Creating a Floor plan, Footing detail and Isometric view using AutoCad

Aim:-

To creat the model c1 to c6 in autocad software and wrote the procedure in report format shown as a given below:

Procedure:-

C1:-c.s of load bearing wall over spread footing.

solve the model in polar coordinate system;

set the units to decimal,and milimeter,then press the enter

then, type l command to command box , and enter

• specify first point 1,1 and press enter
• specify next point ;at @0.90<0
• specify next point ;at @0.25<90
• specify next point ;at @0.10<180
• specify next point ;at @0.50<180
• specify next point ;at @0.10<180
• specify next point ;at @0.25<270
• specify next point ;at @0.40<90
• specify next point ;at @0.05<0
• specify next point ;at @0.40<90
• specify next point ;at @0.25<90
• specify next point ;at @1.15<180
• specify next point ;at @0.15<90
• specify next point ;at @0.30<0
• specify next point ;at @0.15<90
• specify next point ;at @0.30<0
• specify next point ;at @0.15<90
• specify next point ;at @0.30<0
• specify next point ;at @1<90
• specify next point ;at @0.30<0
• specify next point ;at @1.75<270
• specify next point ;at @0.05<270
• specify next point ;at @0.30<180
• specify next point ;at @0.05<270
• Again enter line command
• specify next point ;at @0.65<0
• specify next point ;at @0.60<270
• specify next point ;at @0.65<180
• specify next point ;at @0.40<270
• specify next point ;at @0.15<180
• specify next point ;at @0.40<270
• specify next point ;at @0.20<180
• specify next point ;at @0.25<270

C.2.) c.s isolated footing

type l command to command box , and enter

• specify first point 1,1 and press enter
• specify next point ;at @1<0
• specify next point ;at @0.15<90
• specify next point ;at @0.38<150
• specify next point ;at @1.60<90
• specify next point ;at @0.24<180
• specify next point ;at @1.60<270
• specify next point ;at @0.38<200
• specify next point close or undo and press enter
• specify next point ;at @0.04<270
• specify next point ;at @0.38<0
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.20<90
• specify next point ;at @0.16<0
• specify next point close or undo nad press enter
• then type offset command and offset the top of 0.16 to throught 0.20 and press enter
• repeat the same offset process to 9 times.
• Then exist the command and enter

C.3.) Line diagram of a two bedroom building

type l command to command box , and enter

• specify first point 1,1 and press enter
• specify next point ;at @3.6<0
• specify next point ;at @0.30<270
• specify next point ;at @0.30<270
• specify next point ;at @0.30<270
• specify next point ;at @1<0
• specify next point ;at @0.30<90
• specify next point ;at @0.30<90
• specify next point ;at @0.30<90
• specify next point ;at @4.20<180
• specify next point ;at @0.30<90
• specify next point ;at @0.30<90
• specify next point ;at @0.30<90
• specify next point ;at @1<180
• specify next point ;at @0.30<270
• specify next point ;at @0.30<270
• specify next point ;at @0.30<270
• specify next point ;at @3.60<180
• then type offset command and offset the top of 1.00 to throught 0.30 and press enter
• repeat the same offset process to 2 times.
• Then exist the command and enter.
• then type offset command and offset the bottom of 1.00 to throught 0.30 and press enter
• repeat the same offset process to 2 times.
• Then exist command and press enter.

C.4).C.S load bearing wall showing foundation

type l command to command box , and enter

• specify first point 1,1 and press enter
• specify next point ;at @0.90<0
• specify next point ;at @0.45<90
• specify next point ;at @0.15<180
• specify next point ;at @0.60<180
• specify next point ;at @0.15<180
• exist and line command again
• specify first point pick the 0.40 point in x-axis.
• specify next point ;at @0.40<90
• specify next point ;at @0.05<0
• specify next point ;at @0.30<90
• specify next point ;at @0.05<0
• specify next point ;at @0.60<90
• specify next point ;at @0.05<0
• specify next point ;at @0.30<0
• specify next point ;at @0.05<0
• specify next point ;at @0.60<270
• specify next point ;at @0.05<0
• specify next point ;at @0.05<0
• specify next point ;at @0.40<270
• Exist and line command again enter
• specify first point to pick the same point 0.30
• specify next point ;at @1<90
• specify next point ;at @0.30<0
• specify next point ;at @1<270
• Then exist command and press enter.

C.5). Isometric drawings:-

And first ds enter and off the snap on and grid on. and set isometric unit.

type l command to command box , and enter

• specify first point 1,1 and press enter
• specify next point ;at @0.15<90
• specify next point ;at @0.30<30
• specify next point ;at @0.15<90
• specify next point ;at @0.30<30
• specify next point ;at @0.15<90
• specify next point ;at @0.30<30
• specify next point ;at @0.15<90
• specify next point ;at @0.30<30
• specify next point ;at @0.15<90
• specify next point ;at @0.30<30
• specify next point ;at @1<110
• specify next point ;at @0.30<200
• specify next point ;at @0.15<270
• specify next point ;at @0.30<200
• specify next point ;at @0.15<270
• specify next point ;at @0.30<200
• specify next point ;at @0.15<270
• Exist line command and, offset the above line 1.00 to through 0.30 into 4 times.
• then adain offset the next line to 0.15 into 5 times and enter exist.

C.6). Isometric view of cable wall:-

type l command to command box , and enter

• specify first point 1,1 and press enter
• specify next point ;at @0.30<110
• specify next point ;at @1.00<30
• specify next point ;at @2.42<90
• specify next point ;at @1.00<30
• specify next point ;at @2.42<270
• specify next point ;at @3.00<90
• specify next point ;at @0.30<110
• specify next point ;at @1.15<120
• specify next point ;at @1.50<225
• Then exist command and press enter.