General 27 BackStage MiTS 3 Welcome Screen BIM Main Command Line in MiTS Shortcut Keys in MiTS 2 General MiTS UI Import CAD Toolbar How to Merge Project File Action Move Tab Rotate Entity Feature PLATFORM ‘AUTOFIX’ FEATURE Options ‘All Reset Default’ and ‘Project Reset Default’ Backup Project Configuration Parameter Settings Parameter Settings Parameter Setting Include CCF in Analysis Output Export File Types Project Parameters Setting Drawing Export Unit CAD CAD Function View View Help How to Send Backup MiTS Project File RHS Panel Object Snaps, Ortho Mode and Polar Tracking Input Setting Tracing 3D View Settings Bottom Panel Verification Messages in MiTS
Earthwork 17 Wall Lines Settings Parameter Settings Input Selection Selection Tab Survey Points and Soil Info Survey Points Survey Points Import Boreholes and Rocks Layers Platforms Input Precise Length Platform Reorder Slope Boundaries Boundary Cut Sections Cut Section Terrain Terrain Tab DEM Watershed Cut/Fill Results DTM Analyse (DTM) Grid Grid Method End Area End Area Method
Road 21 Settings Parameter Settings Input Selection Selection Tab Survey Info & Soil Info Survey Points Survey Points Import Boreholes and Rocks Layers Alignment Horizontal Alignment Road Width Superelevation Vertical Alignment Entities Junction Viewports Defining Viewports in Layout Analysis Road Design and Results Output Title Block, Margin and Padding for CAD Layout Visualization of Road Levels with Survey Point Display in Cut/Cross Sections Understanding The Road Superelevation Phases Customized Road Cross Section Defining Viewports in Layout How to add new chainage for road cross section Road Design and Results Verification Fixing “Road Needs Closing” Errors with Close Road Autofix Understanding the “Makes a Straight Line” Warning After Closing a Road
Storm Sync (Drain & Pond) 18 Settings Include CCF in Analysis Input Selection Selection Tab Analysis Storm Water Design and Analysis Mode Node Inputting Node Properties Creating Drainage Network System Display Settings at Nodes Customizing Mark for Nodes and Edges in Utility Modules Drain Input Precise Length Inputting Drain Properties Creating Drainage Network System Assigning colors in utility modules Customizing Mark for Nodes and Edges in Utility Modules Inflow Source Tabular Node Inflow Inputting Catchment Actions Reordering Drain/Pipe Number and Nodes Project Calculating and Checking Drainage Flow Output Calculating and Checking Drainage Flow Utility Pipe Abbreviations and Level Indicators
Water 16 Settings Parameter Setting Input Selection Selection Tab Node Creating Water Reticulation System Inputting Node Properties Additional Node Head in Water Reticulation Network Display Settings at Nodes Customizing Mark for Nodes and Edges in Utility Modules Pipes and Accessories Pump & Valves Accessories Creating Water Reticulation System Inputting Pipe Properties Input Precise Length Assigning colors in utility modules Customizing Mark for Nodes and Edges in Utility Modules Output Hydraulic Flow Calculation and Checking Utility Pipe Abbreviations and Level Indicators
Sewer 13 Input Node Display Settings at Nodes Inputting Node Properties Customizing Mark for Nodes and Edges in Utility Modules Sewer Inputting Sewer Properties Input Precise Length Assigning colors in utility modules Creating Sewerage Network System Customizing Mark for Nodes and Edges in Utility Modules Actions Reordering Drain/Pipe Number and Nodes Selection Selection Tab Output Utility Pipe Abbreviations and Level Indicators Calculating and Checking Sewerage Flow Force Main Design
MSMA 15 MSMA 2nd Edition Include CCF in Analysis IDF Designing On-site Detention Designing Detention Pond Designing Rainwater Harvesting Pond Designing Sediment Basin Culvert Design EROSION AND SEDIMENT CONTROL PLAN (ESCP) Pump OSD with Pump MSMA 1st Edition Creating IDF Designing On-site Detention Designing Detention Pond Designing Rainwater Harvesting Pond Designing Sediment Basin
MCIntegrator 21 General MCIntegrator Installation Guide MCIntegrator Tutorial Video Difference in Terminology between MiTS and Civil 3D Good Practices: How to ensure successful sync, two ways, all the time MCIntegrator Synchronization Limitation Civil Sync and CAD Sync Between MiTS & Civil 3D Synchronization Surfaces Surface & Platform Synchronization: Step-by-step Guide Platform Sync in MCIntegrator: The Explanation and Benchmark Road Road Model: Step-by-step Sync Guide Gravity and Pressure Networks Algorithm for Utility Synchronization Gravity Pipe Network Synchronization: Guide for Sewerage & Drainage Pressure Pipe Network Synchronization: Guide for Water Reticulation Help Common Pitfalls in Civil 3D When Synced with MiTS MCIntegrator: Troubleshooting Guidelines Synchronization Verifications or Warnings FAQ General How to Start Synchronizing between MiTS and Civil 3D? Surfaces Cut and Fill Quantity Calculation: How Can We Create Platforms and Slopes with Drops in Civil 3D? How to Check The Levels of The Survey, Platform, or Surface Synced? How to Modify Synced Surface Styles? Utilities Data Integrity: What Syncs Between MiTS and Civil 3D (And What Doesn’t) Adding pipe and structure size to part list in Civil 3D
MCIntegrator-Genabler 9 General Genabler Plugin Installation Guideline Uploading Genieko Network Catalog on A Machine Synchronization Getting Started: Synchronizing MiTS to Civil 3D with MCIntegrator-Genabler Surfaces Surface & Platform (MCIntegrator-Genabler Synchronization): Step-by-Step Guide Road Road Model (MCIntegrator-Genabler Synchronization): Step-by-Step Guide Gravity and Pressure Networks Pressure Pipe Network (MCIntegrator-Genabler Synchronization): Guide for Water Reticulation Gravity Pipe Network (MCIntegrator-Genabler Synchronization): Guide for Sewerage & Drainage Help Genabler: Troubleshooting Guideline FAQ How to check the pipe network catalog employed?