
$i = $p * 4;
}
else if($this->cf == self::CF_INDEXED_8_BIT) {
$c_array .= "\n";
for($p = 0; $p < 256; $p ++) {
$c_array .= " 0x" . str_pad(dechex($this->d_out[$p * 4 + 0]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 1]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 2]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "0x" . str_pad(dechex($this->d_out[$p * 4 + 3]), 2, '0', STR_PAD_LEFT) . ", ";
$c_array .= "\t/*Color of index $p*/\n";
}
$i = $p * 4;
}
else if($this->cf == self::CF_RAW || $this->cf == self::CF_RAW_ALPHA || $this->cf == self::CF_RAW_CHROMA) {
$y_end = 1;
$x_end = count($this->d_out);
$i = 1;
}
for($y = 0; $y < $y_end; $y++) {
$c_array .= "\n ";
for($x = 0; $x < $x_end; $x++) {
if($this->cf == self::CF_TRUE_COLOR_332) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", "; $i++;
if($this->alpha) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", ";
$i++;
}
}
else if($this->cf == self::CF_TRUE_COLOR_565 || $this->cf == self::CF_TRUE_COLOR_565_SWAP) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", "; $i++;
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", "; $i++;
if($this->alpha) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", ";
$i++;
}
}
else if($this->cf == self::CF_TRUE_COLOR_888) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", "; $i++;
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", "; $i++;
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", "; $i++;
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", "; $i++;
}
else if($this->cf == self::CF_ALPHA_1_BIT || $this->cf == self::CF_INDEXED_1_BIT) {
if(($x & 0x7) == 0) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", ";
$i++;
}
}
else if($this->cf == self::CF_ALPHA_2_BIT || $this->cf == self::CF_INDEXED_2_BIT) {
if(($x & 0x3) == 0) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", ";
$i++;
}
}
else if($this->cf == self::CF_ALPHA_4_BIT || $this->cf == self::CF_INDEXED_4_BIT) {
if(($x & 0x1) == 0) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", ";
$i++;
}
}
else if($this->cf == self::CF_ALPHA_8_BIT || $this->cf == self::CF_INDEXED_8_BIT) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", ";
$i++;
}
else if($this->cf == self::CF_RAW || $this->cf == self::CF_RAW_ALPHA || $this->cf == self::CF_RAW_CHROMA) {
$c_array .= "0x" . str_pad(dechex($this->d_out[$i]), 2, '0', STR_PAD_LEFT) . ", ";
if($i != 0 && (($i % 16) == 0)) $c_array .= "\n ";
$i++;
}
}
}
if($this->cf == self::CF_TRUE_COLOR_332 || $this->cf == self::CF_TRUE_COLOR_565 || $this->cf == self::CF_TRUE_COLOR_565_SWAP || $this->cf == self::CF_TRUE_COLOR_888) {
$c_array .= "\n#endif";
}
return $c_array;
}
function get_c_header() {
$c_header =
"#include \"lvgl/lvgl.h\"
#ifndef LV_ATTRIBUTE_MEM_ALIGN
#define LV_ATTRIBUTE_MEM_ALIGN
#endif
";
$attr_name = "LV_ATTRIBUTE_IMG_" . strtoupper($this->out_name);
$c_header .=
"#ifndef $attr_name
#define $attr_name
#endif
const LV_ATTRIBUTE_MEM_ALIGN $attr_name uint8_t " . $this->out_name . "_map[] = {";
return $c_header;
}
function get_c_footer($cf) {
$c_footer =
"\n};\n
const lv_img_dsc_t " . $this->out_name . " = {
.header.always_zero = 0,
.header.w = " . $this->w . ",
.header.h = " . $this->h . ",\n";
if($cf == self::CF_TRUE_COLOR) $c_footer .= " .data_size = " . $this->w * $this->h . " * LV_COLOR_SIZE / 8,\n .header.cf = LV_IMG_CF_TRUE_COLOR,";
else if($cf == self::CF_TRUE_COLOR_ALPHA) $c_footer .= " .data_size = " . $this->w * $this->h . " * LV_IMG_PX_SIZE_ALPHA_BYTE,\n .header.cf = LV_IMG_CF_TRUE_COLOR_ALPHA,";
else if($cf == self::CF_TRUE_COLOR_CHROMA) $c_footer .= " .data_size = " . $this->w * $this->h . " * LV_COLOR_SIZE / 8,\n .header.cf = LV_IMG_CF_TRUE_COLOR_CHROMA_KEYED,";
else if($cf == self::CF_ALPHA_1_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_ALPHA_1BIT,";
else if($cf == self::CF_ALPHA_2_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_ALPHA_2BIT,";
else if($cf == self::CF_ALPHA_4_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_ALPHA_4BIT,";
else if($cf == self::CF_ALPHA_8_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_ALPHA_8BIT,";
else if($cf == self::CF_INDEXED_1_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_INDEXED_1BIT,";
else if($cf == self::CF_INDEXED_2_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_INDEXED_2BIT,";
else if($cf == self::CF_INDEXED_4_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_INDEXED_4BIT,";
else if($cf == self::CF_INDEXED_8_BIT) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_INDEXED_8BIT,";
else if($cf == self::CF_RAW) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_RAW,";
else if($cf == self::CF_RAW_ALPHA) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_RAW_ALPHA,";
else if($cf == self::CF_RAW_CHROMA) $c_footer .= " .data_size = " . count($this->d_out) . ",\n .header.cf = LV_IMG_CF_RAW_CHROMA_KEYED,";
$c_footer .= "\n .data = " . $this->out_name . "_map,
};\n";
return $c_footer;
}
function download_c($name, $cf = -1, $content = ""){
global $offline;
if(strlen($content) < 1) {
$content = $this->format_to_c_array();
}
if($cf < 0) $cf = $this->cf;
$out = $this->get_c_header() . $content . "" . $this->get_c_footer($cf);
$name = $name . ".c";
if($offline){
$name = $this->output_dir.$name;
$file = fopen($name, "w");
fwrite($file, $out);
fclose($file);
}
else{
header('Content-Type: application/text');
header('Content-disposition: attachment; filename='.$name);
header('Content-Length: ' . strlen($out));
echo($out);
}
}
function download_bin($name, $cf = -1, $content = 0){
global $offline;
if($content == 0) {
$content = $this->d_out;
}
if($cf < 0) $cf = $this->cf;
$name .= ".bin";
$lv_cf = 4; /*Color format in LittlevGL*/
switch($cf) {
case self::CF_TRUE_COLOR:
$lv_cf = 4; break;
case self::CF_TRUE_COLOR_ALPHA:
$lv_cf = 5; break;
case self::CF_TRUE_COLOR_CHROMA:
$lv_cf = 6; break;
case self::CF_INDEXED_1_BIT:
$lv_cf = 7; break;
case self::CF_INDEXED_2_BIT:
$lv_cf = 8; break;
case self::CF_INDEXED_4_BIT:
$lv_cf = 9; break;
case self::CF_INDEXED_8_BIT:
$lv_cf = 10; break;
case self::CF_ALPHA_1_BIT:
$lv_cf = 11; break;
case self::CF_ALPHA_2_BIT:
$lv_cf = 12; break;
case self::CF_ALPHA_4_BIT:
$lv_cf = 13; break;
case self::CF_ALPHA_8_BIT:
$lv_cf = 14; break;
}
$header = $lv_cf + ($this->w << 10) + ($this->h << 21);
$header_bin = pack("V", $header);
$content = pack("C*", ...$content);
if($offline){
$name = $this->output_dir.$name;
$file = fopen($name, "w");
fwrite($file, $header_bin);
fwrite($file, $content);
fclose($file);
}
else{
$len = strlen($content) + 4;
header('Content-Type: application/text');
header('Content-disposition: attachment; filename='.$name);
header('Content-Length:' . $len);
echo($header_bin[0]);
echo($header_bin[1]);
echo($header_bin[2]);
echo($header_bin[3]);
echo($content);
}
}
private function conv_px($x, $y) {
$c = imagecolorat($this->img, $x, $y);
if($this->alpha){
$a = ($c & 0xff000000) >> 23; /*Alpha is 7 bit*/
if($a & 0x02) $a |= 0x01; /*Repeate the last bit: 0000000 -> 00000000; 1111110 -> 11111111*/
$a = 255 - $a;
} else {
$a = 0xff;
}
$r = ($c & 0x00ff0000) >> 16;
$g = ($c & 0x0000ff00) >> 8;
$b = ($c & 0x000000ff) >> 0;
$this->dith_next($r, $g, $b, $x);
if($this->cf == self::CF_TRUE_COLOR_332) {
$c8 = ($this->r_act) | ($this->g_act >> 3) | ($this->b_act >> 6); //RGB332
array_push($this->d_out, $c8);
if($this->alpha) array_push($this->d_out, $a);
} else if($this->cf == self::CF_TRUE_COLOR_565) {
$c16 = (($this->r_act) << 8) | (($this->g_act) << 3) | (($this->b_act) >> 3); //RGR565
array_push($this->d_out, $c16 & 0xFF);
array_push($this->d_out, ($c16 >> 8) & 0xFF);
if($this->alpha) array_push($this->d_out, $a);
} else if($this->cf == self::CF_TRUE_COLOR_565_SWAP) {
$c16 = (($this->r_act) << 8) | (($this->g_act) << 3) | (($this->b_act) >> 3); //RGR565
array_push($this->d_out, ($c16 >> 8) & 0xFF);
array_push($this->d_out, $c16 & 0xFF);
if($this->alpha) array_push($this->d_out, $a);
} else if($this->cf == self::CF_TRUE_COLOR_888) {
array_push($this->d_out, $this->b_act);
array_push($this->d_out, $this->g_act);
array_push($this->d_out, $this->r_act);
array_push($this->d_out, $a);
} else if($this->cf == self::CF_ALPHA_1_BIT) {
$w = $this->w >> 3;
if($this->w & 0x07) $w++;
$p = $w * $y + ($x >> 3);
if(!isset($this->d_out[$p])) $this->d_out[$p] = 0; /*Clear the bits first*/
if($a > 0x80) {
$this->d_out[$p] |= 1 << (7 - ($x & 0x7));
}
}
else if($this->cf == self::CF_ALPHA_2_BIT) {
$w = $this->w >> 2;
if($this->w & 0x03) $w++;
$p = $w * $y + ($x >> 2);
if(!isset($this->d_out[$p])) $this->d_out[$p] = 0; /*Clear the bits first*/
$this->d_out[$p] |= ($a >> 6) << (6 - (($x & 0x3) * 2));
}
else if($this->cf == self::CF_ALPHA_4_BIT) {
$w = $this->w >> 1;
if($this->w & 0x01) $w++;
$p = $w * $y + ($x >> 1);
if(!isset($this->d_out[$p])) $this->d_out[$p] = 0; /*Clear the bits first*/
$this->d_out[$p] |= ($a >> 4) << (4 - (($x & 0x1) * 4));
}
else if($this->cf == self::CF_ALPHA_8_BIT) {
$p = $this->w * $y + $x;
$this->d_out[$p] = $a;
}
else if($this->cf == self::CF_INDEXED_1_BIT) {
$w = $this->w >> 3;
if($this->w & 0x07) $w++;
$p = $w * $y + ($x >> 3) + 8; /* +8 for the palette*/
if(!isset($this->d_out[$p])) $this->d_out[$p] = 0; /*Clear the bits first*/
$this->d_out[$p] |= ($c & 0x1) << (7 - ($x & 0x7));
}
else if($this->cf == self::CF_INDEXED_2_BIT) {
$w = $this->w >> 2;
if($this->w & 0x03) $w++;
$p = $w * $y + ($x >> 2) + 16; /* +16 for the palette*/
if(!isset($this->d_out[$p])) $this->d_out[$p] = 0; /*Clear the bits first*/
$this->d_out[$p] |= ($c & 0x3) << (6 - (($x & 0x3) * 2));
}
else if($this->cf == self::CF_INDEXED_4_BIT) {
$w = $this->w >> 1;
if($this->w & 0x01) $w++;
$p = $w * $y + ($x >> 1) + 64; /* +64 for the palette*/
if(!isset($this->d_out[$p])) $this->d_out[$p] = 0; /*Clear the bits first*/
$this->d_out[$p] |= ($c & 0xF) << (4 - (($x & 0x1) * 4));
}
else if($this->cf == self::CF_INDEXED_8_BIT) {
$p = $this->w * $y + $x + 1024; /* +1024 for the palette*/
$this->d_out[$p] = $c & 0xFF;
}
}
private function dith_reset() {
if($this->dith){
$this->r_nerr = 0;
$this->g_nerr = 0;
$this->b_nerr = 0;
}
}
private function dith_next($r, $g, $b, $x) {
if($this->dith){
$this->r_act = $r + $this->r_nerr + $this->r_earr[$x+1];
$this->r_earr[$x+1] = 0;
$this->g_act = $g + $this->g_nerr + $this->g_earr[$x+1];
$this->g_earr[$x+1] = 0;
$this->b_act = $b + $this->b_nerr + $this->b_earr[$x+1];
$this->b_earr[$x+1] = 0;
if($this->cf == self::CF_TRUE_COLOR_332) {
$this->r_act = $this->classify_pixel($this->r_act, 3);
$this->g_act = $this->classify_pixel($this->g_act, 3);
$this->b_act = $this->classify_pixel($this->b_act, 2);
if($this->r_act > 0xE0) $this->r_act = 0xE0;
if($this->g_act > 0xE0) $this->g_act = 0xE0;
if($this->b_act > 0xC0) $this->b_act = 0xC0;
} else if($this->cf == self::CF_TRUE_COLOR_565 || $this->cf == self::CF_TRUE_COLOR_565_SWAP) {
$this->r_act = $this->classify_pixel($this->r_act, 5);
$this->g_act = $this->classify_pixel($this->g_act, 6);
$this->b_act = $this->classify_pixel($this->b_act, 5);
if($this->r_act > 0xF8) $this->r_act = 0xF8;
if($this->g_act > 0xFC) $this->g_act = 0xFC;
if($this->b_act > 0xF8) $this->b_act = 0xF8;
} else if($this->cf == self::CF_TRUE_COLOR_888) {
$this->r_act = $this->classify_pixel($this->r_act, 8);
$this->g_act = $this->classify_pixel($this->g_act, 8);
$this->b_act = $this->classify_pixel($this->b_act, 8);
if($this->r_act > 0xFF) $this->r_act = 0xFF;
if($this->g_act > 0xFF) $this->g_act = 0xFF;
if($this->b_act > 0xFF) $this->b_act = 0xFF;
}
$this->r_err = $r - $this->r_act;
$this->g_err = $g - $this->g_act;
$this->b_err = $b - $this->b_act;
$this->r_nerr = round((7 * $this->r_err) / 16);
$this->g_nerr = round((7 * $this->g_err) / 16);
$this->b_nerr = round((7 * $this->b_err) / 16);
$this->r_earr[$x] += round((3 * $this->r_err) / 16);
$this->g_earr[$x] += round((3 * $this->g_err) / 16);
$this->b_earr[$x] += round((3 * $this->b_err) / 16);
$this->r_earr[$x+1] += round((5 * $this->r_err) / 16);
$this->g_earr[$x+1] += round((5 * $this->g_err) / 16);
$this->b_earr[$x+1] += round((5 * $this->b_err) / 16);
$this->r_earr[$x+2] += round($this->r_err / 16);
$this->g_earr[$x+2] += round($this->g_err / 16);
$this->b_earr[$x+2] += round($this->b_err / 16);
}
else{
if($this->cf == self::CF_TRUE_COLOR_332) {
$this->r_act = $this->classify_pixel($r, 3);
$this->g_act = $this->classify_pixel($g, 3);
$this->b_act = $this->classify_pixel($b, 2);
if($this->r_act > 0xE0) $this->r_act = 0xE0;
if($this->g_act > 0xE0) $this->g_act = 0xE0;
if($this->b_act > 0xC0) $this->b_act = 0xC0;
} else if($this->cf == self::CF_TRUE_COLOR_565 || $this->cf == self::CF_TRUE_COLOR_565_SWAP) {
$this->r_act = $this->classify_pixel($r, 5);
$this->g_act = $this->classify_pixel($g, 6);
$this->b_act = $this->classify_pixel($b, 5);
if($this->r_act > 0xF8) $this->r_act = 0xF8;
if($this->g_act > 0xFC) $this->g_act = 0xFC;
if($this->b_act > 0xF8) $this->b_act = 0xF8;
} else if($this->cf == self::CF_TRUE_COLOR_888) {
$this->r_act = $this->classify_pixel($r, 8);
$this->g_act = $this->classify_pixel($g, 8);
$this->b_act = $this->classify_pixel($b, 8);
if($this->r_act > 0xFF) $this->r_act = 0xFF;
if($this->g_act > 0xFF) $this->g_act = 0xFF;
if($this->b_act > 0xFF) $this->b_act = 0xFF;
}
}
}
private function classify_pixel($value, $bits){
$tmp = 1 << (8 - $bits);
$val = round($value / $tmp, 0, PHP_ROUND_HALF_DOWN) * $tmp;
if($val < 0) $val = 0;
return $val;
}
}
$offline = 0;
if (!isset($_SERVER["HTTP_HOST"])) {
parse_str($argv[1], $_POST);
$offline = 1;
}
if($offline == 0){
/*The scripts runs ONLINE (likely on littelvgl.com)*/
header("Cache-Control: no-store, no-cache, must-revalidate, max-age=0");
header("Cache-Control: post-check=0, pre-check=0", false);
header("Pragma: no-cache");
$img_file = $_FILES["img_file"]["tmp_name"];
$img_file_name = $_FILES["img_file"]["name"];
$output_name = $_POST["name"];
$cf = $_POST["cf"];
$format = $_POST["format"];
$dith = $_POST["dith"];
}
else{
/*The scripts runs OFFLINE (likely in command)*/
if(isset($_POST["name"])){
$output_name = $_POST["name"];
echo"Convert:".$output_name;
}
else{
echo("Mising Name\n");
exit(0);
}
if(isset($_POST["img"])){
$img_file = $_POST["img"];
$img_file_name = $_POST["img"];
echo "\nimg=".$img_file;
}
else{
echo("Mising image file\n");
exit(0);
}
if(isset($_POST["format"])){
$format = $_POST["format"];
}
else{
$format = "c_array";
}
if(isset($_POST["dith"])){
$dith = $_POST["dith"];
}
else {
$dith = 0;
}
if(isset($_POST["outdir"]))
{
$outdir = $_POST["outdir"];
}else
{
$outdir = "./";
echo "\noutdir=".$outdir;
}
if(isset($_POST["cf"])){
$cf = $_POST["cf"];
}
else {
$cf = "true_color";
}
}
$conv = new Converter($img_file, $img_file_name,$outdir, $output_name, $dith);
if(!strcmp($format, "c_array")) {
if(!strcmp($cf, "true_color") || !strcmp($cf, "true_color_alpha") || !strcmp($cf, "true_color_chroma")) {
$alpha = 0;
if(!strcmp($cf, "true_color_alpha")) $alpha = 1;
$conv->convert($conv::CF_TRUE_COLOR_332, $alpha);
$c_332 = $conv->format_to_c_array();
$conv->convert($conv::CF_TRUE_COLOR_565, $alpha);
$c_565 = $conv->format_to_c_array();
$conv->convert($conv::CF_TRUE_COLOR_565_SWAP, $alpha);
$c_565_swap = $conv->format_to_c_array();
$conv->convert($conv::CF_TRUE_COLOR_888, $alpha);
$c_888 = $conv->format_to_c_array();
$c_res = $c_332 . $c_565 . $c_565_swap . $c_888;
if(!strcmp($cf, "true_color")) $conv->download_c($conv->out_name, $conv::CF_TRUE_COLOR, $c_res);
if(!strcmp($cf, "true_color_alpha")) $conv->download_c($conv->out_name, $conv::CF_TRUE_COLOR_ALPHA, $c_res);
if(!strcmp($cf, "true_color_chroma")) $conv->download_c($conv->out_name, $conv::CF_TRUE_COLOR_CHROMA, $c_res);
}
else if(!strcmp($cf, "alpha_1")) {
$conv->convert($conv::CF_ALPHA_1_BIT, 1);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "alpha_2")) {
$conv->convert($conv::CF_ALPHA_2_BIT, 1);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "alpha_4")) {
$conv->convert($conv::CF_ALPHA_4_BIT, 1);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "alpha_8")) {
$conv->convert($conv::CF_ALPHA_8_BIT, 1);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "indexed_1")) {
$conv->convert($conv::CF_INDEXED_1_BIT);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "indexed_2")) {
$conv->convert($conv::CF_INDEXED_2_BIT);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "indexed_4")) {
$conv->convert($conv::CF_INDEXED_4_BIT);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "indexed_8")) {
$conv->convert($conv::CF_INDEXED_8_BIT);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "raw")) {
$conv->convert($conv::CF_RAW);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "raw_alpha")) {
$conv->convert($conv::CF_RAW_ALPHA, 1);
$conv->download_c($conv->out_name);
}
else if(!strcmp($cf, "raw_chroma")) {
$conv->convert($conv::CF_RAW_CHROMA);
$conv->download_c($conv->out_name);
}
}
/*Binary download*/
else {
if(!strcmp($cf, "true_color") || !strcmp($cf, "true_color_alpha") || !strcmp($cf, "true_color_chroma")) {
$alpha = 0;
if(!strcmp($cf, "true_color_alpha")) $alpha = 1;
if (!strcmp($format, "bin_332")) $conv->convert($conv::CF_TRUE_COLOR_332, $alpha);
else if (!strcmp($format, "bin_565")) $conv->convert($conv::CF_TRUE_COLOR_565, $alpha);
else if (!strcmp($format, "bin_565_swap")) $conv->convert($conv::CF_TRUE_COLOR_565_SWAP, $alpha);
else if (!strcmp($format, "bin_888")) $conv->convert($conv::CF_TRUE_COLOR_888, $alpha);
else {
echo("Unknown output file format: $format");
exit(1);
}
if(!strcmp($cf, "true_color")) $conv->download_bin($conv->out_name, $conv::CF_TRUE_COLOR);
if(!strcmp($cf, "true_color_alpha")) $conv->download_bin($conv->out_name, $conv::CF_TRUE_COLOR_ALPHA);
if(!strcmp($cf, "true_color_chroma")) $conv->download_bin($conv->out_name, $conv::CF_TRUE_COLOR_CHROMA);
}
else if(!strcmp($cf, "alpha_1")) {
$conv->convert($conv::CF_ALPHA_1_BIT, 1);
$conv->download_bin($conv->out_name);
}
else if(!strcmp($cf, "alpha_2")) {
$conv->convert($conv::CF_ALPHA_2_BIT, 1);
$conv->download_bin($conv->out_name);
}
else if(!strcmp($cf, "alpha_4")) {
$conv->convert($conv::CF_ALPHA_4_BIT, 1);
$conv->download_bin($conv->out_name);
}
else if(!strcmp($cf, "alpha_8")) {
$conv->convert($conv::CF_ALPHA_8_BIT, 1);
$conv->download_bin($conv->out_name);
}
else if(!strcmp($cf, "indexed_1")) {
$conv->convert($conv::CF_INDEXED_1_BIT);
$conv->download_bin($conv->out_name);
}
else if(!strcmp($cf, "indexed_2")) {
$conv->convert($conv::CF_INDEXED_2_BIT);
$conv->download_bin($conv->out_name);
}
else if(!strcmp($cf, "indexed_4")) {
$conv->convert($conv::CF_INDEXED_4_BIT);
$conv->download_bin($conv->out_name);
}
else if(!strcmp($cf, "indexed_8")) {
$conv->convert($conv::CF_INDEXED_8_BIT);
$conv->download_bin($conv->out_name);
}
}
/*
$c_array .= "#include <stdint.h>
#include \"lv_conf.h\"
#include \"lvgl/lv_draw/lv_draw.h\""; */
//download("test", $c_565);
?>

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extension_dir = ".\"
extension=php_fileinfo.dll
extension=php_gd2.dll
memory_limit = 512M

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//-------------------------------------------------------
//for lan_table_tool
excel_name=ref_utf8.xls
language_table_name=lan_str_table
output_for_dsp=0
//-------------------------------------------------------
font_file_name=arialuni.ttf
font_output_file_name=arialuni_field_bbp2_24px.c
font_bbp=2
font_size=24
target_file_name=lan_str_table.c
output_file_name=word_uni_24.bat

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#ifndef __LAN_STR_TABLE_H__
#define __LAN_STR_TABLE_H__
#define LAN_STR_TABLE_NUM 15
extern const char * const lan_str_table[][15];
typedef enum{
STR_ID_ENGLISH,
STR_ID_APP_SCANNING_BINDING,
STR_ID_APP_ABOUT,
STR_ID_AM,
STR_ID_PM,
STR_ID_SUM,
STR_ID_MON,
STR_ID_TUE,
STR_ID_WED,
STR_ID_THU,
STR_ID_FRI,
STR_ID_SAT,
STR_ID_NORMAL,
STR_ID_MIN,
STR_ID_UPGRADING,
STR_ID_UPGRADE_SUCCESSFULLY,
STR_ID_UPGRADE_FAILURE,
STR_ID_REBOOTING,
STR_ID_IN_SYNC,
STR_ID_SYNCHRONIZATION_SUCCEEDED,
STR_ID_SECOND,
STR_ID_HOUR,
STR_ID_MINUTE,
STR_ID_CHINESE,
STR_ID_KOREAN,
STR_ID_JAPANESE,
STR_ID_GERMAN,
STR_ID_SPANISH,
STR_ID_FRENCH,
STR_ID_ITALIAN,
STR_ID_PORTUGUESE,
STR_ID_ARABIC,
STR_ID_INDIA,
STR_ID_HINDI,
STR_ID_POLISH_LANGUAGE,
STR_ID_RUSSIAN,
STR_ID_DUTCH_LANGUAGE,
STR_ID_TURKISH_LANGUAGE,
STR_ID_BENGALI_LANGUAGE,
STR_ID_URDU,
STR_ID_INDONESIAN_LANGUAGE,
STR_ID_PUNJABI_LANGUAGE,
STR_ID_THAI,
STR_ID_CZECH_LANGUAGE,
STR_ID_SETTINGS,
STR_ID_THEME,
STR_ID_LIGHT,
STR_ID_BLUETOOTH,
STR_ID_OTHER_SETTING,
STR_ID_INFORMATION,
STR_ID_RETURN,
STR_ID_PRESSURE,
STR_ID_FAULT_CODE,
STR_ID_THEME_SELECT,
STR_ID_THEME_BG,
STR_ID_SELF_ADAPTION,
STR_ID_NOW_FAULT_CODE,
STR_ID_HIS_FAULT_CODE,
STR_ID_AUTO,
STR_ID_BT_SWITCH,
STR_ID_IMPERIAL,
STR_ID_METRIC,
STR_ID_UNIT,
STR_ID_LANGUAGE,
STR_ID_IN_LEARNING,
STR_ID_SENSOR_FRONT,
STR_ID_SENSOR_REAR,
STR_ID_SENSOR_LOSS,
STR_ID_TIME,
STR_ID_SPEED_MAX,
STR_ID_SPEED_AVG,
STR_ID_MILEAGE_TRIP,
STR_ID_MILEAGE_ODO,
STR_ID_SWITCH_OPEN,
STR_ID_SWITCH_SHUT,
STR_ID_LAN_STR_TABLEMAX,
}LAN_STR_ID;
#endif

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lv_font_conv --no-compress --format lvgl --font arialuni.ttf -o arialuni_field_bbp2_24px.c --bpp 2 --size 24 -r 0x20 -r 0x2d-0x2e -r 0x41-0x50 -r 0x52-0x55 -r 0x57 -r 0x5a -r 0x61-0x70 -r 0x72-0x77 -r 0x79-0x7a -r 0x41d -r 0x435 -r 0x439 -r 0x43c -r 0x43e -r 0x5b0 -r 0x5b4 -r 0x5b7 -r 0x5c1 -r 0x5d4 -r 0x5d9 -r 0x5dc -r 0x5e7 -r 0x5e9-0x5ea -r 0x30c8 -r 0x30df -r 0x30e5 -r 0x30fc -r 0x4e00 -r 0x4e09-0x4e0b -r 0x4e22 -r 0x4e2d -r 0x4e3b -r 0x4e4c -r 0x4e60 -r 0x4e8c -r 0x4e8e -r 0x4e94 -r 0x4e9a -r 0x4eae -r 0x4ed6 -r 0x4f20 -r 0x4f2f -r 0x4f4d -r 0x4fc4 -r 0x4fe1 -r 0x514b -r 0x516c-0x516d -r 0x5170 -r 0x5173 -r 0x5176 -r 0x5206-0x5207 -r 0x5229 -r 0x5236 -r 0x524d -r 0x529f-0x52a0 -r 0x52a8 -r 0x5339 -r 0x5347-0x5348 -r 0x5355 -r 0x5370 -r 0x5386 -r 0x538b -r 0x53f2 -r 0x540c -r 0x540e -r 0x542f -r 0x5468 -r 0x5668 -r 0x56db -r 0x56de -r 0x571f -r 0x5730 -r 0x5747 -r 0x5927 -r 0x5931 -r 0x5b5f -r 0x5b66 -r 0x5c0f -r 0x5c14 -r 0x5c3c -r 0x5e38 -r 0x5e73 -r 0x5e94 -r 0x5ea6 -r 0x5f00 -r 0x5f53 -r 0x5fb7 -r 0x603b -r 0x606f -r 0x610f -r 0x611f -r 0x6210 -r 0x6216 -r 0x626b -r 0x62c9 -r 0x6362 -r 0x6377 -r 0x6545 -r 0x6587 -r 0x65c1 -r 0x65e5 -r 0x65f6 -r 0x666e-0x666f -r 0x6700 -r 0x6b63 -r 0x6b65 -r 0x6cd5 -r 0x6ce2 -r 0x6cf0 -r 0x7259 -r 0x73ed -r 0x7801 -r 0x79d2 -r 0x7a0b -r 0x7ea7 -r 0x7f6e -r 0x8033 -r 0x80cc -r 0x80ce -r 0x81ea -r 0x82f1 -r 0x8377 -r 0x8404 -r 0x8461 -r 0x84dd -r 0x897f -r 0x8a00 -r 0x8ba1 -r 0x8bbe -r 0x8bed -r 0x8d25 -r 0x8f66 -r 0x8f6e -r 0x8f7d -r 0x8f86 -r 0x8fd4 -r 0x9002 -r 0x901f -r 0x906e -r 0x90fd -r 0x914d -r 0x91cc-0x91cd -r 0x949f -r 0x95f4 -r 0x963f -r 0x969c -r 0x97e9 -r 0x9898 -r 0x9ad8 -r 0xac70 -r 0xc18c -r 0xc74c

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img_head_address=0x00000000
img_cut_w=368
img_cut_h=76
rle_enable=0
upper_enable=1
cut_exclude_char=clock_hand
align_left_space=80

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#ifndef __IMG_DEF_H__
#define __IMG_DEF_H__
#define img_head_address 0x0
#endif

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align_left_space=50
flash_head_address=0xA12000
output_c_file_dir=

BIN
Tool/node-v16.15.0-x64.msi Normal file

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Zip/MXC-A39.rar Normal file

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Zip/lvgl_Dashboard_8080.zip Normal file

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