Win11 打包流程（生成适用于 Win7 的静态版） 1. 进入 VS 2022 开发者命令行 打开“x64 Native Tools Command Prompt for VS 2022”（或在 PowerShell 中执行 cmd.exe /k "\vcvars64.bat" 并在新开的 CMD 中操作）。 2. 安装/更新 Pixi 静态环境依赖 ```bat C:\Users\sladr\.pixi\bin\pixi.exe install -e static ``` 3. 清理旧的构建目录（可选但推荐） ```bat rmdir /s /q build\win-static ``` 4. 配置静态工程（目标 Win7） ```bat C:\Users\sladr\.pixi\bin\pixi.exe run -e static cmake ^ -G "Visual Studio 17 2022" -A x64 ^ -S . -B build\win-static ^ -DWIN32_WINNT=0x0601 ^ -DBUILD_STATIC=ON -DBUILD_SHARED_LIBS=OFF ^ -DCMAKE_BUILD_TYPE=Release ``` 5. 编译 Release 可执行文件 ```bat C:\Users\sladr\.pixi\bin\pixi.exe run -e static cmake --build build\win-static --config Release ``` 6. （可选）安装到 Pixi 环境 bin ```bat C:\Users\sladr\.pixi\bin\pixi.exe run -e static cmake --install build\win-static --config Release ``` 7. 产物位置 • 未安装：build\win-static\Release\STP2GLB.exe • 安装后：.pixi\envs\static\Library\bin\STP2GLB.exe ────────────────────────────────────────── Win7 打包流程（直接在 Win7 上构建） 前提：Win7 SP1 + VS 2019/2022（带 MSVC v142/v143），安装 Pixi，并确保 SDK/工具链支持 VS 构建。 1. 使用已配置好的 VS 开发者命令行 启动 Win7 上的 “x64 Native Tools Command Prompt”，保证 cl.exe 和 cmake 可用。 2. 安装 Pixi 静态环境依赖 ```bat C:\Users\sladr\.pixi\bin\pixi.exe install -e static ``` 3. 清理旧目录 ```bat rmdir /s /q build\win-static ``` 4. 配置工程（同样指定 Win7） ```bat C:\Users\sladr\.pixi\bin\pixi.exe run -e static cmake ^ -G "Visual Studio 17 2022" -A x64 ^ -S . -B build\win-static ^ -DWIN32_WINNT=0x0601 ^ -DBUILD_STATIC=ON -DBUILD_SHARED_LIBS=OFF ^ -DCMAKE_BUILD_TYPE=Release ``` 5. 编译 Release ```bat C:\Users\sladr\.pixi\bin\pixi.exe run -e static cmake --build build\win-static --config Release ``` 6. （可选）安装 ```bat C:\Users\sladr\.pixi\bin\pixi.exe run -e static cmake --install build\win-static --config Release ``` 7. 产物位置 同 Win11 流程，产物可执行文件位于构建目录或安装后的 Pixi 环境 bin 目录。 ────────────────────────────────────────── 注意事项 • 每次变更代码后建议在 Win11 构建并将 STP2GLB.exe 拷贝到 Win7 实机进行实际验证。 • 若在 Win7 上本地构建，需确保 VS 工具链与 Windows SDK 在该机器上完整可用；否则可在 Win11 构建后直接拷贝二进制。 # Stp2Glb ## Usage ```bash STEP to GLB converter Usage: STP2GLB.exe [OPTIONS] Options: -h,--help Print this help message and exit --stp REQUIRED STEP filepath --glb REQUIRED GLB filepath --lin-defl :FLOAT in [0 - 1] [0.1] Linear deflection --ang-defl :FLOAT in [0 - 1] [0.5] Angular deflection --rel-defl Relative deflection --debug Debug mode. More robust but slower --solid-only Solid only --max-geometry-num [0] Maximum number of geometries to convert --filter-names-include Include Filter name. Command separated list --filter-names-file-include Include Filter name file --filter-names-exclude Exclude Filter name. Command separated list --filter-names-file-exclude Exclude Filter name file --tessellation-timeout [30] Tessellation timeout ``` ## Development ### Install Pre-requisites The pre-requisites build requirements are conda packages handled by using [pixi](https://pixi.sh). Note that on windows the MSVC c++ compiler toolchain is used. So a pre-requisite on windows is that you have installed VS or VS build tools from https://visualstudio.microsoft.com/downloads/?q=build+tools ### Building To build the STP2GLB executable using shared dependencies, run the following command: ```bash pixi run build && pixi run install ``` To build the STP2GLB executable using static dependencies, run the following command: ```bash pixi run -e static build && pixi run -e static install ``` ### Local IDE development You can use the presets in the CMakePresets.json file (which points to the pixi environment). Just make sure you've either installed the pixi environment using `pixi install` or have run any of the build commands above. ## Performance metrics Todo