1014 lines
47 KiB
JavaScript
1014 lines
47 KiB
JavaScript
// 简体中文语言映射。对于任何缺失的键/值对将
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// 回退到英文映射
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self.lang['zh'] = {
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// 通用键及菜单
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animate: "动画", // CAM动画按钮
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arrange: "排布", // 对工作区对象排版
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axis: "轴", // 左侧对象比例弹出菜单
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back: "返回",
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clear: "清除", // 清空工作区（移除所有对象）
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copy: "复制",
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clone: "克隆", // 创建副本
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delete: "删除",
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detail: "详情",
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done: "完成",
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edit: "编辑",
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enable: "启用",
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disable: "禁用",
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donate: "捐赠",
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export: "导出",
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files: "文件",
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filter: "筛选",
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front: "前面",
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fullscreen: "全屏",
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ghost: "透明", // 左侧渲染弹出菜单（线框）
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help: "帮助",
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hide: "隐藏", // 左侧渲染弹出菜单（不可见）
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home: "主页",
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info: "信息", // info menu
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import: "导入",
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install: "安装",
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language: "语言",
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left: "左侧",
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machines: "设备", // 设备或机器
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mesh: "网格", // 网格编辑
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metric: "公制",
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name: "名称",
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new: "新建", // 文件新建
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off: "关", // 关闭某物
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on: "开", // 开启某物
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profs: "配置", // 右侧菜单"配置"
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prefs: "偏好", // 右侧菜单"偏好设置"
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preview: "预览",
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quit: "退出", // quit/exit the application (electron)
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recent: "最近",
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rename: "重命名",
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render: "渲染", // 左侧渲染弹出菜单
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reset: "重置",
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right: "右侧",
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rotate: "旋转", // 左侧旋转弹出菜单
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save: "保存",
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scale: "缩放", // 左侧对象缩放弹出菜单
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select: "选择",
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setup: "设置",
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settings: "设置",
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size: "尺寸",
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slice: "切片",
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solid: "实体", // 视图类型弹出菜单
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start: "开始",
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tool: "工具",
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tools: "工具", // CAM 工具菜单按钮
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top: "顶部",
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type: "类型", // CAM 工具类型
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uninstall: "卸载",
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version: "版本",
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view: "视图", // 左侧视图弹出菜单
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wire: "线框", // 左侧渲染弹出菜单
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volume: "体积", // 设备构建区域
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acct_xpo: ["备份您的设备及","设备配置文件，","可选择包括工作区、","对象及位置"],
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// 右键上下文菜单
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rc_clws: "清空工作区",
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rc_xpws: "导出工作区",
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rc_lafl: "平铺",
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rc_mirr: "镜像",
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rc_dupl: "复制",
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rc_focs: "设置焦点",
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rc_heal: "修复网格",
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rc_swap: "替换顶点",
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rc_xobj: "导出OBJ",
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rc_xstl: "导出STL",
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sb_info: ["打印速度","单位：毫米/秒"],
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rc_merg: "合并对象网格",
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rc_splt: "分离实体",
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// 设备菜单及相关对话框
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dm_sldt: "选择设备类型",
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dm_stdd: "标准设备",
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dm_mydd: "我的设备",
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dm_seld: "所选设备",
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dm_rcnt: "最近使用文件",
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dm_savs: "设置",
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dm_appp: "应用偏好设置",
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// CAM工具对话框
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td_tyem: "立铣刀", // 立铣刀
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td_tybm: "球刀", // 球刀
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td_tytm: "锥刀", // 锥度铣刀
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td_tydr: "钻头", // 钻头
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td_tonm: "工具编号",
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td_shft: "刀柄", // 立铣刀刀柄规格
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td_flut: "刃槽", // 立铣刀刃槽规格
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td_tapr: "锥度", // 立铣刀锥度规格
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// 设备对话组
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dv_gr_dev: "设备",
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dv_gr_ext: "挤出机",
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dv_gr_out: "输出",
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dv_gr_gco: "gcode宏",
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// 设备对话 (_s = 标签, _l = 悬停帮助)
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dv_name_s: "名称",
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dv_name_l: "设备名称",
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dv_fila_s: "耗材",
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dv_fila_l: "直径（毫米）",
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dv_nozl_s: "喷嘴",
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dv_nozl_l: "直径（毫米）",
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dv_bedw_s: "宽度",
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dv_bedw_l: "工作区单位",
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dv_bedd_s: "深度",
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dv_bedd_l: "工作区单位",
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dv_bedh_s: "高度",
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dv_bedh_l: ["最大构建高度","单位：工作区单位"],
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dv_rezx_s: "X分辨率",
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dv_rezx_l: ["X分辨率"],
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dv_rezy_s: "Y分辨率",
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dv_rezy_l: ["Y分辨率"],
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dv_zmax_s: "Z轴速度限制",
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dv_zmax_l: ["Z轴最大速度","单位：毫米/秒","0表示禁用"],
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dv_time_s: "输出时间系数",
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dv_time_l: ["gcode导出对话框中","打印时间估算的修正系数","根据预测与实际打印时间","提高或降低数值"],
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dv_spmx_s: "最大主轴转速",
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dv_spmx_l: ["最大主轴转速（rpm）","0表示禁用"],
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dv_xtab_s: "绝对定位",
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dv_xtab_l: "挤出移动使用绝对定位",
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dv_orgc_s: "中心原点",
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dv_orgc_l: "平台原点在中心",
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// dv_orgt_s: "顶部原点",
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// dv_orgt_l: "零件z原点在顶部",
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dv_bedc_s: "圆形平台",
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dv_bedc_l: "设备平台为圆形",
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dv_belt_s: "传送带平台",
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dv_belt_l: "连续打印平台",
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dv_fsrc_s: "耗材来源",
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dv_fsrc_l: ["耗材如何送入","挤出机"],
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dv_retr_s: "固件回抽",
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dv_retr_l: ["设备固件支持G10/G11"],
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dv_fanp_s: "冷却",
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dv_fanp_l: "设置冷却风扇功率",
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dv_feat_s: "特性",
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dv_feat_l: "为指定特性注入代码",
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dv_prog_s: "进度",
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dv_prog_l: "每个百分比进度输出",
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dv_layr_s: "层",
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dv_layr_l: ["在每次层","变化时输出"],
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dv_tksp_s: "分词间隔符",
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dv_tksp_l: ["在gcode轴参数间","添加空格","G0X0Y0Z0","与","G0 X0 Y0 Z0"],
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dv_strc_s: "删除注释",
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dv_strc_l: ["删除gcode注释","注释以;开头"],
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dv_fext_s: "文件扩展名",
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dv_fext_l: "文件名扩展名",
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dv_lazr_s: "启用激光",
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dv_lazr_l: ["启用激光操作"],
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dv_dwll_s: "驻留",
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dv_dwll_l: "gcode驻留脚本",
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dv_tool_s: "工具",
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dv_tool_l: "换刀脚本",
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dv_sspd_s: "主轴",
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dv_sspd_l: "设置主轴转速",
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dv_paus_s: "暂停",
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dv_paus_l: "gcode暂停脚本",
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dv_head_s: "头部",
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dv_head_l: "gcode头部脚本",
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dv_foot_s: "尾部",
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dv_foot_l: "gcode尾部脚本",
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dv_pext_s: "外侧",
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dv_pext_l: ["打印外侧线条前","运行的gcode脚本"],
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dv_pint_s: "内侧",
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dv_pint_l: ["打印内侧线条前","运行的gcode脚本"],
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dv_lzon_s: "激光开启",
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dv_lzon_l: "gcode激光开启脚本",
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dv_lzof_s: "激光关闭",
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dv_lzof_l: "gcode激光关闭脚本",
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dv_waon_s: "水泵开启",
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dv_waon_l: "gcode水泵开启脚本",
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dv_waof_s: "水泵关闭",
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dv_waof_l: "gcode水泵关闭脚本",
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dv_dkon_s: "刀下",
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dv_dkon_l: "gcode刀下脚本",
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dv_dkof_s: "刀上",
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dv_dkof_l: "gcode刀上脚本",
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dv_exts_s: "选择",
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dv_exts_l: "运行gcode以启用此挤出机",
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dv_dext_s: "取消选择",
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dv_dext_l: "启用另一挤出机前运行的gcode",
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dv_extd_s: "取消选择",
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dv_extd_l: "取消选择此挤出机的gcode",
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dv_exox_s: "X偏移",
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dv_exox_l: "喷嘴X偏移",
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dv_exoy_s: "Y偏移",
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dv_exoy_l: "喷嘴Y偏移",
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dv_paid_s: "打印机ID",
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dv_paid_l: ["唯一的打印机标识符","可以自定义"],
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dv_paps_s: "Ping间距",
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dv_paps_l: ["ping之间的最小","耗材消耗（毫米）","建议500-1000","0 = 禁用ping"],
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dv_pafe_s: "进料长度",
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dv_pafe_l: ["进料管长度（毫米）","短=570，中=800，长=1100"],
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dv_papl_s: "推送长度",
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dv_papl_l: ["挤出机齿轮与","喷嘴尖端之间的距离（毫米）"],
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dv_paof_s: "偏移长度",
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dv_paof_l: ["从第一段添加或删除的长度","单位：毫米","通常为0"],
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dv_pahe_s: "加热时间",
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dv_pahe_l: ["相对于默认值的偏移"],
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dv_paco_s: "冷却时间",
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dv_paco_l: ["相对于默认值的偏移"],
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dv_pacm_s: "压缩时间",
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dv_pacm_l: ["相对于默认值的偏移"],
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// 模式
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mo_menu: "模式",
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mo_fdmp: "FDM打印",
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mo_slap: "SLA打印",
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mo_lazr: "激光切割",
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mo_cncm: "CNC铣削",
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// MODE INFO (right panel)
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mi_devi: "设备",
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mi_prof: "配置",
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// 设置
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su_menu: "设置",
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su_devi: "设备",
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su_tool: "工具",
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su_locl: "本地",
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su_xprt: "导出",
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su_help: "帮助",
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// 加载
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fe_menu: "文件",
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fn_recn: "最近",
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fn_impo: "导入",
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// 功能
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fn_menu: "操作",
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fn_arra: "排布",
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fn_slic: "切片",
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fn_prev: "预览",
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fn_expo: "导出",
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// 视图
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vu_menu: "视图",
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vu_home: "主页",
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vu_rset: "重置",
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vu_sptp: "顶部",
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vu_spfr: "正面",
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vu_splt: "左侧",
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vu_sprt: "右侧",
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// 工作区
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ws_menu: "视图",
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ws_save: "保存",
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ws_cler: "清除",
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// RIGHT PANEL
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rp_objs: "对象",
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rp_rngs: "范围",
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rp_opls: "操作列表",
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// 选项
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op_menu: "界面",
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op_disp: "显示",
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op_xprt_s: "专家模式",
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op_xprt_l: "显示更多设置选项",
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op_decl_s: "显示贴花",
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op_decl_l: "显示设备贴花和标识",
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op_shny_s: "细节渲染",
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op_shny_l: "选择较慢且使用高光的切片渲染方法。这使某些模型更容易看到细节，但会降低渲染速度",
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op_devl_s: "开发者",
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op_devl_l: ["显示开发者选项","启用开发者调试"],
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op_hopo_s: "悬停弹出",
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op_hopo_l: ["启用菜单悬停","以激活"],
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op_dark_s: "暗色模式",
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op_dark_l: "暗色界面",
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op_comp_s: "紧凑界面",
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op_comp_l: ["紧凑的用户界面","更适合小屏幕","和平板电脑"],
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op_shor_s: "显示原点",
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op_shor_l: "显示设备或进程原点",
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op_shru_s: "显示标尺",
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op_shru_l: ["在主要网格线上","显示轴标尺"],
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op_sped_s: "显示速度",
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op_sped_l: ["在预览模式下","显示速度到颜色条"],
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op_auto_s: "自动布局",
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op_auto_l: ["添加新项目时","自动布局平台"],
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op_free_s: "自由布局",
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op_free_l: ["允许拖动布局","激光模式下无效"],
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op_spcr_s: "间距",
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op_spcr_l: ["自动布局时","对象之间的间距","单位：工作区单位","传送带模式下使用0","按高度自动间距"],
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op_spoa_s: "边缘角度",
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op_spoa_l: ["触发边缘追踪的表面角度差异"],
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op_spcx_s: "随机X",
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op_spcx_l: ["传送带模式下，","随机在X轴上布局零件","以均匀传送带磨损"],
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op_orth_s: "正交",
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op_orth_l: ["正交显示","需要刷新页面"],
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op_anta_s: "抗锯齿",
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op_anta_l: ["平滑显示。更好但更慢","需要刷新页面"],
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op_invr_s: "反转缩放",
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op_invr_l: ["反转鼠标滚轮","滚动缩放"],
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op_save_s: "自动保存",
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op_save_l: ["在应用重新加载之间","保留工作区中的对象"],
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op_line_s: "线条类型",
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op_line_l: ["路径渲染的线条样式","影响3D性能","path：3D最佳","flat：2D良好","line = 1D快速"],
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op_unit_s: "单位",
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op_unit_l: ["工作区单位影响","速度和距离"],
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op_anim_s: "动画",
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op_anim_l: ["动画网格密度","更高则更密集","占用更多内存","速度更慢"],
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op_mani_s: "流形",
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op_mani_l: ["在索引材料模式下","使用布尔可视化","这非常昂贵","而且可能非常慢"],
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op_exgl_l: ["在导出对话框中显示Grid:Local设备","包括Grid:Bots和OctoPrint插件"],
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op_exgh_l: ["传统Grid:Host本地网络支持"],
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op_exop_l: ["传统OctoPrint本地网络支持","推荐使用Grid:Space OctoPrint插件"],
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lo_menu: "布局",
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||
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pt_menu: "切片器",
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pt_deci_s: "抽取",
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pt_deci_l: ["在导入时启用或禁用点抽取。用于加快切片速度和减少内存使用"],
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pt_qual_s: "细节",
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pt_qual_l: ["切片操作期间保留的细节程度。较低则更快并使用更少内存。大型模型通常不会从更高细节中受益。相反，可能只会导致内存和处理问题。如果出现内存不足错误，请降低此值。"],
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||
pt_heal_s: "修复网格",
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||
pt_heal_l: ["尝试在切片期间修复非流形网格。可能会增加切片时间。检测到非流形几何时启用警告。"],
|
||
pt_thrd_s: "线程",
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pt_thrd_l: ["当浏览器支持嵌套工作者时使用并行处理。可能会增加大型模型的内存压力。如果出现内存不足错误，请禁用"],
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||
pt_assy_s: "Web ASM",
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||
pt_assy_l: ["浏览器支持时使用Web Assembly。如果遇到伪影或内存错误，请尝试禁用此功能。"],
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||
pt_wgpu_s: "Web GPU",
|
||
pt_wgpu_l: ["浏览器支持时使用Web GPU。如果遇到伪影或内存错误，请尝试禁用此功能。"],
|
||
|
||
xp_menu: "导出",
|
||
|
||
// 设置
|
||
se_menu: "配置",
|
||
se_load: "加载",
|
||
se_save: "保存",
|
||
|
||
// FDM 层
|
||
sl_menu: "层",
|
||
sl_angl_s: "切片角度",
|
||
sl_angl_l: ["切片角度偏差（度）"],
|
||
sl_lahi_s: "层高",
|
||
sl_lahi_l: ["每个切片层的高度","单位：毫米"],
|
||
ad_minl_s: "最小层高",
|
||
ad_minl_l: ["自适应最小层高","单位：毫米","必须非零"],
|
||
ad_adap_s: "自适应高度",
|
||
ad_adap_l: ["使用自适应层高","以'层高'作为最大值","以'最小层高'作为最小值"],
|
||
sl_ltop_s: "顶层",
|
||
sl_ltop_l: ["打印顶部或朝上平面区域的实体层数"],
|
||
sl_lsld_s: "实体层",
|
||
sl_lsld_l: ["从桥接和平面区域计算的","实体填充区域","在切片层之间检测"],
|
||
sl_lbot_s: "底层",
|
||
sl_lbot_l: ["打印底部或桥接跨度下方的实体层数"],
|
||
|
||
// FDM 壁
|
||
sw_menu: "外壳",
|
||
sl_shel_s: "外壳数量",
|
||
sl_shel_l: ["要生成的周边","壁数量"],
|
||
ad_thin_s: "薄壁",
|
||
ad_thin_l: ["检测并填充","外壳壁之间的间隙"],
|
||
|
||
// FDM 外壳
|
||
sl_line_s: "线宽",
|
||
sl_line_l: ["挤出宽度（毫米）","0 = 喷嘴直径"],
|
||
sl_ordr_s: "外壳顺序",
|
||
sl_ordr_l: ["输出外壳顺序","从内到外","或从外到内","影响表面质量"],
|
||
sl_strt_s: "起始点",
|
||
sl_strt_l: ["层起始点","last = 上一层结束位置","center = 零件中心","origin = 设备原点","random = 随机"],
|
||
sl_ofin_s: "内壳偏移",
|
||
sl_ofin_l: ["内孔周边偏移","单位：毫米"],
|
||
sl_ofot_s: "外壳偏移",
|
||
sl_ofot_l: ["外壁周边偏移","单位：毫米"],
|
||
|
||
// FDM 实体
|
||
fs_menu: "实体填充",
|
||
fi_over_s: "填充重叠",
|
||
fi_over_l: ["外壳与实体或稀疏填充之间的重叠。可改善与外壳的结合","占线宽的比例","0.0 - 1.0"],
|
||
fi_angl_s: "起始角度",
|
||
fi_angl_l: ["起始角度（度）","每一后续层","增加90度","仅适用于实体层"],
|
||
fi_grow_s: "区域扩展",
|
||
fi_grow_l: ["扩展投影实体","有助于稀疏填充区域上的","实体区域","单位：毫米"],
|
||
|
||
// FDM 填充
|
||
fi_menu: "稀疏填充",
|
||
fi_type: "填充类型",
|
||
fi_pcnt_s: "填充量",
|
||
fi_pcnt_l: ["填充密度值","0.0 - 1.0"],
|
||
fi_rept_s: "填充重复",
|
||
fi_rept_l: ["重复不变","填充层的次数"],
|
||
// fi_rate_s: "打印速度",
|
||
fi_rate_l: ["填充的挤出速度","设置为0以使用默认","输出打印速度"],
|
||
|
||
// FDM 加热
|
||
fh_menu: "加热",
|
||
|
||
// FDM 冷却
|
||
fc_menu: "冷却",
|
||
|
||
// FDM 第一层
|
||
fl_menu: "基础",
|
||
fl_lahi_s: "层高",
|
||
fl_lahi_l: ["每个切片的高度","单位：毫米","应该 >= 切片高度"],
|
||
fl_rate_s: "外壳速度",
|
||
fl_rate_l: ["外壳打印最大速度","单位：毫米/秒"],
|
||
fl_frat_s: "填充速度",
|
||
fl_frat_l: ["填充打印最大速度","单位：毫米/秒"],
|
||
fl_mult_s: "流量系数",
|
||
fl_mult_l: ["挤出乘数","0.0 - 2.0"],
|
||
fl_sfac_s: "宽度系数",
|
||
fl_sfac_l: ["喷嘴尺寸乘数","改变线间距"],
|
||
fl_skrt_s: "裙边数量",
|
||
fl_skrt_l: ["要生成的第一层偏移","边缘数量"],
|
||
fl_skro_s: "裙边偏移",
|
||
fl_skro_l: ["距零件的裙边偏移","单位：毫米","使用筏时","这是筏偏移"],
|
||
fl_nozl_s: "喷嘴温度",
|
||
fl_nozl_l: ["摄氏度","当此值为零时","使用输出设置"],
|
||
fl_bedd_s: "平台温度",
|
||
fl_bedd_l: ["摄氏度","当此值为零时","使用输出设置"],
|
||
fr_spac_s: "筏间隙",
|
||
fr_spac_l: ["第一层与筏之间的","额外层间距","单位：毫米"],
|
||
fr_nabl_s: "启用筏",
|
||
fr_nabl_l: ["在模型下创建筏","以提高附着力","使用裙边偏移并","禁用裙边输出"],
|
||
fr_draf_s: "气流挡板",
|
||
fr_draf_l: ["将裙边延伸至零件高度","作为抵御气流的挡板","并困住热空气"],
|
||
|
||
// FDM 传送带专用
|
||
fl_zoff_s: "传送带偏移",
|
||
fl_zoff_l: ["最低挤出层","距传送带的高度偏移","单位：毫米"],
|
||
fl_flat_s: "平整",
|
||
fl_flat_l: ["将高度小于此值的点","平整到传送带上","单位：毫米"],
|
||
fl_brim_s: "边缘侧面",
|
||
fl_brim_l: ["向零件周边添加边缘","尺寸为宽度（毫米）","0表示禁用"],
|
||
fl_brin_s: "边缘内部",
|
||
fl_brin_l: ["当存在内部空隙时","向零件内部添加边缘","尺寸为宽度（毫米）","0表示禁用"],
|
||
fl_brmn_s: "边缘触发",
|
||
fl_brmn_l: ["仅当面向传送带的段","短于此值时添加边缘","单位：毫米","0 = 无穷大"],
|
||
fl_brco_s: "边缘梳理",
|
||
fl_brco_l: ["每n条线","添加边缘间隙","0表示禁用"],
|
||
fl_brgp_s: "边缘间隙",
|
||
fl_brgp_l: ["边缘与零件之间的间距","单位：毫米"],
|
||
fl_bled_s: "零件锚定",
|
||
fl_bled_l: ["传送带零件锚定","在打印开始时","单位：毫米"],
|
||
fl_blmp_s: "锚点凸起",
|
||
fl_blmp_l: ["在锚点开始处添加凸起","以帮助其在传送带末端","剥离","单位：毫米"],
|
||
|
||
// FDM 支撑
|
||
sp_menu: "支撑",
|
||
sp_detect: "检测",
|
||
sp_dens_s: "密度",
|
||
sp_dens_l: ["分数 0.0 - 1.0","建议 0.15","0表示禁用"],
|
||
sp_size_s: "支柱尺寸",
|
||
sp_size_l: ["支柱宽度（毫米）","较小的值会指数级","增加检测时间"],
|
||
sp_offs_s: "零件偏移",
|
||
sp_offs_l: ["距零件的偏移","单位：毫米"],
|
||
sp_gaps_s: "间隙层",
|
||
sp_gaps_l: ["距零件的","层数偏移"],
|
||
sp_span_s: "最大跨度",
|
||
sp_span_l: ["导致生成新支撑的","无支撑跨度","单位：毫米"],
|
||
sp_angl_s: "最大角度",
|
||
sp_angl_l: ["生成支撑柱前的","最大悬垂角度","正常值45-60","传送带值0-10"],
|
||
sp_area_s: "最小面积",
|
||
sp_area_l: ["支撑柱的","最小面积","单位：毫米","较小的值会","减慢检测"],
|
||
sp_xpnd_s: "扩展",
|
||
sp_xpnd_l: ["支撑区域扩展","超出零件边界","单位：毫米"],
|
||
sp_grow_s: "生长",
|
||
sp_grow_l: ["生长支撑柱以填充小间隙","单位：毫米"],
|
||
sp_nozl_s: "挤出机",
|
||
sp_nozl_l: ["在多挤出机系统中","用于支撑材料的","挤出机"],
|
||
sp_outl_s: "封闭",
|
||
sp_outl_l: ["将支撑图案封闭","在周边外壳内"],
|
||
sp_auto_s: "自动",
|
||
sp_auto_l: ["启用生成的支撑","使用切片时的几何","支撑仅在","切片完成后出现"],
|
||
|
||
// CNC 通用术语
|
||
cc_tool: "工具",
|
||
cc_offs_s: "偏移",
|
||
cc_offs_l: ["将工具中心","从选定路径偏移"],
|
||
cc_spnd_s: "主轴转速",
|
||
cc_spnd_l: ["主轴速度（转/分钟）"],
|
||
cc_sovr_s: "步进",
|
||
cc_sovr_l: ["工具直径的分数（0到1）。大于0.49的值可能导致未切割区域或不良伪影。"],
|
||
cc_sovc_s: "宽步进",
|
||
cc_sovc_l: ["宽切除步进数"],
|
||
cc_sang_s: "步进角度",
|
||
cc_sang_l: ["车床轴向点之间的旋转（度）"],
|
||
cc_sdwn_s: "下刀",
|
||
cc_sdwn_l: ["每次通过的","下刀深度","单位：工作区单位","0表示禁用"],
|
||
cc_thru_s: "切透",
|
||
cc_thru_l: ["追踪底部下方的额外切割深度"],
|
||
cc_offd_s: "偏移",
|
||
cc_offd_l: ["当设置为任何非零值时覆盖默认偏移距离（即工具半径）"],
|
||
cc_feed_s: "进给速度",
|
||
cc_feed_l: ["最大切削速度","单位：工作区单位/分钟"],
|
||
cc_plng_s: "下刀速度",
|
||
cc_plng_l: ["最大Z轴速度","单位：工作区单位/分钟"],
|
||
cc_sngl_s: "仅选择线条",
|
||
cc_sngl_l: ["仅选择单边","而不是连接的多段线"],
|
||
cc_sele_s: "选择",
|
||
cc_sele_l: ["选择线条进行跟随","选择循环进行清除","选择表面进行挖槽"],
|
||
|
||
// CNC 通用
|
||
cc_menu: "限制",
|
||
cc_rapd_s: "XY进给",
|
||
cc_rapd_l: ["最大XY移动进给速度","单位：工作区单位/分钟"],
|
||
cc_rzpd_s: "Z进给",
|
||
cc_rzpd_l: ["最大Z移动进给速度","单位：工作区单位/分钟"],
|
||
|
||
// CNC 调平
|
||
cc_loff_s: "Z偏移",
|
||
cc_loff_l: ["距坯料表面的距离","单位：工作区单位"],
|
||
cc_lxyo_s: "XY偏移",
|
||
cc_lxyo_l: ["距零件边界的XY偏移，作为工具直径的分数（0 - 1.0）"],
|
||
cc_lsto_s: "坯料",
|
||
cc_lsto_l: ["使用坯料区域而不是零件区域"],
|
||
|
||
// CNC 粗加工
|
||
cr_menu: "粗加工",
|
||
cr_lsto_s: "留余量",
|
||
cr_lsto_l: ["垂直面的水平偏移","精加工通过留下的坯料","单位：工作区单位"],
|
||
cr_lstz_s: "Z留余量",
|
||
cr_lstz_l: ["粗加工通过的垂直偏移（工作区单位）。最适合粗加工曲面。"],
|
||
cr_ease_s: "缓降",
|
||
cr_ease_l: ["下刀切削将","螺旋下降或沿","线性路径缓降"],
|
||
cr_clst_s: "清除坯料",
|
||
cr_clst_l: ["在索引模式下，清除整个坯料区域，而不仅仅是到零件周边"],
|
||
cr_clrt_s: "清除顶部",
|
||
cr_clrt_l: ["在零件的边界区域","进行清除通过","位于z = 0"],
|
||
cr_clrp_s: "清除空隙",
|
||
cr_clrp_l: ["铣出通过凹槽","而不仅仅是轮廓"],
|
||
cr_clrf_s: "清除面",
|
||
cr_clrf_l: ["插值下刀以","清除任何检测到的平面区域"],
|
||
cr_olin_s: "仅内部",
|
||
cr_olin_l: ["将切削限制在","零件边界内"],
|
||
|
||
// CNC 轮廓
|
||
co_menu: "轮廓",
|
||
co_merg_s: "合并重叠",
|
||
co_merg_l: ["合并重叠线以防止过度切割到相邻实体"],
|
||
co_dogb_s: "骨切",
|
||
co_dogb_l: ["在内角插入","骨切"],
|
||
co_dogr_s: "反向骨切",
|
||
co_dogr_l: ["反转骨切方向"],
|
||
co_clrt_s: "清除顶部",
|
||
co_clrt_l: ["启用坯料时从坯料顶部开始切削"],
|
||
co_wide_s: "宽切除",
|
||
co_wide_l: ["加宽外部切除路径","用于硬质材料的深切"],
|
||
co_olin_s: "仅内部",
|
||
co_olin_l: ["将切削限制在","零件边界内"],
|
||
co_olot_s: "仅外部",
|
||
co_olot_l: ["将切削限制在","外部零件边界","可以视为","阴影轮廓"],
|
||
co_omit_s: "省略通孔",
|
||
co_omit_l: "消除通孔",
|
||
co_omvd_s: "省略凹槽",
|
||
co_omvd_l: "消除内部凹槽",
|
||
co_olen_s: "启用",
|
||
co_olen_l: "启用轮廓切削",
|
||
|
||
// CNC 等高线
|
||
cn_menu: "等高线",
|
||
cf_angl_s: "最大角度",
|
||
cf_angl_l: ["导致角度大于此值的Z变化被视为垂直并从曲线中省略"],
|
||
cf_leav_s: "留余量",
|
||
cf_leav_l: ["零件表面上方留下的坯料量"],
|
||
cf_botm_s: "Z底部",
|
||
cf_botm_l: ["遵守Z底部限制"],
|
||
cf_curv_s: "仅曲线",
|
||
cf_curv_l: ["将线性清理","限制在曲面"],
|
||
cf_olin_s: "仅内部",
|
||
cf_olin_l: ["将切削限制在","零件边界内"],
|
||
cf_linx_s: "启用Y通过",
|
||
cf_linx_l: "线性Y轴精加工",
|
||
cf_liny_s: "启用X通过",
|
||
cf_liny_l: "线性X轴精加工",
|
||
|
||
// CNC 追踪
|
||
cu_menu: "追踪",
|
||
cu_type_s: "类型",
|
||
cu_type_l: ["clear = 清除封闭线凹槽","follow = 工具尖端跟随线","封闭时有偏移选项"],
|
||
|
||
// CNC 挖槽
|
||
cp_xpnd_s: "扩展",
|
||
cp_xpnd_l: ["增大(+)或缩小(-)选定区域","等高线使用整个选定区域","非等高线默认为工具半径","单位：工作区单位"],
|
||
cp_smoo_s: "平滑",
|
||
cp_smoo_l: ["清理由倾斜壁引起的锯齿边缘。可以加速并改善详细几何的挖槽。如果切片时间过长或等高线看起来锯齿状，建议从1左右的值开始"],
|
||
cp_foll_s: "选择",
|
||
cp_foll_l: ["曲率选择限制（度）。接近0的值将限制选择到更平坦的表面"],
|
||
cp_refi_s: "细化",
|
||
cp_refi_l: ["对等高多段线执行的细化通过次数。旨在解决由面几何引起的Z增量锯齿，而平滑处理XY。对于具有显著Z移动的轻柔等高几何，大于10的值效果良好。"],
|
||
cp_cont_s: "等高线",
|
||
cp_cont_l: ["忽略内部空隙和特征"],
|
||
cp_engr_s: "雕刻",
|
||
cp_engr_l: ["设置围绕选定区域周边的单次通过。也适用于3D激光标记"],
|
||
cp_outl_s: "仅轮廓",
|
||
cp_outl_l: ["忽略内部空隙和特征"],
|
||
|
||
// CNC 钻孔
|
||
cd_menu: "钻孔",
|
||
cd_axis: "轴",
|
||
cd_points: "点",
|
||
// cd_plpr_s: "每次下刀",
|
||
// cd_plpr_l: ["驻留期之间的最大下刀","单位：工作区单位","0表示禁用"],
|
||
cd_dwll_s: "驻留时间",
|
||
cd_dwll_l: ["下刀之间的","驻留时间","单位：毫秒"],
|
||
cd_lift_s: "钻头提升",
|
||
cd_lift_l: ["驻留期后","下刀之间的提升","单位：工作区单位","0表示禁用"],
|
||
cd_thru_s: "Z延伸",
|
||
cd_thru_l: ["向下延伸切削通过坯料","单位：工作区单位"],
|
||
cd_dtru_s: "钻透",
|
||
cd_dtru_l: ["零件底部下方的额外钻孔深度","覆盖全局Z穿透","0表示禁用"],
|
||
cd_mark_s: "标记",
|
||
cd_mark_l: ["仅标记孔，不钻出","下刀设置用于","确定标记深度"],
|
||
cd_ftop_s: "从坯料顶部",
|
||
cd_ftop_l: ["从坯料顶部钻孔","而不是零件表面"],
|
||
cd_prcn_s: "精度",
|
||
cd_prcn_l: ["搜索孔的","切片之间的距离","单位：工作区单位","较低则较慢并","使用更多内存","0 = 仅平面"],
|
||
|
||
cd_seli_l: ["单独选择孔","进行钻孔"],
|
||
cd_sela_s: "选择匹配直径",
|
||
cd_sela_l: ["选择所有匹配", "所选工具直径的孔"],
|
||
|
||
//CNC 配准
|
||
cd_regi_s: "配准",
|
||
cd_regi_l: ["为双面零件","钻配准孔","独立于启用","钻孔但使用相同","工具和设置"],
|
||
cd_rego_s: "零件偏移",
|
||
cd_rego_l: ["孔中心距零件","边界框的偏移","单位：工作区单位"],
|
||
|
||
// CNC 螺旋刀路
|
||
ch_menu: "螺旋",
|
||
ch_sdwn_s: "下刀（螺距）",
|
||
ch_sdwn_l: ["Z距离","每转","单位：工作区单位","（每单位螺纹数的倒数）", "0表示禁用"],
|
||
ch_fsta_s: "强制起始角",
|
||
ch_fsta_l: ["覆盖起始角","默认为最接近工具的点"],
|
||
ch_stra_s: "起始角",
|
||
ch_stra_l: ["螺旋起始角","相对于+x轴逆时针方向的度数"],
|
||
ch_selc_l: ["选择圆柱面", "太小的内孔","将被忽略。"],
|
||
ch_fini_s: "底部精加工通过",
|
||
ch_fini_l: ["在螺旋底部追踪圆","用于孔清理"],
|
||
ch_entr_s: "从中心进入",
|
||
ch_entr_l: ["从圆柱中心开始切削","水平轻柔弧形进入", "而不是下刀"],
|
||
ch_ento_s: "中心进入偏移",
|
||
ch_ento_l: ["曲线进入的路径偏移","螺纹铣削时通常为螺纹深度","单位：工作区单位","0表示线性进入"],
|
||
ch_rvrs_s: "反向",
|
||
ch_rvrs_l: ["反转螺旋Z轴方向","勾选时从低Z到高Z","用于螺纹铣削","不推荐用于其他操作"],
|
||
ch_clkw_s: "顺时针",
|
||
ch_clkw_l: ["反转围绕圆柱的螺旋旋转","勾选时为顺时针"],
|
||
|
||
// CNC 翻转
|
||
cf_menu: "翻转",
|
||
cf_nvrt_s: "Z底部",
|
||
cf_nvrt_l: "反转Z底部设置以跟随坯料",
|
||
|
||
// CNC 索引轴
|
||
ci_degr_s: "度数",
|
||
ci_degr_l: "旋转A（索引）轴的度数",
|
||
ci_abso_s: "绝对",
|
||
ci_abso_l: "度数旋转是绝对的",
|
||
ci_face_s: "面",
|
||
ci_face_l: "选择要朝上旋转的面",
|
||
ci_line_s: "线性",
|
||
ci_line_l: "沿X进行线性通过，然后旋转Y",
|
||
ci_laso_s: "起始偏移",
|
||
ci_laso_l: ["距零件左侧的X偏移。负值在零件外部。单位：工作区单位"],
|
||
ci_laeo_s: "结束偏移",
|
||
ci_laeo_l: ["距零件右侧的X偏移。负值在零件外部。单位：工作区单位"],
|
||
|
||
// CNC 激光开/关操作（Carvera）
|
||
cl_powr_s: "功率",
|
||
cl_powr_l: "激光功率从0到1.0",
|
||
cl_adap_s: "自适应",
|
||
cl_adap_l: "根据Z高度使用自适应功率",
|
||
cl_adrp_s: "重复",
|
||
cl_adrp_l: "使用给定波段应用Z高度的模数以制作重复图案",
|
||
cl_flat_s: "平整",
|
||
cl_flat_l: "将输出平整到给定的Z高度",
|
||
cl_flaz_s: "平整高度",
|
||
cl_flaz_l: ["将输出平整到此Z高度", "单位：工作区单位"],
|
||
cl_minp_s: "Z最小功率",
|
||
cl_minp_l: ["Z波段最低部分的功率设置。可能高于或低于Z波段的另一端。"],
|
||
cl_maxp_s: "Z最大功率",
|
||
cl_maxp_l: ["Z波段最高部分的功率设置。可能高于或低于Z波段的另一端。"],
|
||
cl_minz_s: "最小Z高度",
|
||
cl_minz_l: ["最低Z波段位置"],
|
||
cl_maxz_s: "最大Z高度",
|
||
cl_maxz_l: ["最高Z波段位置。设置为0时，使用工作区的最高Z点"],
|
||
|
||
// CNC 切除片
|
||
ct_menu: "连接片",
|
||
ct_angl_s: "角度",
|
||
ct_angl_l: ["连接片间距的起始角度","单位：度（0-360）"],
|
||
ct_numb_s: "数量",
|
||
ct_numb_l: ["要使用的连接片数量","将在零件周围","均匀分布"],
|
||
ct_wdth_s: "宽度",
|
||
ct_wdth_l: "工作区单位的宽度",
|
||
ct_hght_s: "高度",
|
||
ct_hght_l: "工作区单位的高度",
|
||
ct_dpth_s: "深度",
|
||
ct_dpth_l: ["连接片从零件表面","突出的工作区单位距离"],
|
||
ct_midl_s: "中线",
|
||
ct_midl_l: ["使用连接片的中线","而不是Z底部","用于双面工作"],
|
||
ct_nabl_s: "自动",
|
||
ct_nabl_l: ["自动生成径向连接片","从零件中心投影","使用数量和角度偏移"],
|
||
|
||
// 输出
|
||
ou_menu: "输出",
|
||
|
||
// 激光切片
|
||
ls_offs_s: "偏移/切缝",
|
||
ls_offs_l: ["切割路径中心与","剩余材料边缘之间的距离","单位：毫米"],
|
||
ls_lahi_s: "切片高度",
|
||
ls_lahi_l: ["层高","单位：毫米","0 = 自动/检测"],
|
||
ls_lahm_s: "切片最小值",
|
||
ls_lahm_l: ["层高最小值","将合并低于","此厚度的自动切片","单位：毫米"],
|
||
ls_sngl_s: "单层切片",
|
||
ls_sngl_l: ["仅在指定层高","执行一次切片"],
|
||
|
||
// 激光刀
|
||
dk_menu: "拖刀",
|
||
dk_dpth_s: "切割深度",
|
||
dk_dpth_l: ["最终切割深度","单位：毫米"],
|
||
dk_pass_s: "切割通过",
|
||
dk_pass_l: ["到达切割深度的","通过次数"],
|
||
dk_offs_s: "刀尖偏移",
|
||
dk_offs_l: ["刀片尖端到","工具中心的距离","单位：毫米"],
|
||
|
||
// 线切割
|
||
we_omit_s: "省略内部",
|
||
we_omit_l: "省略内部多边形",
|
||
|
||
// 激光输出
|
||
ou_spac_s: "间距",
|
||
ou_spac_l: ["层输出之间的距离","单位：毫米"],
|
||
ou_scal_s: "缩放",
|
||
ou_scal_l: "乘数（0.1到100）",
|
||
ou_powr_s: "功率",
|
||
ou_powr_l: ["0 - 100","表示%"],
|
||
ou_sped_s: "速度",
|
||
ou_sped_l: "毫米/秒",
|
||
ou_mrgd_s: "合并",
|
||
ou_mrgd_l: ["使用颜色编码合并所有层","以表示堆叠深度"],
|
||
ou_grpd_s: "分组",
|
||
ou_grpd_l: ["将每一层保留为","统一分组","而不是分离的","多边形"],
|
||
ou_layr_s: "层顺序",
|
||
ou_layr_l: ["输出层顺序","从右上到","左下"],
|
||
ou_layo_s: "层颜色",
|
||
ou_layo_l: ["每个Z索引的","输出层颜色","被合并覆盖"],
|
||
ou_lays_s: "层标记",
|
||
ou_lays_l: ["标记层以进行堆叠。上层将以不同颜色输出，激光可以用较低功率标记。启用层分组。"],
|
||
ou_drkn_s: "拖刀",
|
||
ou_drkn_l: ["在gcode中启用","拖刀输出","切割半径添加到","带有切割下通过的角"],
|
||
ou_stak_s: "3D堆叠",
|
||
ou_stak_l: ["输出是2D路径的3D堆叠，而不是在2D中平铺层"],
|
||
ou_maxp_s: "最大功率",
|
||
ou_maxp_l: ["gcode中的最大功率值。设置中的功率%将从0缩放到此值"],
|
||
ou_inch_s: "英制",
|
||
ou_inch_l: ["以英寸为单位输出值"],
|
||
ou_shap_s: "Shaper工具",
|
||
ou_shap_l: ["使用Shaper Tool自定义属性注释SVG"],
|
||
|
||
// 输出 FDM
|
||
ou_nozl_s: "喷嘴温度",
|
||
ou_nozl_l: "摄氏度",
|
||
ou_bedd_s: "平台温度",
|
||
ou_bedd_l: "摄氏度",
|
||
ou_feed_s: "打印速度",
|
||
ou_feed_l: ["最大打印速度","设置为0使用默认值","单位：毫米/秒"],
|
||
ou_fini_s: "精加工速度",
|
||
ou_fini_l: ["最外层外壳速度","桥接/平面实体层","设置为0使用默认值","单位：毫米/秒"],
|
||
ou_move_s: "移动速度",
|
||
ou_move_l: ["非打印移动速度","单位：毫米/秒","0 = 启用G0移动"],
|
||
ou_shml_s: "外壳系数",
|
||
ou_flml_s: "实体系数",
|
||
ou_spml_s: "填充系数",
|
||
ou_exml_l: ["挤出乘数","0.0 - 2.0"],
|
||
ou_fanl_s: "风扇启动层",
|
||
ou_fanl_l: ["启动风扇的层编号","层从0开始"],
|
||
ou_fans_s: "风扇启动速度",
|
||
ou_fans_l: "0 - 255",
|
||
ou_layt_s: "最小层时间",
|
||
ou_layt_l: ["最小允许层打印时间（秒）。如果层会在更少秒内完成，打印将减速。","0 = 禁用"],
|
||
|
||
// 输出 CAM
|
||
ou_toll_s: "精度",
|
||
ou_toll_l: ["表面精度","单位：工作区单位","较低则较慢并","使用更多内存","0 = 基于动画偏好","自动"],
|
||
ou_flat_s: "平整度",
|
||
ou_flat_l: ["两个相邻点被视为共线的增量Z。0 = 使用公差计算"],
|
||
ou_redu_s: "简化",
|
||
ou_redu_l: ["每个精度单位要跳过的轴步数。更高的精度可能需要简化以产生合理的文件大小。从0开始并以1的增量测试。"],
|
||
ou_brdg_s: "桥接",
|
||
ou_brdg_l: ["曲线区域之间","用切削桥接的平面距离"],
|
||
ou_zanc_s: "Z锚点",
|
||
ou_zanc_l: ["当坯料Z超过零件Z时","控制零件的位置"],
|
||
ou_ztof_s: "Z偏移",
|
||
ou_ztof_l: ["偏移Z锚点","单位：工作区单位"],
|
||
ou_ztop_s: "Z顶部",
|
||
ou_ztop_l: ["距坯料底部的偏移","以设置切削深度的起点","单位：工作区单位","* 钻孔/等高线忽略此项 *"],
|
||
ou_zbot_s: "Z底部",
|
||
ou_zbot_l: ["距坯料底部的偏移","以限制切削深度","单位：工作区单位"],
|
||
ou_zclr_s: "Z间隙",
|
||
ou_zclr_l: ["距零件顶部的","安全移动偏移","单位：工作区单位"],
|
||
ou_ztru_s: "Z穿透",
|
||
ou_ztru_l: ["向下延伸切除通过","单位：工作区单位"],
|
||
ou_conv_s: "传统",
|
||
ou_conv_l: ["铣削方向","取消勾选为'爬升'"],
|
||
ou_depf_s: "深度优先",
|
||
ou_depf_l: ["以深度优先","优化挖槽切削"],
|
||
ou_inrf_s: "内部优先",
|
||
ou_inrf_l: ["始终从内到外切削"],
|
||
ou_toin_s: "工具初始化",
|
||
ou_toin_l: "在第一个操作时添加换刀。禁用时，gcode假定第一个工具已加载并探测偏移",
|
||
ou_forz_s: "强制Z最大值",
|
||
ou_forz_l: "凹槽之间的所有移动将到达Z最大值（坯料上方）。如果在挖槽操作之前未执行粗加工操作，通常需要这样做。",
|
||
ou_z1st_s: "首次Z最大值",
|
||
ou_z1st_l: "作业中的第一次移动将是到Z最大值（坯料上方的移动距离）",
|
||
ou_feng_s: "啮合系数",
|
||
ou_feng_l: "当立铣刀在新切削中完全啮合时的速度缩放（0.1-1）。当立铣刀啮合不足时，步进切削相对于输出速度以系数1运行。通常这与粗加工或任何带步进的操作有关。",
|
||
ou_eang_s: "缓降角度",
|
||
ou_eang_l: "缓降的下降角度（度）",
|
||
|
||
// CAM 坯料
|
||
cs_menu: "坯料",
|
||
cs_wdth_s: "宽度",
|
||
cs_wdth_l: ["宽度(x)（工作区单位）","0默认为零件尺寸"],
|
||
cs_dpth_s: "深度",
|
||
cs_dpth_l: ["深度(y)（工作区单位）","0默认为零件尺寸"],
|
||
cs_hght_s: "高度",
|
||
cs_hght_l: ["高度(z)（工作区单位）","0默认为零件尺寸"],
|
||
cs_offs_s: "偏移",
|
||
cs_offs_l: ["将宽度、深度、高度","用作距平台上","最大零件尺寸的偏移"],
|
||
cs_clip_s: "裁剪到",
|
||
cs_clip_l: ["粗加工和轮廓","将切削路径裁剪","到定义的坯料"],
|
||
cs_ishg_s: "显示网格",
|
||
cs_ishg_l: ["在索引模式下显示平台网格"],
|
||
cs_indx_s: "索引",
|
||
cs_indx_l: ["坯料安装到旋转分度器"],
|
||
cs_offe_s: "启用",
|
||
cs_offe_l: "启用铣削坯料",
|
||
|
||
// 原点（CAM和激光）
|
||
or_bnds_s: "原点边界",
|
||
or_bnds_l: ["原点相对于","所有对象的边界"],
|
||
or_cntr_s: "原点中心",
|
||
or_cntr_l: "原点从中心引用",
|
||
or_topp_s: "原点顶部",
|
||
or_topp_l: "原点从对象顶部引用",
|
||
or_offx_s: "原点X偏移",
|
||
or_offx_l: "原点X偏移",
|
||
or_offy_s: "原点Y偏移",
|
||
or_offy_l: "原点Y偏移",
|
||
|
||
// CAM 原点
|
||
or_menu: "原点",
|
||
co_offx_s: "X偏移",
|
||
co_offx_l: ["沿X轴偏移原点","单位：工作区单位"],
|
||
co_offy_s: "Y偏移",
|
||
co_offt_l: ["沿Y轴偏移原点","单位：工作区单位"],
|
||
co_offz_s: "Z偏移",
|
||
co_offz_l: ["沿Z轴偏移原点","单位：工作区单位"],
|
||
|
||
// FDM 高级
|
||
ad_menu: "专家",
|
||
ad_rdst_s: "回抽距离",
|
||
ad_rdst_l: ["长移动时回抽","耗材的量。单位：毫米"],
|
||
ad_rrat_s: "回抽速度",
|
||
ad_rrat_l: ["耗材回抽速度","单位：毫米/秒"],
|
||
ad_rdwl_s: "啮合驻留",
|
||
ad_wpln_s: "回抽擦拭",
|
||
ad_wpln_l: ["回抽后的","非打印移动","单位：毫米"],
|
||
ad_rdwl_l: ["重新啮合耗材","与移动之间的时间","单位：毫秒"],
|
||
ad_scst_s: "外壳滑行",
|
||
ad_scst_l: ["周边外壳的","非打印结束","单位：毫米"],
|
||
ad_msol_s: "区域过滤器",
|
||
ad_msol_l: ["最小面积（平方毫米）","小于此值的桥接和平面将被剔除"],
|
||
ad_mins_s: "最小速度",
|
||
ad_mins_l: ["短段的","最小速度"],
|
||
ad_maxf_s: "最大流速",
|
||
ad_maxf_l: ["此打印头和耗材支持的最大体积流速","单位：立方毫米/秒"],
|
||
ad_scar_s: "斜接长度",
|
||
ad_scar_l: ["斜接的缓升长度。禁用弧检测","0 = 禁用"],
|
||
ad_spol_s: "短路径",
|
||
ad_spol_l: ["短于此值的多边形","将其打印速度","缩放到最小速度","单位：毫米"],
|
||
ad_arct_s: "弧公差",
|
||
ad_arct_l: ["将刻面线转换为弧","匹配弧点时的","中心点漂移公差","考虑0.15左右的值","单位：毫米","0或斜接禁用此功能"],
|
||
ad_zhop_s: "Z跳跃距离",
|
||
ad_zhop_l: ["回抽移动时","抬高Z的量","单位：毫米","0表示禁用"],
|
||
ad_abkl_s: "防反冲",
|
||
ad_abkl_l: ["为了更好的平面表面效果","使用微移动来抵消","实体层输出中的反冲","单位：毫米","0表示禁用","如果您的固件有M425","将其放入gcode头部","并将此值保留为0"],
|
||
ad_lbir_s: "传送带优先",
|
||
ad_lbir_l: ["始终在任何其他外壳之前打印接触传送带的外壳。基于广泛测试，这不再是推荐设置。"],
|
||
ad_altr_s: "交替",
|
||
ad_altr_l: ["交替外壳绕组顺序","顺时针/逆时针","可能减少薄区域的翘曲","并有助于传送带边缘附着"],
|
||
ad_zint_s: "交错Z",
|
||
ad_zint_l: ["用奇数层外壳交错Z高度"],
|
||
ad_lret_s: "强制回抽",
|
||
ad_lret_l: ["强制层之间回抽耗材"],
|
||
ad_agap_s: "避开间隙",
|
||
ad_agap_l: ["尽可能绕过间隙","而不是执行回抽"],
|
||
ad_play_s: "抛光层",
|
||
ad_play_l: ["一次抛光最多","指定数量的层"],
|
||
ad_pspd_s: "抛光速度",
|
||
ad_pspd_l: ["抛光速度","单位：毫米/秒"],
|
||
ad_purg_s: "清洗塔",
|
||
ad_purg_l: ["多挤出机设置的","清洗塔面积（平方毫米）","0 = 禁用"],
|
||
|
||
// CAM 专家
|
||
cx_fast_s: "跳过阴影",
|
||
cx_fast_l: ["禁用悬垂检测","对于复杂模型可能更快","并使用更少内存","但对悬垂会失败","如果切片在阴影期间","挂起，请尝试启用"],
|
||
cx_true_s: "真实阴影",
|
||
cx_true_l: ["计算正确的阴影","会更慢但为","复杂零件产生更好的切削"],
|
||
cx_arce_s: "弧输出",
|
||
cx_arce_l: ["实验性：启用路径到弧转换"],
|
||
cx_arct_s: "弧公差",
|
||
cx_arct_l: ["将圆形路径转换为弧;","匹配弧点时的","中心点漂移公差","考虑0.15左右的值","单位：毫米，或0.006英寸;","高值可能导致","意外行为","0表示禁用"],
|
||
cx_arcr_s: "弧分辨率",
|
||
cx_arcr_l: ["弧中可接受的","线方向变化","考虑5左右的值","高值可能导致","意外行为",],
|
||
|
||
// FDM GCODE
|
||
ag_menu: "gcode",
|
||
ag_nozl_s: "喷嘴",
|
||
ag_nozl_l: "选择输出喷嘴或打印头",
|
||
ag_peel_s: "剥离保护",
|
||
ag_peel_l: ["从此传送带Z位置开始","定期将打印件滚离","并滚回传送带以松开","并防止滚动偏移"],
|
||
// ag_paws_s: "暂停层",
|
||
// ag_paws_l: ["逗号分隔的层列表","在这些层之前注入暂停命令"],
|
||
// ag_loop_s: "循环层",
|
||
// ag_loop_l: ["要重复的层范围，格式为","首层-末层-次数,首层-末层-次数,...","省略次数 = 1"],
|
||
ag_loop_s: "循环次数",
|
||
ag_loop_l: ["重复选定范围的次数","或如果没有范围则为","整个打印"],
|
||
|
||
// SLA 菜单
|
||
sa_menu: "切片",
|
||
sa_lahe_s: "层高",
|
||
sa_lahe_l: ["层高","单位：毫米"],
|
||
sa_shel_s: "空心外壳",
|
||
sa_shel_l: ["外壳厚度（毫米）","使用层高的倍数","0表示实心（禁用）"],
|
||
sa_otop_s: "顶部开口",
|
||
sa_otop_l: ["如果启用外壳","结果是顶部开口"],
|
||
sa_obas_s: "底部开口",
|
||
sa_obas_l: ["如果启用外壳","结果是底部开口","支撑时禁用"],
|
||
|
||
sa_layr_m: "层",
|
||
sa_lton_s: "光照时间",
|
||
sa_lton_l: ["层光照","时间（秒）"],
|
||
sa_ltof_s: "光熄时间",
|
||
sa_ltof_l: ["层光熄","时间（秒）"],
|
||
sa_pldi_s: "剥离距离",
|
||
sa_pldi_l: ["剥离距离","单位：毫米"],
|
||
sa_pllr_s: "剥离提升速度",
|
||
sa_pllr_l: ["剥离提升速度","单位：毫米/秒"],
|
||
sa_pldr_s: "剥离下降速度",
|
||
sa_pldr_l: ["剥离下降速度","单位：毫米/秒"],
|
||
|
||
sa_base_m: "基础",
|
||
sa_balc_s: "层数",
|
||
sa_balc_l: ["基础层数"],
|
||
sa_bltn_l: ["基础层光照","时间（秒）"],
|
||
sa_bltf_l: ["基础层光熄","时间（秒）"],
|
||
|
||
sa_infl_m: "填充",
|
||
sa_ifdn_s: "密度",
|
||
sa_ifdn_l: ["填充百分比","需要外壳","0 = 禁用","有效范围0.0 - 1.0"],
|
||
sa_iflw_s: "线宽",
|
||
sa_iflw_l: ["阴影线宽","单位：毫米"],
|
||
|
||
sa_supp_m: "支撑",
|
||
sa_slyr_s: "基础层",
|
||
sa_slyr_l: ["基础支撑层","值范围0-10"],
|
||
sa_slgp_s: "间隙层",
|
||
sa_slgp_l: ["底座与对象底部","之间的层数"],
|
||
sa_sldn_s: "密度",
|
||
sa_sldn_l: ["用于计算","支撑柱数量","0.0-1.0（0 = 禁用）"],
|
||
sa_slsz_s: "尺寸",
|
||
sa_slsz_l: ["支撑柱的","最大尺寸","单位：毫米"],
|
||
sa_slpt_s: "点",
|
||
sa_slpt_l: ["每个支撑柱中的","点数","单位：毫米"],
|
||
sl_slen_l: "启用支撑",
|
||
|
||
sa_outp_m: "输出",
|
||
sa_opzo_s: "Z偏移",
|
||
sa_opzo_l: ["Z层偏移","几乎总是0.0","0.0-1.0（毫米）"],
|
||
sa_opaa_s: "抗锯齿",
|
||
sa_opaa_l: ["启用抗锯齿","产生更大的文件","可能模糊细节"],
|
||
|
||
// EXPORT DIALOG
|
||
ex_job: "任务",
|
||
ex_fnam: "文件名",
|
||
ex_fsiz: "文件大小 (字节)",
|
||
ex_time: "时间估计 (h:m:s)",
|
||
ex_matl: "材料",
|
||
ex_dens: "材料密度 (g/cm^3)",
|
||
ex_fuse: "已用材料 (mm)",
|
||
ex_wght: "打印重量 (g)",
|
||
ex_gcpv: "G代码预览",
|
||
ex_dwnl: "下载",
|
||
ex_bamb: "发送到拓竹",
|
||
ex_octo: "OctoPrint",
|
||
ex_host: "主机",
|
||
ex_akey: "密钥",
|
||
ex_rsnm: "树脂用量 ML",
|
||
ex_layr: "层数",
|
||
ex_ptim: "打印时间",
|
||
ex_segs: "段数"
|
||
};
|