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N1(XYAXIS) { z=pixel: z=1/sin(1/(z*pixel)) , |z|<=4
} try maxiter=35 then 200
N_n(XYAXIS) { z=pixel: z=(1/sin(1/(z^2*pixel))) , |z|<=4
} n integer
N_n1(XYAXIS) { z=pixel: z=(1/sin(1/(z^2*pixel)))*pixel , |z|<=4
}
N2(XAXIS){ z=pixel: z=(1/sin(sinh(z*pixel)))*pixel , |z|<=4
}
N2_1(XYAXIS){ z=pixel: z=sin(sinh(z*pixel))*pixel , |z|<=4
}
N2_2(XYAXIS){ z=pixel: z=sin(sinh(z*pixel))+pixel , |z|<=4
}
N3(XAXIS) { z=pixel: z=1/sin(1/((z^z)*pixel)) , |z|<=4
}
N3_1(XAXIS) { z=pixel: z=1/sin(1/((z^z)*pixel))+pixel, |z|<=4
}
N3_2(XAXIS) { z=pixel: z=1/sin(1/((z^z)*pixel))*pixel, |z|<=4
}
N3sh(XAXIS) { z=pixel: z=1/sinh(1/((z^z)*pixel)) , |z|<=4
}
N3_1sh(XAXIS) {z=pixel: z=1/sinh(1/((z^z)*pixel))+pixel, |z|<=4
}
N3_2sh(XAXIS) {z=pixel: z=1/sinh(1/((z^z)*pixel))*pixel, |z|<=4
}
N3_1ch(XAXIS) { z=pixel: z=1/cosh(1/((z^z)*pixel))+pixel, |z|<=4
}
N3_2ch(XAXIS) { z=pixel: z=1/cosh(1/((z^z)*pixel))*pixel, |z|<=4
}
N4(XYAXIS) { z=pixel: z=(1/sin(1/(z*pixel)))*pixel , |z|<=4
}
N5(XYAXIS) { z=pixel: z=(1/sin(1/(z*pixel)))+pixel , |z|<=4
}
N6(XAXIS) { z=pixel: z=(1/cos(1/(z*z)))+pixel , |z|<=4
}
N7(XAXIS) { z=pixel: z=(1/cos(1/(z*pixel)))+pixel , |z|<=4
}
N8(XYAXIS) { z=pixel: z=1/sinh(1/(z*pixel)) , |z|<=4
}
N9(XAXIS) { z=pixel: z=1/sinh(1/(z*pixel))+pixel, |z|<=4
}
N10(XYAXIS) { z=pixel: z=1/sinh(1/(z*pixel))*pixel, |z|<=4
}
N11(XYAXIS) { z=pixel: z=1/cosh(1/(z*pixel)) , |z|<=4
}
N12(XAXIS) { z=pixel: z=1/cosh(1/(z*pixel))+pixel, |z|<=4
}
N13(XYAXIS) { z=pixel: z=1/cosh(1/(z*pixel))*pixel, |z|<=4
}
N15(XAXIS) { z=pixel: z=(sin(z*z*sin(1/(z*z))))+pixel, |z|<=4
}
N16(XYAXIS) { z=pixel: z=(sin(z*z*sin(1/(z*z))))*pixel, |z|<=4
}
ducks(xaxis) { z=pixel,t=1+pixel: z=sqr(z)+t, |z|<=4
}
It seems not so ugly at first glance and lot of corners to zoom in.
try this:
Corners X Y
top-left -1.178372 -0.601683
bottom-right -0.978384 -0.751678
center -1.07838 -0.67668
NxA(XAXIS) { z=pixel: z=sin(z^pixel) , |z|<=4
}
NxB(XAXIS) { z=pixel: z=sin(z^pixel)*pixel , |z|<=4
}
NxE(XAXIS) { z=pixel: z=sinh(z^pixel) , |z|<=4
}
NxF(XAXIS) { z=pixel: z=sinh(z^pixel)*pixel , |z|<=4
}
NxJ(XYAXIS) { z=pixel: z=1/sin(z*pixel) , |z|<=4
}
NxK(XAXIS) { z=pixel: z=(1/sin(z^pixel))*pixel , |z|<=4
}
NxL(XYAXIS) { z=pixel: z=(1/sin(z*pixel))*pixel , |z|<=4
}
NxM(XAXIS) { z=pixel: z=1/cos(z^pixel) , |z|<=4
}
NxN(XYAXIS) { z=pixel: z=1/cos(z*pixel) , |z|<=4
}
NxP(XYAXIS) { z=pixel: z=(1/cos(z*pixel))*pixel , |z|<=4
}
NxR(XYAXIS) { z=pixel: z=1/sinh(z*pixel) , |z|<=4
}
NxT(XYAXIS) { z=pixel: z=(1/sinh(z*pixel))*pixel , |z|<=4
}
NxU(XAXIS) { z=pixel: z=1/cosh(z^pixel) , |z|<=4
}
NxV(XYAXIS) { z=pixel: z=1/cosh(z*pixel) , |z|<=4
}
NxX(XYAXIS) { z=pixel: z=(1/cosh(z*pixel))*pixel , |z|<=4
}
NxY(XYAXIS) { z=pixel: z=z*pixel*sin(z*pixel) , |z|<=4
}
NxZ(XAXIS) { z=pixel: z=z*pixel*sin(z*pixel)+pixel , |z|<=4
}
Nx2(XYAXIS) { z=pixel: z=z*pixel*sinh(z*pixel)+pixel , |z|<=4
}
Nx3(XYAXIS) { z=pixel: z=z*pixel*cosh(z*pixel) , |z|<=4
}
Nx5(XYAXIS) { z=pixel: z=1/((z*pixel)*sin(z*pixel)) , |z|<=4
}
Nx6(XYAXIS) { z=pixel: z=(1/((z*pixel)*sin(z*pixel)))*pixel , |z|<=4
}
Nx7(XYAXIS) { z=pixel: z=1/((z*pixel)*sinh(z*pixel)) , |z|<=4
}
Nx8(XYAXIS) { z=pixel: z=(1/((z*pixel)*sinh(z*pixel)))*pixel , |z|<=4
}
Nx9(XAXIS) { z=pixel: z=(z^pixel)*sin(z^pixel) , |z|<=4
}
Ny1(XYAXIS) { z=pixel: z=(z^pixel)*sinh(z^pixel) , |z|<=4
}
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