Menu

Executive Programs

Workshops

Projects

Blogs

Careers

Placements

Student Reviews


For Business


More

Academic Training

Informative Articles

Find Jobs

We are Hiring!


All Courses

Choose a category

Mechanical

Electrical

Civil

Computer Science

Electronics

Offline Program

All Courses

All Courses

logo

CHOOSE A CATEGORY

Mechanical

Electrical

Civil

Computer Science

Electronics

Offline Program

Top Job Leading Courses

Automotive

CFD

FEA

Design

MBD

Med Tech

Courses by Software

Design

Solver

Automation

Vehicle Dynamics

CFD Solver

Preprocessor

Courses by Semester

First Year

Second Year

Third Year

Fourth Year

Courses by Domain

Automotive

CFD

Design

FEA

Tool-focused Courses

Design

Solver

Automation

Preprocessor

CFD Solver

Vehicle Dynamics

Machine learning

Machine Learning and AI

POPULAR COURSES

coursePost Graduate Program in Hybrid Electric Vehicle Design and Analysis
coursePost Graduate Program in Computational Fluid Dynamics
coursePost Graduate Program in CAD
coursePost Graduate Program in CAE
coursePost Graduate Program in Manufacturing Design
coursePost Graduate Program in Computational Design and Pre-processing
coursePost Graduate Program in Complete Passenger Car Design & Product Development
Executive Programs
Workshops
For Business

Success Stories

Placements

Student Reviews

More

Projects

Blogs

Academic Training

Find Jobs

Informative Articles

We're Hiring!

phone+91 9342691281Log in
  1. Home/
  2. MUNAGALA NARESH/
  3. Creation of geometries by Coordinate system methods using AutoCad

Creation of geometries by Coordinate system methods using AutoCad

Aim: (A) Create the geometries from P1 to P2 using all the coordinates system methods and also using line tool to find the missing dimension. (B) Civil related problems- Draw the profile and the trusses using any coordinate system methods using given dimensions as reference. Introduction: There is only 3 AutoCAD…

    • MUNAGALA NARESH

      updated on 01 Sep 2022

    Aim:

    (A) Create the geometries from P1 to P2 using all the coordinates system methods and also using line tool to find the missing dimension.

    (B) Civil related problems- Draw the profile and the trusses using any coordinate system methods using given dimensions as reference.

    Introduction:

    There is only 3 AutoCAD coordinates system you should know. Absolute coordinates, Relative coordinates and Polar coordinates.

    Absolute Coordinates
    All input points specify in your drawing using standard Cartesian coordinates x and y. Using absolute coordinate, points entered by typing x,y [Enter]

    Relative Coordinates

    After first points entered, your next points can be entered by specifying the next coordinate compare/relative from the first points. The relative coordinate started with symbol “@” tell AutoCAD it was a relative coordinates. Using relative coordinate, points entered by typing @x,y [Enter]

    Polar Coordinates
    Polar coordinates used when you need to draw the next points at specify angle. Polar coordinates system in AutoCAD specifies distance length at which angle. Using polar coordinate, points entered by typing @distance

    Commands used:

    • Line command
    • Dimlinear command
    • Text command
    • Circle command

     Procedure:

    (a) Absolute coordinate system:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on Line
    • Specify first point in command bar (2,1)
    • Specify next point as (8,1)
    • Specify next point (8,2)
    • Specify next point (3,2)
    • Specify next point (3,6)
    • Specify next point (8,6)
    • Specify next point (8,7)
    • Specify next point (2,7)
    • Click on close in command bar
    • The Geometry is done.

    (b) Relative Rectangular Coordinate:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on Line
    • Specify first point in command bar (2,1)
    • Specify next point @6,0
    • Specify next point @0,1
    • Specify next point @-5,0
    • Specify next point @0,4
    • Specify next point @5,0
    • Specify next point @0,1
    • Specify next point @-6,0
    • Click on close in command bar
    • The Geometry is done.

    (c) Relative Polar Coordinate:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on Line
    • Specify first point in command bar (2,1)
    • Specify next point @6<0 (Towards East)
    • Specify next point @1<90 (Towards North)
    • Specify next point @5<180 (Towards West)
    • Specify next point @4<90 (Towards North)
    • Specify next point @5<0 (Towards East)
    • Specify next point @1<90 (Towards North)
    • Specify next point @6<180 (Towards West)
    • Click on close in command bar
    • The geometry is done

    (d) Direct Distance entry:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on Line
    • Specify first point in command bar (2,1)
    • Specify next point as 6 (Keep cueser towars East)
    • Specify next point as 1 (Keep curser towars North)
    • Specify next point as 5 (Keep curser towards West)
    • Specify next point as 4 (Keep curser towards North)
    • Specify next point as 5 (Keep curser towards East)
    • Specify next point as 1 (Keep curser towards North)
    • Specify next point as 6 (Keep curser towards West)
    • Click on close in command bar
    • The geometry is done

     

    (a) Absolute coordinate system:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on Line
    • Specify first point in command bar (2,1)
    • Specify next pont (5,1)
    • Specify next point (5,5)
    • Specify next point (6,5)
    • Specify next point (6,1)
    • Specify next point (9,1)
    • Specify next point (7,8)
    • Specify next point (4,8)
    • Click on close in command bar
    • The geometry is done

    (b) Relative Rectangular Coordinate:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on Line
    • Specify first point in command bar (2,1)
    • Specify next point @3,0
    • Specify next point @0,4
    • Specify next point @1,0
    • Specify next point @0,-4
    • Specify next point @3,0
    • Specify next point @-2,7
    • Specify next point @-3,0
    • Click on close in command line

    (c) Relative Polar Coordinate system:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on LINE
    • Specify first point (2,1)
    • Specify next point @3<0
    • Specify next point @4<90
    • Specify next point @1<0
    • Specify next point @4<270
    • Specify next point @3<0
    • Specify next point @7<106
    • Specify next point @3<180
    • Click on close in command line

    (d) Direct distance entry method:

    • Click on AutoCad application and open this application.
    • Type QNEW in the command bar and enter
    • Select default setting as Imperial (feet and inches)
    • In default setting click on use wizard and in that advance setting set unit as decimal and precision as 0 and press next
    • Set Angle as Decimal degree and precision 0 and press next
    • Set Angle measure as EAST and press Next
    • Set Angle direction as Counter-clockwise and press Next
    • Set Area by providing Length as 10 and width 10
    • Press finish.
    • From Home tab click on LINE
    • Specify first point (2,1)
    • Enter the length of next point as 3 towars +ve x axis
    • Specify next point length as 4 Towards north
    • Soecify next point length as 1 towars east
    • Specify next point length as 4 towards south
    • Specify next point length as 3 towards east
    • Specify next point length as 7 towards east
    • Specify next point length as 3 towards west
    • Click on close in command line

    Using Absolute coordinate system:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (2,1)
    • Specify next point (3,1)
    • Specify next point (3,5)
    • Specify next point (5,3)
    • Specify next point (7,5)
    • Specify next point (7,1)
    • Specify next point (3,1)
    • Specify next point (8,8)
    • Specify next point (7,8)
    • Specify next point (5,5)
    • Specify next point (3,8)
    • Specify next point (2,8)
    • Click on CLOSE in command line

    Using Relative Rectangular Coordinate System:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (2,1)
    • Specify next point @1,0
    • Specify next point @0,7
    • Specify next point @5,0
    • Specify next point @0,-6
    • Specify next point @-3,0
    • Specify next point @0,-1
    • Specify next point @4,0
    • Specify next point @0,8
    • Specify next point @-7,0
    • Click on CLOSE in command line

    Using Absolute Coordinate System:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (2,1)
    • Specify next point (10,1)
    • Specify next point (10,7)
    • Specify next point (2,7)
    • Click on CLOSE in command line
    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (3,2)
    • Specify next point (5,2)
    • Specify next point (5,5)
    • Specify next point (3,5)
    • Click on CLOSE in command line
    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (6,2)
    • Specify next point (8,2)
    • Specify next point (8,5)
    • Specify next point (6,5)
    • Click on CLOSE in command line

    Using Relative Rectangular Coordinate System

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (0,0)
    • Specify next point @10,0
    • Specify next point @0,2
    • Specify next point @-4,0
    • Specify next point @0,4
    • Specify next point @3,0
    • Specify next point @0,2
    • Specify next point @-8,0
    • Specify next point @0,-2
    • Specify next point @3,0
    • Specify next point @0,-4
    • Specify next point @-4,0
    • Click on CLOSE in command bar

     

    Using Absolute Coordinate System:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (1,1)
    • Specify next point (6,1)
    • Specify next point (6,3)
    • Specify next point (3,3)
    • Specify next point (3,2)
    • Specify next point (2,2)
    • Specify next point (2,4)
    • Specify next point (3,4)
    • Specify next point (5,6)
    • Specify next point (1,8)
    • Click on CLOSE in command line

    Using Relative Polar Coordinate System:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (1,1)
    • Specify next point @2<0
    • Specify next point @3<90
    • Specify next point @5<180
    • Specify next point @4<90
    • Specify next point @5<180
    • Click on CLOSE in command line
    • Select LINE tool from ribbon or type Line command in command bar
    • Specify point (2,5)
    • Specify next point @3,0
    • Specify next point @2<90
    • Specify next point @3<180
    • Click on CLOSE in command line

    Using Direct Distance method:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (0,0)
    • Specify next point length as 10 towards east
    • Specify next point length as 1 towards north
    • Specify next point length as 2 towards west
    • Specify next point length as 4 towards north
    • Specify next point length as 2 towwards east
    • Specify next point length as 831 at an angle <149.036 from+ve x- direction while keeping polar tracking on
    • Specify next point length as 5.831 at an angle <210.964 from ve x- direction
    • Specify next point length as 2 towards east
    • Specify next point length as 5 towards south
    • Specify next point length as 2 towards east
    • Click CLOSE in command line
    • Select the circle tool by entering CIRCLE command in command bar
    • Specify centre point (5,4)
    • Specify radius of circle as 2

    Using Relative Rectangular Coordinate System:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (1,1)
    • Specify next point @1,0
    • Specify next point @0,4 and lets consider as point 1
    • Specify next point @3.536,3.536 and lets consider as point 2
    • Specify next point @3.536,-3.536 and consider it as point 3
    • Specify next point @0,-4
    • Press Esc to cancel the LINE command
    • Select Line tool again from ribbon
    • Join point 1 and 3
    • Press Esc to cancel the LINE command
    • Select Line tool again from ribbon
    • Specify point as (4.536,5) and lets consider it as point 4
    • Specify Point @-2.536,1
    • Specify next point @0,-1
    • Press Esc to cancel the LINE command
    • Select Line tool again from ribbon
    • Specify point 4.536,5
    • Specify next point @2.536,1
    • Specify next point @0,-1
    • Press Esc to cancel the LINE command
    • Select Line tool again from ribbon
    • Join point 2 and 4.
    • Press Esc to cancel the LINE command

    Using Absolute coordinate system:

    • Select LINE tool from ribbon or type Line command in command bar
    • Specify first point (1,1)
    • Specify next point (7,1)
    • Specify next point (7,3)
    • Click on CLOSE in command line
    • Select LINE tool from ribbon or type Line command in command bar
    • Specify point (3,1)
    • Specify next point (3,1.667)
    • Specify next point (5,1)
    • Specify next point (5,2.33)
    • Specify next point (7,1)
    • Press Esc to cancel the LINE command

    Leave a comment

    Thanks for choosing to leave a comment. Please keep in mind that all the comments are moderated as per our comment policy, and your email will not be published for privacy reasons. Please leave a personal & meaningful conversation.

    Please  login to add a comment

    Other comments...

    No comments yet!
    Be the first to add a comment

    Read more Projects by MUNAGALA NARESH (45)

    To Design slab and foundation for an RC residential building using TSD

    Objective:

    1.Design the slab and foundation of the model. Outline the thought process for designing of the elements (column, beam, slab and foundations)Aim - To design the slab and foundation of the model.Tools Used - 1st Order analysis, Analysis all ( static ), Status , check panel ,Properties window etc. Procedure -Open the…

    calendar

    03 Aug 2024 01:47 PM IST

      Read more

      Project 2_Analyze and Design the RC office building as per IS standard code in TEKLA STRUCTURAL DESIGNER

      Objective:

      Develop general arrangement for the RC office building. Analyze and design the building as per IS standard code in TEKLA STRUCTURAL DESIGNER. Refer the attached plan and elevation. The building to be designed for dead, live, wind and seismic loading.Report of each member to be generated and extract drawings for structural…

      calendar

      03 Aug 2024 01:46 PM IST

      • DESIGN
      Read more

      To Generate report for Steel Industrial and RC structures using TSD

      Objective:

      ) Generate report for the steel building design from challenges 1 – 6 along with the loading summary AIM : To Generate report for the steel building design from challenges 1 – 6 along with the loading summary INTRODUCTION : Open the model.If needed, number the model. ...On the Drawings & reports…

      calendar

      03 Aug 2024 01:40 PM IST

      • BIM
      • Tekla Structural Designer
      Read more

      To Generate seismic loading based on IS code and to run the analysis using TSD

      Objective:

      1. Generate seismic loading based IS codal provisions and zone II. Any other data you can assume and input accordingly. AIM: To generate seismic loading based IS codal provisions and zone II. INTRODUCTION:Seismic load indicates how much seismic energy (waves of energy that travel through the earth) a…

      calendar

      14 Jul 2024 05:57 AM IST

        Read more

        Schedule a counselling session

        Please enter your name
        Please enter a valid email
        Please enter a valid number

        Related Courses

        coursecard

        Design loads considered on bridges

        Recently launched

        10 Hours of Content

        coursecard

        Design of Steel Superstructure in Bridges

        Recently launched

        16 Hours of Content

        coursecard

        Design for Manufacturability (DFM)

        Recently launched

        11 Hours of Content

        coursecard

        CATIA for Medical Product Design

        Recently launched

        5 Hours of Content

        coursecardcoursetype

        Accelerated Career Program in Embedded Systems (On-Campus) Courseware Partner: IT-ITes SSC nasscom

        Recently launched

        0 Hours of Content

        Schedule a counselling session

        Please enter your name
        Please enter a valid email
        Please enter a valid number

        logo

        Skill-Lync offers industry relevant advanced engineering courses for engineering students by partnering with industry experts.

        https://d27yxarlh48w6q.cloudfront.net/web/v1/images/facebook.svghttps://d27yxarlh48w6q.cloudfront.net/web/v1/images/insta.svghttps://d27yxarlh48w6q.cloudfront.net/web/v1/images/twitter.svghttps://d27yxarlh48w6q.cloudfront.net/web/v1/images/youtube.svghttps://d27yxarlh48w6q.cloudfront.net/web/v1/images/linkedin.svg

        Our Company

        News & EventsBlogCareersGrievance RedressalSkill-Lync ReviewsTermsPrivacy PolicyBecome an Affiliate
        map
        EpowerX Learning Technologies Pvt Ltd.
        4th Floor, BLOCK-B, Velachery - Tambaram Main Rd, Ram Nagar South, Madipakkam, Chennai, Tamil Nadu 600042.
        mail
        info@skill-lync.com
        mail
        ITgrievance@skill-lync.com

        Top Individual Courses

        Computational Combustion Using Python and CanteraIntroduction to Physical Modeling using SimscapeIntroduction to Structural Analysis using ANSYS WorkbenchIntroduction to Structural Analysis using ANSYS Workbench

        Top PG Programs

        Post Graduate Program in Hybrid Electric Vehicle Design and AnalysisPost Graduate Program in Computational Fluid DynamicsPost Graduate Program in CADPost Graduate Program in Electric Vehicle Design & Development

        Skill-Lync Plus

        Executive Program in Electric Vehicle Embedded SoftwareExecutive Program in Electric Vehicle DesignExecutive Program in Cybersecurity

        Trending Blogs

        Heat Transfer Principles in Energy-Efficient Refrigerators and Air Conditioners Advanced Modeling and Result Visualization in Simscape Exploring Simulink and Library Browser in Simscape Advanced Simulink Tools and Libraries in SimscapeExploring Simulink Basics in Simscape

        © 2025 Skill-Lync Inc. All Rights Reserved.

                    Do You Want To Showcase Your Technical Skills?
                    Sign-Up for our projects.