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0<a<2*pi , a(step)=pi/100 Fx(a)=R*cos(a) Fy(a)=R*sin(a) Fz(a)=0 R=3+sin(3*a)-cos(12*a) |
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0<t<2*pi , t(step)=pi/100 Fx(t)=R*cos(t)-5 Fy(t)=R*sin(t) Fz(t)=0 R=4 + cos(6*t)
0<t<2*pi , t(step)=pi/100 Fx(t)=R*cos(t)+5 Fy(t)=R*sin(t) Fz(t)=0 R= 4+3*sin(7*t) |
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0<a<10*pi , a(step)=pi/180 Fx(a)=R*cos(a) Fy(a)=R*sin(a) Fz(a)=0 R=8*cos(a*5)*sin(a/15)
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0<t<2*pi , t(step)=pi/20 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=3+2*sin(t)
and circles that have R= 1, R=3, R= 5 |
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0<t<2*pi , t(step)=pi/20 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=[3+5*sin(t)]
and circles that have R= 1, R=3, R= 5 |
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0<t<2*pi , t(step)=pi/20 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=[1+sin(t)]*4
and circles that have R=4, R=8 |
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0<t<2*pi , t(step)=pi/40 0<k<1 , k(step)=1 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=9*sin(t)*k
and a circle that has R= 9 |
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0<t<2*pi , t(step)=pi/20 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0
R=8+7*sin(t) R=8+7*cos(t) R=8 -7*cos(t) R= 8 -7*sin(t) |
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0<t<2*pi , t(step)=pi/20 1<k<15 , k(step)=1 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=[8+k*cos(t)] |
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0<t<2*pi , t(step)=pi/100 1<k<11 , k(step)=1 Fx(t)=R*cos(t) -15 Fy(t)=R*sin(t) Fz(t)=0 R=6+k*cos(6*t)
0<t<2*pi , t(step)=pi/100 1<k<12 , k(step)=1 Fx(t)=R*cos(t) +15 Fy(t)=R*sin(t) Fz(t)=0 R=12 + k*sin(7*t) |
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0<t<2*pi , t(step)=pi/100 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=5*sin(6* t)
ve R= 5 olan çember |
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0<t<2*pi , t(step)=pi/100 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0
R=5*cos(3*t) R=5*sin(3*t) |
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0<t<4*pi , t(step)=pi/50 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=t*sin(t)
0<t<2*pi , t(step)=pi/50 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=2*cos(t) + (4*cos(t)^2 -3) |
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0<t<40*pi , t(step)=pi/50 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=t |
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0<t<40*pi , t(step)=pi/50 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=10*cos(0.95*t) |
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0<t<20*pi , t(step)=pi/50 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=t + 2*sin(2*Pi*t) |
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0<t<15*pi , t(step)=pi/50 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=t + 3*sin(4*t) - 5*cos(4*t) |
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0<t<18*pi , t(step)=pi/50 Fx(t)=R*cos(t) Fy(t)=R*sin(t) Fz(t)=0 R=t + 2*sin(2*Pi*t) + 4*cos(2*Pi*t) |
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-10<t<10 , t(step)=0.1 Fx(t)=(6-2)*cos(t)+2*cos((6-2)/2*t) Fy(t)=(6-2)*sin(t) - 2*sin((6-2)/2*t) Fz(t)=0
and a circle that has R= 6 |
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-10<t<10 , t(step)=0.1 Fx(t)=(6+2)*cos(t)-2*cos((6+2)/2*t) Fy(t)=(6+2)*sin(t) - 2*sin((6+2)/2*t) Fz(t)=0
and a circle that has R= 6 |
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ButterFly 0<a<122*pi , a(step)=pi/100 Fx(a)=R*cos(a) Fy(a)= R*sin(a) Fz(a)=0 R= 2*[e^sin(a) -2*cos(4*a) + sin(a/12)^5] |
