ESP32_UART_Bluetooth_Converter
概述
它是一种使用 ESP32-WROOM-32 模块将 UART 和蓝牙 SPP 相互转换并实现无线串行通信的设备。
即使微机没有无线通信功能，也不需要修改程序或引入新的开发环境，可以像传统的串行通信一样进行通信。
由于ESP32是3.3V驱动，接5V驱动微机时需要分压。 !! 即使连接了5V，我也不会立即死亡
如何使用
通过主机上的滑动开关选择串行通信的波特率。 (9600bps / 115200bps)
将主体连接到微型计算机等。
将电源连接到主机后，它将进入蓝牙连接等待状态。
ESP32-XXXX 是通过添加 PC 的蓝牙设备进行通信的。
在设备设置中选择任何波特率。这时候还应该检查一下虚拟COM口的端口号。
用teraterm等终端软件打开虚拟COM口，开始通讯。
您还可以与智能手机上的任何终端软件进行通信。
电路
2022-04-21 20:14:09
7.24MB
1
音视频格式转化工具，非常强大，mac版 name: www.macmofo.com
sn: 000016-D84U8Q-8BN16B-WP2BV6-9RA73A-X7D4V3-M6P35J-86YPKV-YB9U6B-QTD2MF
2022-04-19 16:34:18
39.78MB
1
真正的破解版本，测试可用#ifndef PROCEDURAL_MESH_GENERATOR_INCLUDED
#define PROCEDURAL_MESH_GENERATOR_INCLUDED
namespace Procedural
{
/**
\defgroup objgengrp Object generators
Elements for procedural mesh generation of various objects.
@{
@}
*/
/**
\ingroup objgengrp
Superclass of everything that builds meshes
*/
template
class MeshGenerator
{
protected:
/// A pointer to the default scene manager
//Ogre::SceneManager* mSceneMgr;
/// U tile for texture coords generation
Ogre::Real mUTile;
/// V tile for texture coords generation
Ogre::Real mVTile;
/// Whether to produces normals or not
bool mEnableNormals;
/// The number of texture coordinate sets to include
unsigned char mNumTexCoordSet;
/// Rectangle in which the texture coordinates will be placed
Ogre::Vector2 mUVOrigin;
/// If set to true, the UV coordinates coming from the mesh generator will be switched.
/// It can be used, for example, if your texture doesn't fit the mesh generator's assumptions about UV.
/// If UV were to fit in a given rectangle, they still fit in it after the switch.
bool mSwitchUV;
/// Orientation to apply the mesh
Ogre::Quaternion mOrientation;
/// Scale to apply the mesh
Ogre::Vector3 mScale;
/// Position to apply to the mesh
Ogre::Vector3 mPosition;
// Whether a transform has been defined or not
bool mTransform;
public:
/// Default constructor
/// \exception Ogre::InvalidStateException Scene Manager is not set in OGRE root object
MeshGenerator() : mUTile(1.f),
mVTile(1.f),
mEnableNormals(true),
mNumTexCoordSet(1),
mUVOrigin(0,0),
mSwitchUV(false),
mOrientation(Ogre::Quaternion::IDENTITY),
mScale(1,1,1),
mPosition(0,0,0),
mTransform(false)
{
}
/**
* Builds a mesh.
* @param name of the mesh for the MeshManager
* @param group ressource group in which the mesh will be created
*/
Ogre::MeshPtr realizeMesh(const std::string& name = "",
const Ogre::String& group = "General")
{
TriangleBuffer tbuffer;
addToTriangleBuffer(tbuffer);
Ogre::MeshPtr mesh;
if (name == "")
mesh = tbuffer.transformToMesh(Utils::getName(), group);
else
mesh = tbuffer.transformToMesh(name, group);
return mesh;
}
/**
* Outputs a triangleBuffer
*/
TriangleBuffer buildTriangleBuffer() const
{
TriangleBuffer tbuffer;
addToTriangleBuffer(tbuffer);
return tbuffer;
}
/**
* Overloaded by each generator to implement the specifics
*/
virtual void addToTriangleBuffer(TriangleBuffer& buffer) const=0;
/**
* Sets U Tile, ie the number by which u texture coordinates are multiplied (default=1)
*/
inline T& setUTile(Ogre::Real uTile)
{
mUTile = uTile;
return static_cast(*this);
}
/**
* Sets V Tile, ie the number by which v texture coordinates are multiplied (default=1)
*/
inline T& setVTile(Ogre::Real vTile)
{
mVTile = vTile;
return static_cast(*this);
}
/**
* Sets the texture rectangle
*/
inline T& setTextureRectangle(const Ogre::RealRect& textureRectangle)
{
mUVOrigin = Ogre::Vector2(textureRectangle.top, textureRectangle.left);
mUTile = textureRectangle.right-textureRectangle.left;
mVTile = textureRectangle.bottom-textureRectangle.top;
return static_cast(*this);
}
/**
* Sets whether normals are enabled or not (default=true)
*/
inline T& setEnableNormals(bool enableNormals)
{
mEnableNormals = enableNormals;
return static_cast(*this);
}
/**
* Sets the number of texture coordintate sets (default=1)
*/
inline T& setNumTexCoordSet(unsigned char numTexCoordSet)
{
mNumTexCoordSet = numTexCoordSet;
return static_cast(*this);
}
/// Sets whether to switch U and V texture coordinates
inline T& setSwitchUV(bool switchUV)
{
mSwitchUV = switchUV;
return static_cast(*this);
}
/// Sets an orientation to give when building the mesh
inline T& setOrientation(const Ogre::Quaternion& orientation)
{
mOrientation = orientation;
mTransform = true;
return static_cast(*this);
}
/// Sets a translation baked into the resulting mesh
inline T& setPosition(const Ogre::Vector3& position)
{
mPosition = position;
mTransform = true;
return static_cast(*this);
}
/// Sets a translation baked into the resulting mesh
inline T& setPosition(Ogre::Real x, Ogre::Real y, Ogre::Real z)
{
mPosition = Ogre::Vector3(x, y, z);
mTransform = true;
return static_cast(*this);
}
/// Sets a scale baked into the resulting mesh
inline T& setScale(const Ogre::Vector3& scale)
{
mScale = scale;
mTransform = true;
return static_cast(*this);
}
/// Sets a uniform scale baked into the resulting mesh
inline T& setScale(Ogre::Real scale)
{
mScale = Ogre::Vector3(scale);
mTransform = true;
return static_cast(*this);
}
/// Sets a scale baked into the resulting mesh
inline T& setScale(Ogre::Real x, Ogre::Real y, Ogre::Real z)
{
mScale = Ogre::Vector3(x, y, z);
mTransform = true;
return static_cast(*this);
}
/// Resets all transforms (orientation, position and scale) that would have been applied to the mesh to their default values
inline T& resetTransforms()
{
mTransform = false;
mPosition = Ogre::Vector3::ZERO;
mOrientation = Ogre::Quaternion::IDENTITY;
mScale = Ogre::Vector3(1);
return static_cast(*this);
}
protected:
/// Adds a new point to a triangle buffer, using the format defined for that MeshGenerator
/// @param buffer the triangle buffer to update
/// @param position the position of the new point
/// @param normal the normal of the new point
/// @param uv the uv texcoord of the new point
inline void addPoint(TriangleBuffer& buffer, const Ogre::Vector3& position, const Ogre::Vector3& normal, const Ogre::Vector2& uv) const
{
if (mTransform)
buffer.position(mPosition + mOrientation * (mScale * position));
else
buffer.position(position);
if (mEnableNormals)
{
if (mTransform)
buffer.normal(mOrientation * normal);
else
buffer.normal(normal);
}
if (mSwitchUV)
for (unsigned char i=0; i
//*
//\defgroup objgengrp Object generators
//Elements for procedural mesh generation of various objects.
//@{
//@}
//
//*
//\ingroup objgengrp
//Superclass of everything that builds meshes
//
public abstract class MeshGenerator
{
/// A pointer to the default scene manager
//Ogre::SceneManager* mSceneMgr;
/// U tile for texture coords generation
protected Ogre.Real mUTile = new Ogre.Real();
/// V tile for texture coords generation
protected Ogre.Real mVTile = new Ogre.Real();
/// Whether to produces normals or not
protected bool mEnableNormals;
/// The number of texture coordinate sets to include
protected byte mNumTexCoordSet;
/// Rectangle in which the texture coordinates will be placed
protected Ogre.Vector2 mUVOrigin = new Ogre.Vector2();
/// If set to true, the UV coordinates coming from the mesh generator will be switched.
/// It can be used, for example, if your texture doesn't fit the mesh generator's assumptions about UV.
/// If UV were to fit in a given rectangle, they still fit in it after the switch.
protected bool mSwitchUV;
/// Orientation to apply the mesh
protected Ogre.Quaternion mOrientation = new Ogre.Quaternion();
/// Scale to apply the mesh
protected Ogre.Vector3 mScale = new Ogre.Vector3();
/// Position to apply to the mesh
protected Ogre.Vector3 mPosition = new Ogre.Vector3();
// Whether a transform has been defined or not
protected bool mTransform;
/// Default constructor
/// \exception Ogre::InvalidStateException Scene Manager is not set in OGRE root object
public MeshGenerator()
{
mUTile = 1.f;
mVTile = 1.f;
mEnableNormals = true;
mNumTexCoordSet = 1;
mUVOrigin = new Ogre.Vector2(0,0);
mSwitchUV = false;
mOrientation = Ogre.Quaternion.IDENTITY;
mScale = new Ogre.Vector3(1,1,1);
mPosition = new Ogre.Vector3(0,0,0);
mTransform = false;
}
// *
// * Builds a mesh.
// * @param name of the mesh for the MeshManager
// * @param group ressource group in which the mesh will be created
//
public Ogre.MeshPtr realizeMesh(string name)
{
return realizeMesh(name, "General");
}
public Ogre.MeshPtr realizeMesh()
{
return realizeMesh("", "General");
}
//C++ TO C# CONVERTER NOTE: Overloaded method(s) are created above to convert the following method having default parameters:
//ORIGINAL LINE: Ogre::MeshPtr realizeMesh(const string& name = "", const Ogre::String& group = "General")
public Ogre.MeshPtr realizeMesh(string name, Ogre.String group)
{
TriangleBuffer tbuffer = new TriangleBuffer();
addToTriangleBuffer(ref tbuffer);
Ogre.MeshPtr mesh = new Ogre.MeshPtr();
if (name == "")
mesh = tbuffer.transformToMesh(Utils.getName(), group);
else
mesh = tbuffer.transformToMesh(name, group);
return mesh;
}
// *
// * Outputs a triangleBuffer
//
//C++ TO C# CONVERTER WARNING: 'const' methods are not available in C#:
//ORIGINAL LINE: TriangleBuffer buildTriangleBuffer() const
public TriangleBuffer buildTriangleBuffer()
{
TriangleBuffer tbuffer = new TriangleBuffer();
addToTriangleBuffer(ref tbuffer);
return tbuffer;
}
// *
// * Overloaded by each generator to implement the specifics
//
public abstract void addToTriangleBuffer(ref TriangleBuffer buffer) const;
// *
// * Sets U Tile, ie the number by which u texture coordinates are multiplied (default=1)
//
public T setUTile(Ogre.Real uTile)
{
mUTile = uTile;
return (T)( this);
}
// *
// * Sets V Tile, ie the number by which v texture coordinates are multiplied (default=1)
//
public T setVTile(Ogre.Real vTile)
{
mVTile = vTile;
return (T)( this);
}
// *
// * Sets the texture rectangle
//
public T setTextureRectangle(Ogre.RealRect textureRectangle)
{
mUVOrigin = Ogre.Vector2(textureRectangle.top, textureRectangle.left);
mUTile = textureRectangle.right-textureRectangle.left;
mVTile = textureRectangle.bottom-textureRectangle.top;
return (T)( this);
}
// *
// * Sets whether normals are enabled or not (default=true)
//
public T setEnableNormals(bool enableNormals)
{
mEnableNormals = enableNormals;
return (T)( this);
}
// *
// * Sets the number of texture coordintate sets (default=1)
//
public T setNumTexCoordSet(byte numTexCoordSet)
{
mNumTexCoordSet = numTexCoordSet;
return (T)( this);
}
/// Sets whether to switch U and V texture coordinates
public T setSwitchUV(bool switchUV)
{
mSwitchUV = switchUV;
return (T)( this);
}
/// Sets an orientation to give when building the mesh
public T setOrientation(Ogre.Quaternion orientation)
{
mOrientation = orientation;
mTransform = true;
return (T)( this);
}
/// Sets a translation baked into the resulting mesh
public T setPosition(Ogre.Vector3 position)
{
mPosition = position;
mTransform = true;
return (T)( this);
}
/// Sets a translation baked into the resulting mesh
public T setPosition(Ogre.Real x, Ogre.Real y, Ogre.Real z)
{
mPosition = Ogre.Vector3(x, y, z);
mTransform = true;
return (T)( this);
}
/// Sets a scale baked into the resulting mesh
public T setScale(Ogre.Vector3 scale)
{
mScale = scale;
mTransform = true;
return (T)( this);
}
/// Sets a uniform scale baked into the resulting mesh
public T setScale(Ogre.Real scale)
{
mScale = Ogre.Vector3(scale);
mTransform = true;
return (T)( this);
}
/// Sets a scale baked into the resulting mesh
public T setScale(Ogre.Real x, Ogre.Real y, Ogre.Real z)
{
mScale = Ogre.Vector3(x, y, z);
mTransform = true;
return (T)( this);
}
/// Resets all transforms (orientation, position and scale) that would have been applied to the mesh to their default values
public T resetTransforms()
{
mTransform = false;
mPosition = Ogre.Vector3.ZERO;
mOrientation = Ogre.Quaternion.IDENTITY;
mScale = Ogre.Vector3(1);
return (T)( this);
}
/// Adds a new point to a triangle buffer, using the format defined for that MeshGenerator
/// @param buffer the triangle buffer to update
/// @param position the position of the new point
/// @param normal the normal of the new point
/// @param uv the uv texcoord of the new point
//C++ TO C# CONVERTER WARNING: 'const' methods are not available in C#:
//ORIGINAL LINE: inline void addPoint(TriangleBuffer& buffer, const Ogre::Vector3& position, const Ogre::Vector3& normal, const Ogre::Vector2& uv) const
protected void addPoint(ref TriangleBuffer buffer, Ogre.Vector3 position, Ogre.Vector3 normal, Ogre.Vector2 uv)
{
if (mTransform)
buffer.position(mPosition + mOrientation * (mScale * position));
else
buffer.position(position);
if (mEnableNormals)
{
if (mTransform)
buffer.normal(mOrientation * normal);
else
buffer.normal(normal);
}
if (mSwitchUV)
for (byte i =0; i
2022-04-13 00:25:44
216KB
1
FFmpeg Batch AV Converter是一款免费的通用音频和视频编码器，只需单击几下鼠标，即可在拖放式进度信息的便捷GUI中使用ffmpeg命令行的全部功能。 由于具有多文件编码功能，它可能是可用的最快的a / v批处理编码器，因为它通过启动多达用户CPU线程数的多个并发进程来最大限度地利用系统资源。 您可以更改编码优先级，暂停和继续，设置自动关机。 对于经验丰富的ffmpeg用户以及初学者来说，它都是不错的选择。 它为几乎所有音频/视频格式提供了无限的单文件或多文件批处理编码。 您可以使用任何一组参数，并在开始编码之前尝试使用它们。 您可以操纵和多路复用流，批量字幕视频（作为跟踪和硬编码），修剪，连接，录制屏幕，捕获M3u8或YouTube URL。 您还可以访问有用的多媒体文件信息。 一些奇特的向导使初学者更轻松。
2022-04-12 23:30:27
96.15MB
1
该程序允许用户将PDF转换为Word、PowerPoint、Exce、Html、图像、Text等格式，并具有强有力的PDF创建、PDF编辑、PDF扫描与存档功能。扫描功能将允许你通过该软件直接将纸质文件转变为PDF文档。另外， 软件使用非常简单，具有功能强大所见即所得（WYSIWYG ）用户界面。软件还支持直接将Word转换成PDF格式和 Excel。操作简单，转换效果非常不错，特别在是转换复杂的PDF格式时，其优势特别明显 。
PDF格式转换功能：
1、无需安装Word、Excel 即可将PDF 转 Word；PDF 转 Excel ;PDF 转 PowerPoint;
2、将多个 PDF 表格合并为一个 Excel 表单;从 PDF 文件中将数据提取为 .CSV 文件;TIFF 至 PDF 转换器；
3、 将PDF 文件内容导出为任何可支持的格式转换（.docx、.doc、.rtf、.xlsx、.xml、.pptx、.html 或 .txt）。
其他特色功能：
页眉和页脚复原：Solid Converter PDF为您提供转换页眉和/或页脚的选项。您可选择将其放在 Word 的页眉/页脚功能中，或者选择将其放在档案的主体中，使页眉/页脚作为独立的文字方块出现在每一页。第三种选项则是您可将其一起移除掉。
旋转文字自动复原：为转换包含弯曲、倾斜或倒置文字的 PDF 发愁？ 别发愁。 Solid Converter PDF version 3.1 给予您从 PDF 转换文字的能力，无论其旋转方向如何，均无问题。
表格识别：Solid Converter PDF 能够将表格从pdf转换成word转换器，同时保持表格的页面，包括方框和表格栏区。表格栏区将被识别出来，并转换至文字方框，以供轻松编辑。
2022-04-12 20:51:48
115.95MB
1
Data Converters by Franco Maloberti
2022-04-11 09:31:50
19.99MB
1
从.ssbp转换并组装Sprite
**仅支持SpriteStudio5 DATA_VERSION 3 .ssbp文件**
已知的问题
不执行顶点变换（可能导致零件重叠以及尺寸/位置不正确）
武器和其他选项零件/动画（斗篷，尾巴，效果）未组合在一起
要求
（可选。建议用于SVG操作）
如何使用
下载并解压缩.zip
复制“ convertSSBP.py”和“ SpriteAssembler.html”
导航到包含.ssbp文件和纹理图像的目录
粘贴“ convertSSBP.py”和“ SpriteAssembler.html”
从包含.ssbp文件和纹理的目录中运行“ convertSSBP.py”，应生成5个JavaScript文件
Linux / Mac
python convertSSBP.py [filename of .ssbp]
视窗
py convertSSBP
2022-04-10 09:05:15
8KB
1
具有GUI的简单转换器工具（在JavaFX上编写），用于将大型XML文件转换为JSON以及将JSON转换为XML（指示进度），并使用少量内存进行转换。 从1.2.0版开始，应用程序支持按模式从目录批量转换文件。 使用Java 1.8+（http://www.oracle.com/technetwork/java/javase/downloads/jre8-downloads-2133155.html）。 Mac，Linux和Windows的发行版已经嵌入了JRE，因此只需下载适当的发行版并启动应用程序即可。
2022-04-10 08:43:14
68.87MB
1
最新版的Solid Converter PDF v7.3 (build 1550) 已经发布了，就在前几天。刚刚下载下来安装了一下，完美破解！我发现7.3版本体积比7.1大好多，前者只有20多M近30M，新版本达到44.5MB。到底增加些什么功能呢？一起来看看吧！官方的更新说明外加中文翻译。
2022-04-04 16:16:37
48.77MB
1
Chrome 书签转换器
用于将 Chrome bookmark.bak 文件转换为 Chrome Bookmark.html 文件的脚本，以便您可以从 AppData 文件导入书签。
我遇到了在重新安装 Windows 之前忘记从 Chrome 导出书签的情况。 我拿了我的备份，发现你不能直接导入 Chrome 用来存储书签的 bookmarks.bak 文件。
在查看结构之后，我构建了一个解析器来将文件转换为 Chrome 乐于导入的 .html 格式。
如何跑步
将 convertor.php 添加到服务器。
将您的 .bak 文件上传为 bookmarks.txt（或在脚本中重命名以匹配）。
运行脚本。
您的书签将被转换，并保存为 export.html
笔记
我很快就把它放在了一起，所以它可能不是最有效的，也不支持 .bak 文件的所有用例。 它是递归的，因此它将保持文
2022-04-02 16:31:22
2KB
1