Review additional resources available to SOLIDWORKS users and platform administrators. Access platform help topics. Connect to SOLIDWORKS specific communities. Explore resources provided in the SOLIDWORKS community wiki.
Explore and configure the platform settings for revision and lifecycle control. Understand revision naming rules. Examine the settings used to configure revision schemes. Review access rules for lifecycle and collaboration commands. Explore a SOLIDWORKS lifecycle scenario using the default revision scheme.
Explore and configure the platform settings for content access rules and maturity. Understand the lifecycle of SOLIDWORKS content. Examine the settings to configure access to content. Add a transition to a maturity graph. Add a control rule to a transition.
Configure platform options and settings used for naming and numbering SOLIDWORKS platform content when saved. Turn on the platform Auto-name setting and understand its interaction with specific SOLIDWORKS Save options. Configure the platform Content Naming Rules used for naming SOLIDWORKS content. Understand and configure an Enterprise Item Number. Set an Enterprise Item Number in SOLIDWORKS. Map the SOLIDWORKS property ‘Engineering Partnumber’ to a SOLIDWORKS drawing title block.
Configure the SOLIDWORKS specific platform configuration options and settings. Explore the SOLIDWORKS Save options. Understand the SOLIDWORKS Open options.
Create platform attributes and map SOLIDWORKS properties to platform content. Review platform content types generated from SOLIDWORKS files. Add and deploy attributes to platform content. Map SOLIDWORKS properties to content attributes. Validate attribute mappings.
Use the platform administrator tools to create and configure a design environment for SOLIDWORKS users. Review the administrator dashboards and platform manager role. Add to a custom administrator dashboard. Create a user group. Create a 3DSwym community and add members. Create a collaborative space and add members. Create and share a dashboard.
改善工程圖的系統及圖形效能。 使用輕量抑制模型、大型組合件模式、分離的工程圖及其他項目，以減少所需的系統資源。 使用輕量抑制模型及大型組合件模式來改善效能。 使用分離的工程圖，即可開啟工程圖，但又不需要將模型檔案載入記憶體。 修正組合件干涉問題，以更正顯示問題。
