MiTS 3 Full Feature
MiTS 3 introduces an improved user interface designed to be easier to use, streamline workflows, and significantly reduce modeling time. With enhanced performance and optimized processes, users can complete projects more efficiently than ever.
Key improvements in MiTS 3 include:
- A more intuitive and integrated user interface
- Faster modelling and analysis, improving speed by up to 80%
- Advanced automation and smarter tools for seamless project execution
- General
- AutoFix feature to resolve design issue
- Command line support implementation
- Full 3D integrated design across all modules
- BIM Export in IFC file format
- Export output files to other formats
- Normal, CrossPoly & WindowPoly selection
- Title block import for cross-section/cut-section/long. section layout
- Move and rotate tracing, earthwork, road, storm water, sewerage and water reticulation input
- Running system specification for utility network
- Dark/light theme customization
- Indication for invert levels of crossing pipes/drains on long sections during clash analysis
- PDF import for tracing
- Auto-adjust Invert Levels (IL) to resolve clearance warnings/errors
- Measure in 3D view
- Side-by-side 3D and keyplan editing
- Auto-adjust Invert Levels resolving clashes
- Result Viewer for utility module
- Clash analysis between drainage, sewerage and water pipe in 3D view
- Direct editing for clashing pipes at 3D view
- Support basic CAD function (zoom in/out, pan, measure, measure area)
- Renumber node & drain/sewer/pipe edge
- Utility’s node & edge prefixes customization
- CCF inclusion in storm water & MSMA analysis
- Auto updater for software version
- Title blocks in utility modules
- Earthworks
- Surveyor points import from ACAD/Text/LIDAR
- Google earth point & elevation imports
- Multiple earthwork volume calculation method; i.e: Digital Terrain Method (TIN, TRN), Grid Method & End Area Method
- Watershed delineation analysis
- Auto generates cut sections, cut/fill report, volume & quantity take-off
- Tracing for architectural drawing & Google Earth drawing
- Earthworks cut/fill with 3D Visualization
- Line, Curve & Arc Platform input
- Project boundary import
- Merge and break platform
- Individual and master strings cut section
- Auto sloping & berm generation with different cut/fill ratio for each platform
- Auto balancing between cut and fill volume
- Auto retaining walls location identification
- Self-generate internal road platform from internal road string
- Maintain previous slope generated
- Soil properties per Boundary basis (Swell/shrink factor)
- Auto-generate longitudinal sections
- As-built platform (Platform as OGL)
- Auto pick up OGL, platform and slope level
- Auto propose platform elevation based on surrounding level (infill)
- Slope classification for platform and OGL
- 3D platform level view and 3D contour view
- 2D cut/fill area view with meshing
- 2D slope on surveyor plan
- Slope template configuration
- Platform max height warnings
- Move or shift selected platforms on the input screen
- Wall Line – single line boundary and slope generator
- Boundary selection in Cut Section, CutFill Contour and Slope Classification
- Export cross-section elements to CSV
- Enhancing Surveyor Point Collections: Supporting Multiple Appearances
- Road & Highway
- Horizontal and vertical alignment design
- Import road vertical profile as tracing
- Superelevation transitions
- Junctions design
- Complied with ATJ 8/86, AASTHO & REAM Guidelines
- Road & highway design
- Auto generate road side drain
- Auto calculate cut/fill areas & volumes
- Auto generate superelevation transitions
- Auto generate road chainage mark
- AC/DC lane
- Auto curve widening
- Auto generate cross section output & all information needed for submission
- Setting outlines details
- Vertical detailing
- 3D proposed road elevation view
- Customize Road Width Element Manually
- Chainage interval customization per road branch
- Export survey points data to CSV
- Individual pavement thickness settings for carriageways
- Cross-section displaying surveyor points
- Survey data exported following the road chainage
- Add Manual Connecting Point
- Storm Water (previously Drainage)
- Auto captures catchment area, IDF intensity & runoff coefficient
- Auto proposes sump invert level, cascading drain, dimension & gradient
- Complied with MSMA/SUStoM
- Drain line & drain catchment import
- Drain real dimension on key plan
- Multiple separated drain networks & drainage outlet
- One sump multiple outflows
- Culvert design
- Cascading drain allocation on specific drain
- Auto calculate rainfall intensities, gradient & invert level
- Auto generate longitudinal section and quantity take off
- Customizable drain type
- Absolute/Iterated depth below invert for sump
- Export storm water analysis graph (Inflow Hydrograph, Storage Time Series, Link Time Series & Stage Storage/Discharge) into Excel format
- Catchment value graphical or spread input
- Editable IDF Fitting Constants
- Show center line level, water level & flood level in long section
- RHS Parameter for iterate settings of manually input drains/pipes
- Sump design
- Sump design analysis status and output
- User-defined hydrograph input for pond analysis
- Integration of EPA SWMM software into MiTS
- Looping functionality for drains
- Support for culvert linkage to drain conveyance/storage systems
- Time-area method for detention pond
- Dynamic and kinematic wave routing method
- Series and multiple drain/pond connecting together and analyze as a whole
- Sewerage
- Auto calculates Population Equivalent (PE)
- Partial flow/full flow design
- Complied with SPAN Guideline
- Sewer line import from CAD drawing
- Longitudinal section with drop manhole (Auto/User-Defined)
- Adjustable material thickness on per pipe type basis partial flow/full flow design
- Old & new pipe design
- Auto propose pipe diameter, gradient, IL & drop manhole
- Auto generate longitudinal section & quantity take off
- Force main design
- Auto generate report & graphical outputs for authority submission
- Manhole design
- Manhole design analysis status and output
- Absolute/Iterated depth below invert for manhole
- RHS Parameter for iterate settings of manually input drains/pipes
- Water Reticulation
- Hardy-Cross method, Hazen-Williams formula, Darcy-Weisbach formula & Chezy-Manning formula
- Auto calculates water demand
- Auto iteration for the most economical pipe diameter
- Auto generates longitudinal section
- Schematic diagram with pump, hydrant, valve, etc
- Complied with SPAN Guideline
- Water line import from CAD drawing
- Multiple separated water reticulation & tapping points
- Looping and branching design peak flow, fire flow & average flow
- Real dimension of water pipe on key plan
- Pump & valve design
- Identify critical node in water reticulation network
- Auto generate report & graphical outputs for authority submission
- Node design analysis status and output
- Dropdown selection for Flow Type under Result Viewer
- Minor loss specification
- MSMA/SUStoM
- Rainfall IDF
- On-site detention (above & below ground)
- Detention pond
- Rainwater harvesting tank
- Sediment basin (wet & dry)
- Culvert design
- ESCP
- Pump design
- OSD with pump
- Complied with MSMA/SUStoM
- Brunei IDF and rainfall pattern
- Locate nearest raingauge location by either click on the map or insert GPS coordinates
- Synchronization with Drainage & EW platform
- Multiple pond design (parallel)
- Secondary outlet as weir & riser
- Auto generate report & graphical outputs for authority submission
- IDF curve generation from rainfall intensity input by user
- McIntegrator
- Sync utilities entity (drain/sewer/water) as Civil Object
- Synchronization of multiple pressure/gravity network
- Synchronization of surface & platform surface
- Road integration between MiTS & Civil 3D
- Synchronization of node dimension and pipe dimension for drainage, sewerage & water pipe
- Buttons to allow user to check the Part Catalog/Parts list set for the network or drawing