1 . Translation
INPUT :
4 // No. of vertices of Polygon 20 20 //(x,y) Co-ordinates of Vertices 100 20 100 100 20 100 2 // Selected option 2 for Translation -50 -140 // Translation along X & Y
OUTPUT :
2 . Rotation
INPUT :
4 // No. of vertices of Polygon 20 20 // (x,y) Co-ordinates of Vertices 100 20 100 100 20 100 3 // Choice no. for Rotation 60 // Angle of Rotation in Degrees -50 -50 // Reference point Co-ordinates
OUTPUT :
3 . Scaling
INPUT :
4 // No. of vertices of Polygon 20 20 // (x,y) Co-ordinates of Vertices 100 20 100 100 20 100 4 // Choice no. for Scaling 0.5 0.5 // Scaling factors along X & Y
OUTPUT :
4 . Reflection
About arbitrary line y=mx+c
INPUT :
4 // No. of vertices of Polygon 20 20 // (x,y) Co-ordinates of Vertices 100 20 100 100 20 100 5 // Choice no. for Reflection 4 // Choice for Reflection about y=mx+c 1 -30 // m & c values
OUTPUT :
5 . Shearing
X-direction Shear
INPUT :
4 // No. of vertices of Polygon 20 20 // (x,y) Co-ordinates of Vertices 100 20 100 100 20 100 6 // Choice no. for Shearing 1 // Choice no. for Shear about X axis 1.5 // Shear Coefficient
OUTPUT :
6 . Composite Transformation
INPUT :
4 // No. of vertices of Polygon 20 20 // (x,y) Co-ordinates of Vertices 100 20 100 100 20 100 1 // Choice no. for Comp. Transf. -50 -50 // Reference Point Co-ordinates 60 // Angle of Rotation in Degrees -40 -80 // Translation along X & Y 1.5 1.5 // Scaling factors along X & Y
OUTPUT :
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