Table 1.
Table of data of objects.
Fig 1.
The data points of different objects (a) Circle, (b) Lamp, (c) Car, (d) Flower, (e) Guitar, (f) Vase, are interpolated by QTS with periodic end conditions.
Fig 2.
CHP using Flower data and its QTS.
Fig 3.
AIP using Data of Letter “A” and its corresponding QTS with (a) translation, (b) scaling, (c) rotation with angle π and (d) shearing.
Fig 4.
VDP for various object data and their corresponding QTSs: (a) Butterfly, (b) Fish, (c) Car.
Fig 5.
Area Analysis of QTS and CPS using f = sin(t): (a) Plot of CPS, (b) Plot of QTS, (c) Area plot of CPS, (d) Area plot of QTS, and (e) Area between CPS and QTS.
Fig 6.
Area Analysis of QTS and CPS using f = tan(t): (a) Plot of CPS, (b) Plot of QTS, (c) Area plot of CPS, (d) Area plot of QTS, and (e) Area between CPS and QTS.
Fig 7.
Area Analysis of QTS and CPS using f = et: (a) Plot of CPS, (b) Plot of QTS, (c) Area plot of CPS, (d) Area plot of QTS, and (e) Area between CPS and QTS.
Fig 8.
Data of the letter “A” is interpolated: (a) by CPS; (b) by QTS.
Fig 9.
Data of a lamp is interpolated: (a) by CPS; (b) by QTS.
Fig 10.
Data of a car is interpolated: (a) by CPS; (b) by QTS.
Fig 11.
Data of a vase is interpolated: (a) by CPS; (b) by QTS.
Table 2.
Table of time elapsed of both the splines.
Table 3.
Table of error analysis, for CPS and QTS, for a variety of functions.
Table 4.
Difference Table for QTS and CPS.