Creation of geometries by Coordinate system methods using AutoCad

1)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

2)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

3)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

4)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

5)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

6)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

7)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

8)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

9)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions

10)

• Used both both relative and absolute coordinate system to draw the geometry.
• Used (@,<) for length and angle.
• Points - ID
• Linear Dimensions
• Aligned Dimensions