I have the list R
:
R={{-π, -π}, {-π, -(π/2)}, {-π, 0}, {-π, π/2},
{-(π/2), -π}, {-(π/2), -(π/2)}, {-(π/2), 0}, {-(π/2), π/2},
{0, -π}, {0, -(π/2)}, {0, 0}, {0, π/2},
{π/2, -π}, {π/2, -(π/2)}, {π/2, 0}, {π/2, π/2},
{-π, -π}, {-π, -(π/2)}, {-π, 0}, {-π, π/2},
{-(π/2), -π}, {-(π/2), -(π/2)}, {-(π/2), 0}, {-(π/2),π/2},
{0, -π}, {0, -(π/2)}, {0, 0}, {0, π/2},
{π/2, -π}, {π/2, -(π/2)}, {π/2, 0}, {π/2, π/2}}
How can I produce the list $(1_{(-\pi,-\pi)}, 1_{(-\pi/2,-\pi/2)}, \dots, 1_{(-\pi,-\pi)}, \dots, 1_{(\pi/2,\pi/2)}) $, i.e make the elements of the list R
indices of the elements of another list with the same Length
?
Can I also add a superscript to the elements of the new list? E.g $(1^{a}_{(-\pi,-\pi)}, 1^{a}_{(-\pi/2,-\pi/2)}, \dots, 1^{b}_{(-\pi/2,-\pi/2)},\dots, 1^{b}_{(\pi/2,\pi/2)}) $