控制面板软件说明书sw

新增功能SOLIDWORKS 2020/Visualize内容法律声明 (11)1欢迎使用SOLIDWORKS2020 (14)主要增强功能 (15)新增功能视频 (16)性能改进 (17)SPR修复 (18)详情 (19)2用户界面 (20)标注 (20)使用鼠标绘制标注 (22)导出多个标注 (22)标注预览 (22)CommandManager菜单的更改 (23)以不同语言显示特征名称 (23)将多个连续特征拖动到文件夹中 (24)用于工具栏的增强型大型工具提示 (24)文件类型列表 (25)搜索材料 (25)触摸模式 (25)故障排除增强功能 (26)更新的帮助菜单 (27)查看最近文件 (27)“欢迎”对话框 (28)3SOLIDWORKS基础知识 (29)3D打印 (29)检查3D打印机大小 (29)3MF导出的切片数据 (30)打开文档 (32)改善从早前版本打开和保存文件时的性能 (32)从文件资源管理器或PDM库视图打开模式 (32)简化的打开选项 (33)应用程序编程接口 (33)系统选项和文档属性更改 (34)保存副本时关闭文档 (35)选择集 (36)将选择添加到选择集 (36)更新选择集中的实体 (36)指定视图方向的上方向轴 (36)4安装 (38)改进的安装管理程序下载性能 (38)安装3DEXPERIENCE Marketplace附加 (38)安装3DEXPERIENCE插件 (39)安装SOLIDWORKS PCB Viewer (39)在不安装Toolbox数据的情况下安装Toolbox软件 (40)SOLIDWORKS文件实用程序替换SOLIDWORKS Explorer (40)测试推送部署的设置 (40)5管理 (42)使用SolidNetWork许可选择SOLIDWORKS Simulation许可 (42)SOLIDWORKS CEF子流程 (43)SOLIDWORKS Rx支持SOLIDWORKS Composer和SOLIDWORKS Electrical (43)指定支持信息 (44)6装配体 (45)封套发布程序 (45)为子装配体创建封套 (46)查看封套 (47)封套发布程序PropertyManager (47)柔性零部件 (48)添加柔性零部件 (49)编辑柔性零部件的外部参考 (51)激活柔性零部件PropertyManager (51)配合 (52)宽度配合的反转对齐 (52)“快速配合”上下文工具栏 (52)阵列 (53)具有可变实例的零部件阵列 (53)镜向零部件PropertyManager (55)阵列驱动的零部件阵列 (59)大型设计审阅 (61)在大型设计审阅模式下创建和编辑零部件阵列 (61)在大型设计审阅中创建参考几何图形的配合 (62)爆炸视图 (63)爆炸视图中的自动调整零部件间距 (63)重复使用多实体零件爆炸 (64)外部参考选项 (65)隔离干涉 (65)修改Toolbox零部件的配置 (66)装配体的性能改进 (66)使用配置子集另存为副本 (66)7SOLIDWORKS CAM (67)自定义设置 (67)探测例程 (67)薄片切割 (68)锥形多点螺纹工具 (68)通用支柱生成器 (68)8SOLIDWORKS Composer (69)SOLIDWORKS Composer (69)360度捕获 (69)注解的基本附加类型 (69)BOM ID标注 (69)标注的指数形状 (70)从SOLIDWORKS文件导入外观 (70)从SOLIDWORKS文件导入爆炸视图、已保存视图和已命名视图 (70)线性箭头的嵌入文本 (70)动画库模板的只读模式增强功能 (70)支持MP4动画格式 (71)断开外部装配体链接之前的警告消息 (71)SOLIDWORKS Composer Sync (71)从SOLIDWORKS文件导入外观 (71)从SOLIDWORKS文件导入爆炸视图、已保存视图和已命名视图 (71)9出详图和工程图 (72)工程图图纸和视图的自定义比例 (72)为工程图图纸设置自定义比例 (72)为工程图视图设置自定义比例 (73)修改可用比例列表 (74)链尺寸 (74)交替位置视图 (76)出详图模式 (78)在“出详图”模式下打开工程图 (79)工程图中的渲染管道 (80)孔标注 (80)在剖面视图中添加孔标注 (80)将“全部大写”应用于尺寸和孔标注 (81)注解 (82)标识注解 (82)图纸格式上的符号 (82)装饰螺纹线 (82)为非异型孔向导孔添加标注 (82)为外部螺纹线添加标注 (83)简化标注 (84)为工程图创建标注 (85)设计库 (85)尺寸标注 (86)标注基准目标尺寸 (86)缩短的尺寸 (86)默认情况下将子视图链接到父视图 (87)保存新工程图的位置 (87)工程图性能改进 (87)10eDrawings (88)虚拟现实 (88)品质 (91)3DEXPERIENCE Marketplace中的制造模型|Make (92)支持配置特定$PRPSHEET属性 (92)3D视图中的文本比例 (93)SOLIDWORKS工程图支持 (93)eDrawings性能 (93)11SOLIDWORKS Electrical (94)引线 (94)文本引线 (95)块引线 (96)引线样式管理器 (97)最小折弯半径和折弯系数 (98)工程查看程序 (98)重新导入电线、电缆和线束的电气数据 (100)行和列的报告增强功能 (100)报告中的行高 (100)报告中的行号列 (101)用户权限管理器 (101)存档环境 (101)特征网格 (102)用户配置文件自定义 (102)12SOLIDWORKS Flow Simulation (103)海拔 (103)风扇降额 (103)公式依赖关系中的逻辑表达式 (104)13SOLIDWORKS3D Interconnect (105)导入DXF和DWG文件 (105)导入IFC文件 (105)将CAD文件插入到活动的SOLIDWORKS文件 (106)14SOLIDWORKS Manage (107)流程管理增强功能 (108)添加相关记录 (108)创建子流程 (108)项目管理增强功能 (109)项目甘特图 (109)能力和要求仪表板 (109)看板查阅器和完整Web客户端 (110)任务模板 (111)与Microsoft Outlook集成 (111)对象注释 (111)添加对象注释 (112)查看对象注释 (112)向流程阶段添加条件 (112)BOM编辑 (112)“PDM选项”选项卡 (113)编辑项目任务主题 (114)BOM比较工具的导出功能 (114)移至流程 (115)自定义过程 (115)在工作流程设计器中查看隐藏控件 (115)非活动配置零件编号 (115)记录的主要用户界面控件 (115)自定义受影响项目列表 (115)流程任务分派控件 (116)复制BOM的手动数量 (116)15SOLIDWORKS MBD (117)注解文件夹 (117)3D PMI比较 (118)DimXpert (118)注解名称格式 (118)管道螺纹和复合孔 (119)16模型显示 (120)几何体比较 (120)比较几何体 (120)实体比较PropertyManager (122)17零件和特征 (124)图形网格和网格BREP实体 (124)添加坐标轴、参考轴和参考基准面 (124)抽取图形网格实体 (126)扩展了对以下特征中网格BREP实体的支持 (132)孔 (133)定义孔直至端部的深度或直至肩部的深度 (133)异型孔向导 (133)修复圆角和倒角的缺失参考 (134)曲面 (136)创建不带故障面的等距曲面 (136)指定加厚方向 (138)18SOLIDWORKS PCB (142)重复标号 (142)与SOLIDWORKS PDM集成 (142)SOLIDWORKS PCB中的刚性-柔性支持 (143)19SOLIDWORKS PDM (144)定义子参考状态条件 (144)搜索用户界面 (145)可自定义变量-新变量列表对话框 (146)使用快速搜索 (147)SOLIDWORKS PDM性能改进 (148)改善浏览性能 (148)SOLIDWORKS PDM插件的性能改进 (148)Web2增强功能 (149)Web2中的“材料明细表”选项卡 (149)历史记录选项卡 (152)要在Web2中下载的文件列表 (152)在搜索中使用AND、OR和NOT运算符 (154)在多个变量中搜索 (157)创建搜索卡以在多个变量中搜索 (158)可调整大小的对话框 (159)从Windows资源管理器注销 (159)对搜索结果中的列重新排序 (159)在打印任务中缩放纸张大小 (159)过渡文件时警告用户 (160)20SOLIDWORKS Plastics (161)冷却液输入边界条件 (161)从变形形状生成实体 (161)域节点 (162)增强的实体网格（自动）工作流程 (162)简化的网格创建 (162)流体、保压和冷却分析的增强功能 (163)基于几何体的边界条件 (163)旧Plastics仿真算例 (164)材料库更新 (164)3D ContentCentral中的塑料材料数据库 (166)Plastics教程 (167)算例创建和管理 (167)虚拟模具设计 (167)21线路设计 (169)平展线路中的3D线路更改 (169)电气覆盖层的颜色 (169)接头块 (170)创建多个连接点 (170)平展线路的长度引线 (171)制造样式平展线路 (171)电缆和电线的质量和密度 (172)最小折弯半径 (172)管道工程图 (173)重新导入电气数据 (173)显示/隐藏平展线路项目 (173)不带零部件的接头 (174)透明覆盖层 (175)22钣金 (176)转换到钣金 (176)薄片和槽口 (176)23SOLIDWORKS Simulation (177)折叠仿真树文件夹 (177)用于销钉和螺栓的分布式耦合 (178)草稿和高品质网格定义 (180)非线性算例的自由几何体力 (181)结果和模型文件之间的链接 (182)修复已损坏的算例 (183)Simulation Evaluator (183)仿真性能改进 (183)中侧节点处的应力平均值 (184)横梁的热载荷 (184)24草图绘制 (187)应用扭转连续性关系 (187)草图中的基准尺寸和链尺寸 (189)将2D DXF或DWG文件导入为参考草图 (189)超级修改工具 (189)侧影轮廓实体 (191)创建侧影轮廓实体 (192)侧影轮廓实体PropertyManager (193)25SOLIDWORKS Visualize (194)AMD ProRender集成 (194)AxF测量材料 (194)AR和VR的glTF导出 (195)IES光源轮廓 (195)查找IES光源轮廓 (195)向场景中添加IES轮廓光源 (195)内联渲染 (196)实例化 (197)MDL支持 (197)NVIDIA RTX支持 (198)高分辨率显示的缩放 (198)SOLIDWORKS PDM集成 (198)26结构系统和焊件 (200)基于点创建主构件的选项 (200)指定构件轮廓 (201)根据点和长度创建主构件 (201)在点之间创建主构件 (202)根据成形到点创建主构件 (202)根据方向创建主构件 (203)创建弯横梁和合并相切构件 (204)分割构件 (204)阵列和镜向支持 (206)创建结构系统特征的线性阵列 (206)将结构系统特征添加到现有特征 (208)构件和边角剪裁增强功能 (209)焊件和结构系统特征的切割清单属性 (210)法律声明©1995-2019,Dassault Systemes SolidWorks Corporation属于Dassault Systèmes SE公司，该公司位于175Wyman Street,Waltham,Mass.02451USA。

SOLIDWORKS 2011內容新增功能：SolidWorks2011重點提示 (ix)法律注意事項 (11)1使用者介面 (13)SolidWorks搜尋 (13)在標準工具列上的另存新檔與檔案屬性的按鈕 (13)PropertyManager圖示 (13)錯誤報告 (13)2SolidWorks基礎知識 (15)應用程式設計介面 (15)隨身攜帶 (16)文件 (16)新的學習單元 (16)Toolbox管理概要 (16)33D ContentCentral (17)Defeature工具 (17)Configuration Publisher (17)3D ContentCentral供應商 (17)4管理 (19)將檔案轉換為SolidWorks2011 (19)安裝改進 (19)SolidWorks Rx (20)診斷 (20)可用性與工作流程改進 (21)硬體基準 (21)圖形顯示卡健康狀況檢視器 (21)5組合件 (23)組合件特徵 (23)圓角和導角 (23)熔珠 (23)組合件視覺化 (24)適用於組合件的Defeature (24)Defeature-步驟1：零組件 (25)Defeature-步驟2：動作 (26)Defeature-步驟3：保持 (26)Defeature-步驟4：移除 (27)Defeature-完成特徵移除 (28)數學關係式 (28)干涉檢查 (29)忽略隱藏的本體 (29)品質和性能 (29)結合 (29)取代結合圖元 (29)動作中的結合 (29)重新計算報告 (29)SpeedPak (30)6CircuitWorks (31)零組件方位的使用者定義座標 (31)使用者介面的改善 (33)工作流程改進 (33)比較電路板 (33)輸出為PADS PowerPCB格式 (34)7模型組態 (35)Configuration Publisher (35)3D ContentCentral (35)父子關係(Parent/Child Relationships) (36)修改模型組態 (36)參數 (36)SpeedPak (36)8Design Checker (37)自SolidWorks檔案的Design Checker標準 (37)檔案位置檢查 (37)尺寸精度檢查 (38)特徵定位檢查 (38)標準範本檢查 (38)Design Checker報告 (38)工作排程器的摘要報告 (38)在Enterprise PDM的Design Checker工作 (38)9DFMXpress (39)射出模型成形 (39)執行射出成型檢查 (39)10工程圖和尺寸細目 (40)尺寸調色盤的對正選項 (40)自動排列尺寸 (45)使用自動排列尺寸 (45)鈑金的邊界方塊 (46)工程圖中的除料清單屬性 (48)組合件工程圖中的中心符號線 (48)裝飾螺紋線 (49)顯示正交視圖的比例 (49)工程圖圖頁格式 (50)導角的雙重單位尺寸 (50)工程視圖中的隱藏本體 (50)隱藏本體 (50)顯示本體 (51)鑽孔表格 (51)標籤 (51)雙重單位支援 (51)在表格中合併和不合併儲存格 (52)註解 (52)調整文字於註解內 (52)複製排列註解 (52)顯示尺寸單位 (53)在組合件工程圖中顯示模型色彩 (54)GB草稿標準 (54)ANSI草稿標準 (54)基準特徵符號 (55)幾何公差符號 (56)3D工程視圖 (56)11DriveWorksXpress (58)工作窗格介面 (58)12eDrawings (59)顯示增強功能 (59)檔案同步化 (59)三合一操控 (59)根據零組件名稱進行過濾 (59)Native64-Bit支援 (60)13Enterprise PDM (61)檔案Explorer和SolidWorks附加程式 (61)Enterprise PDM功能表 (61)擴展的搜尋功能 (63)擴充的檔案開啟功能 (63)更新斷開的檔案參考 (64)儲存eDrawings標示檔案 (64)從冷藏中回復檔案 (64)產生子功能表 (65)Collecting Support Information (65)Group Import from Active Directory (66)3DVIA Composer檔案格式支援 (66)Design Checker驗證 (67)Aliases in Card Lists (68)Arithmetic and String Functions in Input Formulas (69)匯出的工作流程連結 (70)與檔案類型相關的工程圖類型 (70)API (71)將指令新增至子功能表 (71)使用附加程式以定義品項Explorer功能表指令 (71)使用API更新BOM數量 (71)安裝 (71)SQL-DMO驅動程式 (71)14Flow Simulation (72)電子冷卻模組 (72)HVAC設計 (72)15輸入/輸出 (74)輸出.IFC檔案 (74)DXF/DWG匯入精靈 (74)從.DWG or.DXF檔案匯入圖層 (74)定義在.DWG或.DXF匯入上的草圖原點和方位 (74)過濾在.DWG或.DXF匯入上的草圖圖元 (75).DWG或.DXF匯入後修復草圖 (75)匯出鈑金零件至DXF或DWG檔案 (75)匯出邊界方塊 (75)輸出彎折線方向 (76)16大規模設計 (77)排練預演 (77)輸出.IFC檔案 (78)網格線系統 (79)17模型顯示 (80)DisplayManager (80)外觀 (80)光源 (81)全景 (82)移畫印花 (83)PhotoView360 (83)PhotoView整合式預覽 (83)PhotoView預覽視窗 (84)動作 (84)64位元的電腦上的PhotoView支援 (84)外觀操作和計算模型影像操作 (84)學習DisplayManager (85)新增和編輯外觀 (85)新增移畫印花 (87)變更模型上的其他外觀 (87)準備計算影像：操作使用光源與全景 (88)執行最終的影像計算 (88)18模具設計 (90)產生零件曲面的手動模式 (90)19動作研究 (91)力與動力函數的函數產生器 (91)使用者介面變更 (92)反射負載慣量和反射負載質量 (92)線性聯結器的參考零組件 (92)沿路徑的動作 (92)20零件和特徵 (94)零件 (94)零件的Defeature (94)數學關係式 (94)整體變數 (99)特徵 (100)螺旋曲線 (100)旋轉 (101)比例 (101)曲面 (102)從2D或3D面曲面伸長 (102)為伸長曲面加蓋 (107)FeatureWorks (108)填料與除料辨識 (108)拔模特徵的自動辨識 (110)自動辨識特徵期間合併類似特徵 (111)21線路設計 (112)Routing Library Manager (112)沿現有幾何的路線 (113)熔接縫隙 (113)自動縮放大小 (114)移動和旋轉接頭 (114)P&ID輸入 (114)P&ID報告 (115)在隔離顯示中的線路設計選項 (115)22鈑金 (117)彎折計算表格 (117)轉換為鈑金 (117)平板型式 (119)在模型組態的K-Factor (119)匯出至DXF/DWG檔案時對應彎折方向 (119)鏡射邊線凸緣和斜接凸緣 (119)鈑金屬性 (120)標籤特徵和邊線凸緣的複製排列 (120)23Simulation (122)新Simulation研究 (122)新2D簡化研究(Professional) (122)新回應譜分析研究(Premium) (131)介面 (135)本體組織 (135)過濾Simulation研究樹狀結構 (136)Simulation研究的顯示增強功能 (137)Simulation符號的顯示 (137)輸入欄位的表達式 (137)薄殼 (137)薄殼偏移 (137)在複材的疊層方位(Premium) (138)複合堆疊資訊(Premium) (139)橫樑 (140)橫樑的不均勻與部分負載 (140)錐形樑 (141)連接器 (141)邊線熔接的歐洲標準(Professional) (141)聯絡 (142)簡化結合的自動選項 (142)網格 (142)網格增強 (142)非線性研究 (142)提升非線性固定物的精確度(Premium) (142)結果 (143)非線性繪圖(Premium) (143)熱功率和熱能 (143)清單結果表格的相互作用 (143)探查標註增強功能 (143)暫態研究的感測器 (145)研究報告 (145)24草圖繪製 (147)網格線系統 (147)25Sustainability (149)新支援區域 (149)自訂材質的Sustainability連結 (149)26SolidWorks Utilities (150)對稱檢查公用程式 (150)搜尋/修改/抑制特徵選取 (151)27Toolbox (152)使用參考的Toolbox零組件來開啟模型 (152)GB標準齒輪 (152)28熔接 (153)除料清單 (153)除料清單圖示 (153)重新排序以及排除除料清單項次 (153)熔珠 (153)熔珠顯示 (154)組合件中的熔珠 (154)工程圖中的熔接支撐 (158)熔接符號 (158)熔接表格 (158)新增功能：SolidWorks2011重點提示SolidWorks®2011包括許多增強和改進，大多數是對客戶要求的直接回應。

OBJECTIVESOLIDWORKS® Visualize enables anyone to create professional, photo-quality images, animations and other 3D content in the fastest and easiest way possible, enabling designers, engineers and content creators to enhance their 3D decision making experience. Users will design and market products with more impact by turning imagination into reality with SOLIDWORKS Visualize as the “camera” for their CAD data.OVERVIEWSOLIDWORKS Visualize helps organizations and nontechnical users leverage 3D CAD data to create photo-quality marketing content that is print and web-ready in minutes. From static images to animations, interactive web content and immersive Virtual Reality (VR), SOLIDWORKS Visualize delivers graphical content that depicts products in the real world and elevates the design process.By improving concepts throughout the design, development and marketing phases, SOLIDWORKS Visualize help users select, validate, improve and sell the best and most robust design concepts before committing expensive engineering, prototyping and marketing resources to the project. It helps reduce errors and ensure that products get to market faster than ever before.BENEFITS• See what your products look like in the real world—in seconds.• Improve internal design, engineering and sales reviews.• Reduce the cost and number of physical prototypes.• Make more educated decisions earlier in the development process, saving valuable time and money.• Create immersive VR content for enhanced internal reviews and viral consumer experiences.• Picture-perfect content allows your design pitch to stand out from the crowd and close more business.• Create content faster and more efficiently with integrated productivity tools.• Deliver photo-quality imagery and content to marketing teams much earlier to help create final marketing layouts, well before the first prototype is produced.• Maximize design time, achieve a better final product and get products to market faster—beating your PETITIVE ADVANTAGESGraphics Processing Unit (GPU) Accelerated RenderingSOLIDWORKS Visualize can leverage one or many GPUs in a single machine or across a network, which dramatically increases rendering performance over CPU hardware. Utilizing NVIDIA® graphics cards for rendering is much faster than competitor CPU technology and helps users speed up their daily workflow, generating more content. Artificial Intelligence (AI) Denoiser SOLIDWORKS Visualize uses Artificial Intelligence to decipher and eliminate noise from your renders with a single checkbox. The result is a dramatic 10x faster render speed increase! Use this 10x increase for final renders and to prepare Visualize projects faster than ever before. Physically Based RaytracingUsing NVIDIA’s Iray® render engine inside of SOLIDWORKS Visualize, users view a precise and physically correct representation of their CAD model, as if they had physically produced it. Lighting, materials and form all come together realistically without sacrificing visual quality. Physically-based raytracing is more than just pretty pictures—it is critical digital accuracy that shows what designs will look like in the real world.Intuitive User InterfaceSOLIDWORKS Visualize lets users work like they would in a photo studio, moving the camera around their product and easily “taking pictures” of their CAD data. SOLIDWORKS Visualize’s interface, with integrated viewport and its lack of complex node-based materials, is designed for those who do not have time to learn a complex new tool.Our 3D EXPERIENCE® platform powers our brand applications, serving 12 industries, and provides a rich portfolio of industry solution experiences.Dassault Syst èmes, t he 3D EXPERIENCE® Company, provides business and people wit h virt ual universes t o imagine sust ainable innovat ions. It s world-leading solut ions t ransform t he way product s are designed, produced, and supported. Dassault Systèmes’ collaborat ive solut ions foster social innovation, expanding possibilities for the virtual world to improve the real world. The group brings value to over 220,000 customers of all sizes in all industries in more than 140 countries. For more information, visit .Europe/Middle East/Africa Dassault Systèmes10, rue Marcel Dassault CS 4050178946 Vélizy-Villacoublay Cedex France AmericasDassault Systèmes 175 Wyman StreetWaltham, Massachusetts 02451-1223USA Asia-PacificDassault Systèmes K.K.ThinkPark Tower2-1-1 Osaki, Shinagawa-ku,Tokyo 141-6020Japan©2018 D a s s a u l t S y s t èm e s . A l l r i g h t s r e s e r v e d . 3D E X P E R I E N C E ®, t h e C o m p a s s i c o n , t h e 3D S l o g o , C A T I A , S O L I D W O R K S , E N O V I A , D E L M I A , S I M U L I A , G E O V I A , E X A L E A D , 3D V I A , B I O V I A , N E T V I B E S , I F W E a n d 3D E X C I T E a r e c o m m e r c i a l t r a d e m a r k s o r r e g i s t e r e d t r a d e m a r k s o f D a s s a u l t S y s t èm e s , a F r e n c h “s o c i ét é e u r o p ée n n e ” (V e r s a i l l e s C o m m e r c i a l R e g i s t e r # B 322 306 440), o r i t s s u b s i d i a r i e s i n t h e U n i t e d S t a t e s a n d /o r o t h e r c o u n t r i e s . A l l o t h e r t r a d e m a r k s a r e o w n e d b y t h e i r r e s p e c t i v e o w n e r s . U s e o f a n y D a s s a u l t S y s t èm e s o r i t s s u b s i d i a r i e s t r a d e m a r k s i s s u b j e c t t o t h e i r e x p r e s s w r i t t e n a p p r o v a l .Support for 25+ CAD File FormatsNo matter what CAD package companies use to model theirprojects, SOLIDWORKS Visualize has them covered. Users canimport over 25 different CAD file formats, including commongeneric formats such as IGES, STEP and OBJ. They can choosefrom several Part Grouping types upon import, making iteasier than ever to go from fresh import to final render.CAPABILITIESSOLIDWORKS Visualize Standard SOLIDWORKS Visualize Standard is the fastest and easiest route to photo-quality images for anyone who needs to take “photos” of their 3D data, cutting costs and accelerating the time to market.• Create photo-quality images at unlimited resolution• Advanced multi-layer materials• Accurate simulation of real-world lighting with High Dynamic Range (HDR) support, for photorealism withoutcumbersome manual lighting techniques• Show off inner complexity with cut planes (section views)and fading the opacity of parts and models• Support for real-world measured materials (NVIDIA MDLand PBR)• Integrated connection to the SOLIDWORKS online Community of over 1000 free assets• Decals (interactive stickers) support and real-life placement• Support for professional texture maps (bump/normal,specular, alpha and color)• Interactive part splitter for separating surfaces without going back to CAD modeling tool• Integrated Automatic Data Recovery to minimize any lossof work • Preset camera filters to enhance images and make them pop off the screen • SOLIDWORKS Visualize Standard is included at no cost with each active SOLIDWORKS CAD Professional or Premium subscription!SOLIDWORKS Visualize Professional SOLIDWORKS Visualize Professional allows users to tell a deeper story with their CAD data by generating photo-quality imagery, animations, interactive web content, 360-degree spins and immersive Virtual Reality (VR) to effectively communicate the most complex design details.• Reduce scene setup time with integrated Physics Engine while adding natural touches • Advanced Vehicle Driving Simulator to create life-like driving footage and dramatic images • PowerBoost real-time network rendering: stream raytracing directly to your viewport from your Visualize Boost render farm • Full animation suite: parts, models, appearances, environments and cameras• Integrated animation ribbon for easy camera animation setup• Rapidly generate colorways and product variations by using configurations • Import Video Decals for LED screen animation playback • Two types of interactive web content (interactive image and panoramas)• Instantly increase productivity with the integrated render queue • Create immersive 360-VRs (Virtual Reality) images andanimations for playback on HMDs and smartphones • Customizable camera filters and post-processing • Integrated advanced lighting techniques of Sun & Sky and Sun studies • Customizable Area Lights and easy click-to-position interactivity • Present photo-quality designs in real-time with PresentationMode and adjustable baked lighting SOLIDWORKS Visualize Boost (Add-on to VisualizeProfessional)SOLIDWORKS Visualize Boost instantly increases render speedand content productivity by sending render jobs to a dedicated cluster of machines.• One seat of Visualize Boost is included at no cost with each seat of Visualize Professional on active Subscription!• Stack up multiple render jobs in your Render Queue and offload your local machine, to keep using Visualize, CAD or other demanding applications.• Create and manage your Visualize Boost render farm froman easy-to-use webpage.• Leverage both CPUs and GPUs across your network.。

目标SOLIDWORKS® Composer 是一种 3D 工具，它可以重用 3D 工程数据来创建图形内容，用于在技术交流中解释流程和步骤。

此内容包括制造装配说明、产品手册、安装说明、服务手册、培训材料、营销宣传册和销售投标书。

概述SOLIDWORKS Composer 工具可用于创建交流媒介，例如装配说明、零件清单和演示媒体。

其格式可能是交互式 HTML、动画、光栅或矢量线图。

SOLIDWORKS 或其他 CAD 数据可以被导入 SOLIDWORKS Composer 并排列在视图中，此视图是不同方位中的数据快照和相应显示或隐藏的零件装配体状态。

由于 SOLIDWORKS Composer 具有关联性，因此您对CAD 模型做的任何更改都会自动更新到您的技术交流内容中。

您能够以前所未有的速度将产品推向市场，同时确保文档具有高质量和精确性。

SOLIDWORKS Composer 图片和动画对于简化装配说明和工作单特别有用，您可以直接展示说明产品是如何装配和维修的 3D 视图，从而减少车间生产环节的错误、消除语言障碍并显著降低本地化成本。

优势减少上市时间延迟情况。

SOLIDWORKS Composer 可通过以下方式帮助您减少文档错误并确保交付物更快投入市场：• 可在设计过程早期开始文档制作并在设计发生更改时快速更新文档。

• 创建交互式 3D 内容，任何用户都可以使用免费的SOLIDWORKS Composer Player 进行查看。

• 在培训材料中添加交互式图形。

• 为演示文稿和宣传册创建具有 3D 外观的高分辨率阴影渲染效果。

• 通过 Web 模板快速发布复杂产品详细信息。

提高客户满意度。

正确的产品图形可能意味着获得或失去关键销售机会之间的差异。

通过 SO LIDWO RKS Composer，您可以：• 创建更逼真的视觉影像并消除创建产品市场营销材料时对物理原型的需要。

• 使用交互式故事板更加高效地演示产品。

Solidworks使用手册一、Solidworks简介1. Solidworks是一款常用的三维计算机辅助设计软件，可以帮助工程师和设计师快速、高效地进行产品设计和工程分析。

该软件在工程设计领域被广泛应用，并且拥有丰富的功能和强大的性能。

二、Solidworks的基本操作2. 在开始使用Solidworks之前，用户需要先了解一些基本的操作技巧和功能。

用户需要熟悉软件的界面布局和各个工具栏的功能，包括构建、绘图和分析等功能。

用户还需要了解如何创建零件、装配和图纸，以及如何进行模型修正和验证等操作。

三、Solidworks的建模技巧3. Solidworks的建模功能是其最核心的部分，因此用户需要掌握一些建模技巧。

使用正确的建模工具和技术对模型进行快速建模，然后通过参数化设计进行模型的灵活调整。

用户还可以尝试使用草图、实体、曲面和装配等功能进行更加复杂的建模操作。

四、Solidworks的分析功能4. Solidworks不仅可以进行建模设计，还能够进行工程分析。

用户可以利用软件提供的模拟、流体力学和结构分析等功能对产品进行性能测试和优化。

通过对分析结果进行评估和调整，用户可以提高产品的设计质量和性能。

五、Solidworks的图形表达5. 在使用Solidworks进行建模和分析之后，用户需要进行图形表达和文档输出。

软件提供了丰富的绘图和注释工具，用户可以根据需要制作详细的工程图、剖面图和装配图，并且支持各种文件格式的导出和打印。

六、Solidworks的进阶应用6. 对于熟练掌握Solidworks基本操作的用户来说，他们还可以尝试一些高级的应用技巧。

使用宏进行自动化设计，利用云评台进行协作设计和数据管理，以及运用Solidworks API进行二次开发等。

七、Solidworks的学习资源7. 为帮助用户更好地学习和应用Solidworks，软件冠方提供了丰富的学习资源，包括培训课程、视瓶教程和上线交流社区。

2Proprietary Calibration SoftwarePalette Master Element software simplifies calibration and reliably produces accurate color results. Palette Master Element can be used to fine tune the color engine in SW series monitors and fully supports certain X-Rite / Calibrite / Datacolor colorimeters.NOTE:• Illustrations for reference only. Vary by purchased model.To find out the fully supported colorimeters, visit BenQ website for the latest information.Double-click on the icon in the DockPalette MasterElementLaunching Palette Master Element3Launching Palette Master Element4No USB-C™ ports on both PC/laptop and monitor Launching Palette Master Element5X If your OS is Windows 10, Windows 8, or Windows 7, and the Windows Display Calibration function is enabled, please follow the steps below to disable this setting.1. Select Control Panel, Color Management, and Advanced.2. Click Change system defaults and select the Advanced tab of the displayed dialog box.3. Uncheck Use Windows display calibration check box.Launching Palette Master Element6X Select Basic.X Click Start to enter the Basic mode. In Basic Mode7X Select the desired Default profile, White Point and Luminance. You can choose the Photographer (Adobe RGB), Web Design (sRGB), Graphics (Adobe RGB), Cinema (DCI-P3), Designer (Display P3)or Video Editing (Rec.709) profile according to your demand (see Profiles and Scenarios on page 21 fordetails). After setting, click Next.X Select Calibration 1, Calibration 2, or Calibration 3 to save the calibration result into the monitor, then click Start Measurement to calibrate the monitor. This will take around 7 minutes.In Basic Mode8Step 1X Before calibrating, tilt the monitor up to ensure that the colorimeter snaps onto the monitor.X Follow the instructions to open the sensor for calibration, then click Continue.NOTE: The illustration is for i1 Display Pro. Instructions vary by device.In Basic Mode9X Put the colorimeter on the screen and match the colorimeter image to get the best calibration result, then click Continue to start calibration.X Once calibration finishes, you can see a brief calibration report of luminance, color temperature, and Delta E. NOTE: The ICC profile after calibration can be accessed from the following:Win: C:\Windows\System32\spool\drivers\colorsMac: /Users/[User Name]/Library/ColorSync/ProfilesIn Basic Mode10X Click Profiling and Next. In Basic ModeX You can choose the Photographer (Adobe RGB), Web Design (sRGB), Graphics (Adobe RGB) Cinema (DCI-P3), Designer (Display P3), or Video Editing (Rec.709) profile according to your demand (see Profiles and Scenarios on page 21 for details). After setting, click Next.X You can adjust White Point, RGB Primaries, Luminance, Gamma, and Blackpoint as desired.In Advanced ModeNote:• Use RGB primaries to change the desired color gamut. Apart from the default standard gamut, you can choose panel native to reach this panel’s maximum gamut, or select Custom to create a custom gamut.• If the Photographer profile is selected, usually the maximum contrast ratio is required, set Blackpoint to Absolute Zero. If you need smooth gray scale without extreme black, especially for printing, setBlackpoint by nits.In Advanced ModeIn Advanced Mode X After customization, you can save the profile setting by customized naming. If you want to delete or change the profile names, you can do so by finding the profile files onWin: C:\ProgramData\rd\strings\benq_paramsMac: /Users/Shared/RD/strings/benq_paramsX Select Calibration 1, Calibration 2, or Calibration 3 to save the calibration result into the monitor. If you want to get more precise result, change the patch size to Medium or Large. Yet it will take more time to calibrate. After all settings finish, click Start Measurement to calibrate the monitor. Before calibrating, tilt the monitor up to ensure that the colorimeter snaps onto the monitor.Note: If you wish to maximize compatibility with other software (e.g., Photoshop), choose V2Step 1Step 2X Before calibrating, tilt the monitor up to ensure that the colorimeter snaps onto the monitor.In Advanced ModeX Follow the instructions to open the sensor for calibration, then click Continue.NOTE: The illustration is for i1 Display Pro. Instructions vary by device.X Put the colorimeter on the screen and match the colorimeter image to get the best calibration result, then click Continue to start calibration.In Advanced ModeX You can setup the desired Delta E value range then click Validate Calibration for further validation.In Advanced ModeX After validation, you can know if the calibration result meets the desired Delta E range. If needed, you can export the report into HTML format.NOTE: The ICC profile after calibration can be accessed from the following:Win: C:\Windows\System32\spool\drivers\colorsMac: /Users/[User Name]/Library/ColorSync/ProfilesIn Advanced ModeIV.Calibrating two monitors in a rowX Connect two monitors to a computer properly. Different cables are required depending on the types of I/O ports available on your monitors and computer. Refer to Connection via USB-C™ ports on page 3 and Connection via non-USB-C™ ports on page 4.X Power on the computer and the monitors.X Set to extend your screen from the operating system of your computer.X Launch Palette Master Element. The software detects the connected monitors and selects one for calibration first.Confirm the model name and attach the colorimeter to it.NOTE: If you prefer to start with the other monitor, change from the model list. A suffix is added to the model name if monitors of the same model name are connected.Calibrating two monitors in a rowX Adjust the calibration settings as needed.X Prepare the colorimeter as instructed. Put the colorimeter on the screen and match the colorimeter image to get the best calibration result, then click Continue to start calibration.X You can setup the desired Delta E value range then click Validate Calibration for further validation.Calibrating two monitors in a rowX After validation, click Finish to close the Palette Master Element.X Launch Palette Master Element again, the software selects the second monitor that is not calibrated.X Move the colorimeter from the first to the second monitor without unplugging and plugging the cables.X Follow the on-screen instructions to aim the colorimeter to the colorimeter image and proceed with calibration of the second monitor.Calibrating two monitors in a row21 System Requirements and Supported ColorimetersVI.OS system Visit BenQ website for the latest information.Monitor Visit BenQ website for the latest information.Hardware • At least 2 USB ports• Intel® Core 2 Duo or AMD Athlon™ 64 X2 or better CPU• 2GB of available disk space• The graphic card must support at least 16.7 million display colors.• Minimum resolution 1024 x 768SupportedcolorimetersVisit BenQ website for the latest information.NOTE:• (*): When you color calibrate with Palette Master Element, HDR needs to remain off. In MacOS 10.15.4, HDR turns on by default whenever an HDR-capable display is connected and detected. This results in a screen which cannot display the dark areas as dark enough and the whole screen in low contrast. To turn off HDR on MacOS, choose Apple menu > System Preference > Display, then uncheck High Dynamic Range.• For more Q&A information, go to > Palette Master Element > Q&A.Specifications may vary by region, please visit your local stores for details. Actual product’s features and specifications are subject to change without prior notice. All logos, products, or company names mentioned in this document may be the registered trademarks or copyrights of their respective companies, and are used for informational purposes only.。

/Visualize新增功能SOLIDWORKS 2022内容1欢迎使用SOLIDWORKS2022 (9)主要增强功能 (10)性能 (11)SPR修复 (13)详情 (13)2安装 (15)标准、远程和压缩管理映像 (15)选择管理映像类型 (16)指定下载文件夹 (17)允许管理映像选项编辑器中有子组 (17)改进了SOLIDWORKS Electrical客户端安装 (18)在创建管理映像时设置PDM库视图 (19)在管理映像选项编辑器中创建PDM库视图 (19)3管理 (20)选项锁定时复制设置 (20)Pack and Go包括在零件中分割和保存实体特征 (21)在设置管理员工具中控制图形警告的显示 (21)4SOLIDWORKS基础知识 (23)系统选项和文档属性更改 (23)应用程序编程接口 (25)快速复制设置 (26)5用户界面 (27)已解除消息 (28)消息栏 (29)重新设计的通知 (30)快捷方式栏和命令搜索 (31)一般可用性 (32)参考几何体 (33)已解决Beta Unicode视图中的垃圾字符 (34)零部件名称和说明 (35)6草图绘制 (37)作为方向参考的线性草图实体 (37)为方向参考选择线性草图实体 (37)在草图中阵列和复制文字 (38)7零件和特征 (39)坐标系 (40)使用数值定义坐标系 (41)坐标系的选择 (42)装饰螺纹线 (43)外观和纹理 (43)深度和特征归属 (44)跨分型线拔模 (45)外螺纹螺柱向导 (46)创建外部螺纹螺柱 (47)孔向导槽 (48)混合建模 (49)绕两个基准面镜向 (51)绕孔或轴旋转剖面视图 (51)厚度分析分辨率 (52)重做零件支持 (53)8模型显示 (54)模型显示性能改进 (54)9钣金 (55)边线法兰 (55)折弯上的蚀刻轮廓 (56)10结构系统和焊件 (57)顶端盖支持 (57)自定义属性体系结构 (58)升级自定义属性 (58)复杂边角PropertyManager (59)次要构件 (60)使用“点间构件”创建多个次要构件 (60)使用“最多构件”方法创建次要构件 (61)结构系统的连接元素 (61)连接定义PropertyManager-参考选项卡 (63)连接定义PropertyManager-“尺寸”选项卡 (64)插入连接PropertyManager (65)属性对话框 (66)添加或修改属性 (67)大型设计审阅模式下的属性对话框 (67)11装配体 (69)以不同模式打开子装配体 (70)从材料明细表中排除零部件 (71)配置表 (72)阵列的默认源位置 (74)排除剖面视图中的失败零部件 (75)在轻化模式下解析方程式 (76)随三重轴移动 (76)快速配合上下文工具栏 (77)12出详图和工程图 (78)剪裁交替位置视图 (78)预定义的视图 (79)出详图模式 (80)形位公差符号 (81)创建形位公差符号 (81)在半径和直径尺寸之间切换 (83)工程图视图中的折弯线 (84)材料明细表 (85)材料明细表中的切割清单支持 (85)对称线性直径尺寸 (87)13输入/输出 (88)导入性能改进 (88)从IFC文件导入选择性IFC实体 (89)导出草图中的颜色 (90)打开参考文件位于不同文件夹中的非本机装配体 (90)14SOLIDWORKS PDM (91)与Microsoft Windows Active Directory集成 (92)配置处理 (93)导出存档服务器和用户日志 (94)导出用户日志 (94)SOLIDWORKS PDM用户界面增强功能 (95)在“使用位置”选项卡中查看所有版本的配置 (96)在SOLIDWORKS PDM中使用EXALEAD OnePart搜索 (96)预览选项卡中的SOLIDWORKS eDrawings查看器 (97)支持eDrawings Web预览中的中性CAD文件格式 (98)从SOLIDWORKS PDM插件打开工程图 (98)SOLIDWORKS PDM性能改进 (99)Web2数据卡 (99)调整数据卡中的图像大小 (101)其他SOLIDWORKS PDM增强功能 (101)15SOLIDWORKS Manage (103)创建记录流程输出 (104)最近的文件 (105)对象结构编辑器 (105)录制超链接 (106)用户界面 (107)头像和图标 (108)Plenary Web客户端 (109)受影响条目的检出权限 (109)替换用户 (110)创建和删除多个字段组 (111)SOLIDWORKS PDM用户定义参考 (112)SOLIDWORKS Manage性能改进 (112)16SOLIDWORKS Simulation (113)基于混合曲率的网格器 (114)接合和接触架构 (115)连杆接头 (116)仿真解算器 (118)仿真性能 (119)17SOLIDWORKS Visualize (120)将相机透视图与背板匹配 (121)使用匹配相机工具 (121)匹配相机对话框 (124)阴影捕捉器属性 (125)使用投射因子 (125)场景选项卡 (126)动画 (127)渲染输出查看器 (130)用户界面 (131)阵列 (133)创建阵列 (133)构造设置 (133)边角半径 (137)装饰螺纹线 (138)18SOLIDWORKS CAM (139)转动的装配体支持 (139)自定义工具路径端点的颜色设置 (141)为隐藏刀具路径移动显示颜色 (141)带文字的碾磨和车削刀具和装配体过滤器 (142)管理多个工艺数据库 (142)支持用于Z轴探测的非平面曲面 (143)为清晰起见，修订了CNC加工参数 (144)SOLIDWORKS CAM支持的平台 (144)19SOLIDWORKS Composer (145)从SOLIDWORKS文件导入贴图 (145)支持更高版本的导入格式 (146)20SOLIDWORKS Electrical (147)材料明细表中的链接 (147)在导出PDF中添加数据文件 (148)在专家模式下测试查询 (149)在制造商零件管理器中显示ERP数据 (149)在导出的PDF中包括数据表 (150)在报告管理器中显示中断条件 (150)用户界面重新设计 (151)源-目标箭头中的属性 (152)显示线中间的所有电线编号 (152)电气内容门户集成 (153)连接点创建增强功能 (154)21SOLIDWORKS Inspection (155)SOLIDWORKS Inspection插件 (156)应用程序编程接口 (156)SOLIDWORKS Inspection Standalone (156)受支持的文件类型 (157)智能提取 (157)22SOLIDWORKS MBD (158)从3D PDF创建HTML输出 (158)DimXpert角度尺寸工具 (159)DimXpert的形位公差 (160)23eDrawings (161)配置支持 (161)SOLIDWORKS中的eDrawings选项 (162)文件列表 (162)自定义属性选项 (163)导出自定义属性 (163)用户界面 (164)零部件窗格 (165)24SOLIDWORKS Flow Simulation (166)场景图解 (167)比较：结果摘要 (167)比较：已合并图解 (167)比较：差异图解 (168)热源 (168)范围函数 (168)移除缺少的实体 (168)检查模型 (168)目标 (168)流量图解 (168)表面参数 (168)探测值 (168)25SOLIDWORKS Plastics (169)型腔和浇道布局 (170)浇口顾问 (171)塑料材料数据库 (172)PlasticsManager树 (173)高分辨率显示的缩放 (175)SOLIDWORKS Plastics解算器 (176)26线路设计 (178)展平线路改进 (179)展平线路中的外部接头 (180)接头的后壳 (180)后壳和展平线路 (181)替换步路装配体中的接头 (182)1欢迎使用SOLIDWORKS2022该章节包括以下主题：•主要增强功能•性能•SPR修复•详情模型由Rahul Gawde，SOLIDWORKS2021Beta Splash Screen Prize获奖者提供。

SOLIDWORKS SIMULATION SUITEDRIVE INNOVATION WITH3D ENGINEERING SOLUTIONSSIMULATION-DRIVEN 3D DESIGN AND ENGINEERING Manufacturing com panies across all industries have m ade 3D virtual sim ulation a valuable engineering tool to synthesize and define their physical products. Sophisticated sim ulation is no longer just for specialists. It’s the inspiration that fuels innovation. Product engineers can m ake their technical decisions driven by simulation insights, uncovering significant product and business benefits.With powerful and intuitive SOLIDWORKS® Simulation solutions, product engineers can virtually test new ideas, quickly and efficiently evaluate performance, improve quality, and get the knowledge for product innovation.SOLIDWORKS Flow SimulationSOL IDWORKS Flow Simulation intuitive Computational Fluid Dynamics (CFD) enables designers to simulate liquid and gas flow in real-world conditions, run “what if” scenarios, and efficiently analyze the effects of fluid flow, heat transfer, and related forces on immersed or surrounding components. Early in the design process, designers can easily simulate fluid flow, heat transfer, and fluid forces that are critical to the success of the design.SOLIDWORKS SimulationSOLIDWORKS Simulation provides a powerful structural testing environment for sophisticated simulation in an intuitive workflow, so you can answer engineering challenges involving complex load scenarios and multiple physics cases.You can test products against a broad range of parameters during the design process, such as durability, static and dynamic response, and thermal behavior, and use the technical insight you gain as early as possible for an optimized design.SOLIDWORKS Motion SimulationSOL IDWORKS Motion Simulation provides engineers with powerful, intuitive assembly motion analysis to accurately determine the physical movements of the assembly under load, as well as the timing (time-based motion) or sequencing (event-based motion). With the assembly motion and forces calculated, you can perform a structural analysis of the components with SOLIDWORKS Simulation to help ensure product performance.SOLIDWORKS SIMULATION SOLUTIONSSOLIDWORKS Simulation solutions help product engineers reduce the risk inherent with innovation and get their products to market faster with less physical prototyping to decrease costs. With the consistent, powerful, intuitive set of simulation capabilities, all fully embedded with SOLIDWORKS 3D CAD, designers can understand product performance early in the design process and avoidcostly over-engineering.SOLIDWORKS PlasticsSOL IDWORKS Plastics injection molding simulation predicts how melted plastic flows during the injection molding process—the manufacturing method used to produce over 80 percent of all plastics products. The ability to predict how the plastic will flow enables prediction of manufacturing-related defects. Additionally, SOL IDWORKS Plastics enables the prediction of part warpage and mold cooling optimization. Users can change part or mold geometry, processing conditions, or the plastic material to eliminate or minimize potential defects, saving energy, natural resources, time, and money.SOLIDWORKS SustainabilitySOLIDWORKS Sustainability performs real-time environmental assessments as part of your product design process. Fully integrated with your SO IDWORKS design environment and using industry-standard lifecycle assessment criteria, SOLIDWORKS Sustainability provides instant feedback, so you can quickly make adjustments to your design, and turn your sustainability goals into results.“With SOLIDWORKS Simulation, I can identify and resolve potential issues during design, so that when we mold those initial pieces, they are right the first time. It’s an incredible tool that has let us save 30 to 60 percent in capital costs in the development of new products.”— Todd Turner, Senior Product Development Engineer, Macro PlasticsTemperature distribution from a CFDanalysis in SOLIDWORKS Flow SimulationENGINEERING CHALLENGES TACKLED WITH SOLIDWORKS SIMULATION SOLUTIONSSOLIDWORKS Simulation Solutions enable product engineers to perform a complete performance test in a single user interface with the smoothest and most efficient engineering workflow.For products subjected to fluid flow and heat transfer, you can simulate the fluid flow around your product for velocity, pressure, and thermal insights with CFD simulation, use the thermal results in a thermal stress simulation to assess dilatation risk, and measure the response of your product to random vibration in structural dynamic analysis. All this in one environment enables a unique and productive workflow.For plastic parts, you can simulate the filling, packing, and cooling phases of the injection molding process, and then perform warpage analysis to determine if your part will deform due to molded-in stresses. You can then perform a structural analysis that takes into account both molded-in and external stresses for product response assessment.“ S OLIDWORKS Flow Simulation not only improves our productivity and efficiency, but also lets us tackle heat transfer challenges that we would not be able to resolve without it.”–Bernd Knab, Development Manager, POLYRACK Tech-GroupDecrease product development costs• Reduce the need for costly prototyping by integrating virtual testing early in product development• Reduce outsourcing costs by testing performance and functionality internallyShorten time-to-market• Optimize product development with intuitive, CAD-embedded simulation for structural, fluid flow, motion, plastics injection molding, and sustainable design• Reduce the need for time-consuming physical prototyping • Optimize assembly performance by verifying part and mold designs in the earliest stages of developmentSOLIDWORKS Simulation Solutions—the 3D engineering suite for making technical and business decisionsSOLIDWORKS SIMULATION SOLUTIONS HELP COMPANIES:Boost product innovation• Grow market share and differentiate through ground-breaking product design• Empower the engineering team with intuitive, powerful 3D simulation tools to compare design scenarios and new ideas to bring innovative products to marketImprove product efficiency• Improve product performance, such as lower pressure drop and increased horsepower• Improve eco-effectiveness of product designsKnown: product tasks, design limits, and goalsBrainstorming conceptsMeasure designs against goals using simulationCommon UI for design and simulationRapid analysis for simulation: motion, structural strength, flow rates, thermal issues, etc.As design evolves and refines, analysis is 100% associative with enabling simulation-guided designLeverage CAD model intelligence in simulation Communicate results throughout design teamSelect the design with best performanceSimulation guides which physical tests to run and what to measureDA B C PROBLEMIDEA/SOLUTIONSSELECTION - DESIGN C PROTOTYPE BUILD SHIPUNIQUE CONCURRENT ENGINEERING WORKFLOW FOR BEST-IN-CLASS PRODUCT DESIGNT E S T /S I MU LA T E EVA LU A T ER E F I N ESOLIDWORKS PRODUCT DEVELOPMENT SOLUTIONS SOL IDWORKS software provides an intuitive 3D development environment that helps maximize the productivity of your design and engineering resources to create better products faster and more cost-effectively. See the full range of SOL IDWORKS software for design, simulation, technical communication, and data management at /products2017.LEARN MORETo learn more about SOL IDWORKS Simulation solutions, visit /simulation or contact your local authorized SOLIDWORKS reseller.SOLIDWORKS systems requirements areposted on the SOLIDWORKS website at/systemrequirements.Reach the best available strength-to-weight,frequency, or stiffness performance for thedesigns with Structural Optimization analysisEach Simulation software empowers product engineers with intuitive, powerful, and in depth analysis capabilities foran accurate assessment of product behavior.Our 3D EXPERIENCE® platform powers our brand applications, serving 12 industries, and provides arich portfolio of industry solution experiences.Dassault Systèmes, t he 3D EXPERIENCE®Company, provides business and people wit h virt ual universes to imagine sust ainable innovations. It sworld-leading solutions transform the way products are designed, produced, and supported. Dassault Systèmes’ collaborative solutions foster social innovation,expanding possibilities for the virtual world to improve the real world. The group brings value to over 210,000 customers of all sizes in all industries in more than140 countries. For more information, visit.Europe/Middle East/AfricaDassault Systèmes10, rue Marcel DassaultCS 4050178946 Vélizy-Villacoublay CedexFranceAmericasDassault Systèmes175 Wyman StreetWaltham, Massachusetts02451-1223USAAsia-PacificDassault Systèmes K.K.ThinkPark Tower2-1-1 Osaki, Shinagawa-ku,Tokyo 141-6020Japan©216DassaultSystèmes.Allrightsreserved.3DEXPERIENCE®,theCompassicon,the3DSlogo,CATIA,SOLIDWORKS,ENOVIA,DELMIA,SIMULIA,GEOVIA,EXALEAD,3DVIA,3DSWYM,BIOVIA,NETVIBES,IFWEand3DEXCITEarecommercialtrademarksorregisteredtrademarksofDassaultSystèmes,aFrench“sociétéeuropéenne”(VersaillesCommercialRegister#B3223644),oritssubsidiariesintheUnitedStatesand/orothercountries.Allothertrademarksareownedbytheirrespectiveowners.UseofanyDassaultSystèmesoritssubsidiariestrademarksissubjecttotheirexpresswrittenapproval.MKSSIMSOLDSENG816。

USER INTERFACE STYLE GUIDE FOR CERTIFIED GOLD PRODUCTSLegal NoticesPatent NoticesTrademarks and Product Names for SOLIDWORKS Products and ServicesContentsChapter 1 Introduction (1)Chapter 2 Principles of Design (2)2.1 Keep the user’s focus on the model, not on the user interface. (2)2.2 Every click counts, and minimize mouse travel. (2)2.3 No two users are alike, so allow for differences in workflow and end user customization. (2)Chapter 3 Visual Design Guidelines (3)3.1 2D Versus 3D Icons (4)3.2 Color (4)3.3 Color Gradients (5)3.4 UI Background Colors (6)3.5 Accent Colors and Icon Badges (6)3.6 Icon Sizes (7)3.7 Icon Resource Files (8)Chapter 4 Providing Access to Commands (10)4.1 Using the CommandManager (10)4.2 Using Menus (12)4.3 Using Right Mouse Button (RMB) Menus (12)Chapter 5 Designing Tasks (13)Chapter 6 PropertyManager Guidelines (14)6.1 Dialog and Property Sheet PropertyManagers (14)6.2 PropertyManager Components (14)6.3 PropertyManager Layout Styles (15)6.3.1 Indented Layout Style (Preferred) (15)6.3.2 Fully-Justified Layout Style (16)6.3.3 Hybrid Layout Style (17)6.4 PropertyManager Controls (18)6.4.1 Title Banner (18)6.4.2 PropertyManager Buttons (19)6.4.3 Tab Controls (20)6.4.4 Message Box (20)6.4.5 Group Boxes (21)6.4.6 Group Box Controls (22)6.4.7 Hiding Controls versus Disabling Controls (26)6.4.8 PropertyManager Text Formatting (28)6.4.9 Keyboard Focus and the Tab Key (29)6.4.10 Default Numeric Values Should Always Be “Round” (31)6.4.11 Remembering Settings and Numeric Values (31)6.4.12 Allow for Preselection of Entities (31)6.5 PropertyManager On-screen Controls (31)6.5.1 Confirmation Corner (31)6.5.2 Pop-up Cursors (32)Chapter 7 Task Pane Guidelines (33)Chapter 8 Warnings, Errors, and Messages (35)8.1 On-Screen Warnings and Error Notices (35)Chapter 9 Help, Getting Started Information, and Product Version Information (39)9.1 Help (39)9.2 Getting Started Information (39)9.3 Product Version Information (39)Appendix 1 User Interface Guideline Summary (41)Visual Design Guidelines (Chapter 3) (41)Providing Access to Commands (Chapter 4) (41)PropertyManager Guidelines (Chapter 6) (42)Task Pane Guidelines (Chapter 7) (46)Warnings, Errors, and Message Guidelines (Chapter 8) (46)Help, Getting Started, and Providing Product Version Information Guidelines (Chapter 9) (46)Chapter 1IntroductionChapter 2 Principles of Design2.1 Keep the user’s focus on the model, not on the user interface.2.2 Every click counts, and minimize mouse travel.2.3 No two users are alike, so allow for differences in workflow and end user customization.Chapter 3Visual Design Guidelines3.1 2D Versus 3D Icons3.2 Color3.3 Color Gradients3.4 UI Background Colors3.5 Accent Colors and Icon Badges3.6 Icon Sizes3.7 Icon Resource FilesChapter 4 Providing Access to Commands4.1 Using the CommandManager∙∙4.2 Using Menus∙∙4.3 Using Right Mouse Button (RMB) MenusChapter 5Designing TasksChapter 6 PropertyManager Guidelines6.1 Dialog and Property Sheet PropertyManagers∙∙6.2 PropertyManager Components6.3 PropertyManager Layout Styles6.3.1Indented Layout Style (Preferred)6.3.2Fully-Justified Layout Style6.3.3 Hybrid Layout Style6.4 PropertyManager Controls6.4.1 Title Banner∙∙∙6.4.2 PropertyManager Buttons6.4.3Tab Controls6.4.4Message Box6.4.5Group Boxes6.4.6Group Box Controls6.4.7Hiding Controls versus Disabling Controls6.4.8PropertyManager Text Formatting6.4.9Keyboard Focus and the Tab Key6.4.10 Default Numeric Values Should Always Be “Round”6.4.11 Remembering Settings and Numeric Values6.4.12 Allow for Preselection of Entities6.5 PropertyManager On-screen Controls6.5.1 Confirmation Corner6.5.2Pop-up CursorsChapter 7Task Pane GuidelinesChapter 8 Warnings, Errors, and Messages8.1 On-Screen Warnings and Error NoticesChapter 9 Help, Getting Started Information, and Product Version Information9.1 Help9.2 Getting Started Information9.3 Product Version InformationAppendix 1 User Interface Guideline Summary。