Autodesk AutoCAD Civil 3D, Complete Package, 1 user, Windows, with BOX, Spanish 237A1-21A111-1001 Manuel D’Utilisation
Codes de produits
237A1-21A111-1001
Surfaces
Civil 3D supports large surface models while
maintaining dynamic relationships to source data,
including contours, breaklines, corridor models
and grading objects. Once generated, the surface
can be used to display contours, catchment areas,
flow paths, elevation and slope analysis, and 3D
render-ready views. Use surfaces as a reference
for creating profiles, sections, grading plans and
corridors. Any change to the source data results in
automatic updates to surfaces and references.
maintaining dynamic relationships to source data,
including contours, breaklines, corridor models
and grading objects. Once generated, the surface
can be used to display contours, catchment areas,
flow paths, elevation and slope analysis, and 3D
render-ready views. Use surfaces as a reference
for creating profiles, sections, grading plans and
corridors. Any change to the source data results in
automatic updates to surfaces and references.
Grading
Civil 3D includes powerful daylighting and grade
projection tools that team members can use to
generate surface models for any type of grading
projection. You also get easy-to-use graphical and
tabular grading manipulation tools for use in the
development of any surface. Civil 3D grading
capabilities remain dynamically linked to corridor
models and alignments/profiles, enabling you
to solve difficult design challenges in new, more
flexible ways.
projection tools that team members can use to
generate surface models for any type of grading
projection. You also get easy-to-use graphical and
tabular grading manipulation tools for use in the
development of any surface. Civil 3D grading
capabilities remain dynamically linked to corridor
models and alignments/profiles, enabling you
to solve difficult design challenges in new, more
flexible ways.
Parcel Layout
Generate parcels by converting existing
AutoCAD
AutoCAD
®
polylines or by using flexible layout
tools to automate the process. AutoCAD Civil
3D uses a topology to manage parcels so that a
change to one parcel is automatically reflected
in neighbouring parcels.
3D uses a topology to manage parcels so that a
change to one parcel is automatically reflected
in neighbouring parcels.
Corridor Modelling
Corridor modelling combines horizontal and
vertical geometric constraints with customisable
cross-sectional components called subassemblies
to create a dynamic model of roads and other
transportation systems. Civil 3D ships with hundreds
of subassemblies ranging from travel lanes, side-
walks and ditches to complex lane components.
Or create your own to match any conceivable
design standard. Civil 3D also enables you to
directly use alignments, survey figures, feature
lines and AutoCAD polylines to define corridor
transitions. Once the corridor model has been
designed, use it to create proposed contours,
cut/fill volumes and material totals, draughted
sections and more.
vertical geometric constraints with customisable
cross-sectional components called subassemblies
to create a dynamic model of roads and other
transportation systems. Civil 3D ships with hundreds
of subassemblies ranging from travel lanes, side-
walks and ditches to complex lane components.
Or create your own to match any conceivable
design standard. Civil 3D also enables you to
directly use alignments, survey figures, feature
lines and AutoCAD polylines to define corridor
transitions. Once the corridor model has been
designed, use it to create proposed contours,
cut/fill volumes and material totals, draughted
sections and more.
Criteria-Based Road Design
Civil 3D enables you to quickly lay out plan and
profile alignment geometry with local design
criteria that you specify. These constraints remain
in place when using interactive “best fit”, PI-based
(point of intersection) or highly flexible element-
based layout approaches. Civil 3D also automatically
analyses horizontal and vertical curves while
verifying against constraints such as stopping and
passing sight distances and headlight distance.
profile alignment geometry with local design
criteria that you specify. These constraints remain
in place when using interactive “best fit”, PI-based
(point of intersection) or highly flexible element-
based layout approaches. Civil 3D also automatically
analyses horizontal and vertical curves while
verifying against constraints such as stopping and
passing sight distances and headlight distance.
With Civil 3D, design and analysis changes are
automatically reflected in the documentation, so
you can immediately understand the impact of
changes, evaluate more alternatives and achieve
higher-quality results faster.
automatically reflected in the documentation, so
you can immediately understand the impact of
changes, evaluate more alternatives and achieve
higher-quality results faster.
Preliminary Design
Pull in aerial imagery and terrain models from the
Google Earth™ application; import geographic
information system data such as road centre-
lines and wetlands boundaries; and then use the
purpose-built design tools to lay out preliminary
road and lot designs—all without hiring a survey
crew. In the detailed design phase, you can swap
out your conceptual surface for the more detailed
surface and all model information updates
automatically.
Google Earth™ application; import geographic
information system data such as road centre-
lines and wetlands boundaries; and then use the
purpose-built design tools to lay out preliminary
road and lot designs—all without hiring a survey
crew. In the detailed design phase, you can swap
out your conceptual surface for the more detailed
surface and all model information updates
automatically.
Surveying
Survey functionality is fully integrated into Civil
3D so you have a consistent environment for
all tasks, including direct import of raw survey
data, least-squares adjustment, editing of survey
observations and automated creation of survey
figures and surfaces. Most important, the result—
points, survey figures and surfaces—can be used
throughout the design process. Civil also provides
an interactive Map Check feature for identifying
errors and omissions of segment labels, including
legal descriptions and plats.
3D so you have a consistent environment for
all tasks, including direct import of raw survey
data, least-squares adjustment, editing of survey
observations and automated creation of survey
figures and surfaces. Most important, the result—
points, survey figures and surfaces—can be used
throughout the design process. Civil also provides
an interactive Map Check feature for identifying
errors and omissions of segment labels, including
legal descriptions and plats.
Better Surveying, Design and Analysis
From surveying to design and advanced analysis,
AutoCAD Civil 3D streamlines and accelerates workflows
with purpose-built tools for automating time-consuming
tasks and predicting project performance.
Data provided by Miller Legg & Associates