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Desmos 3D, 19 (+ \$\log_{256}(7\times2)\approx 0.475919\$) bytes

n=0
a=hsv(n,z,x,z
y=0

Input into \$n\$. Requires you to set the colour of the equation \$y=0\$ to the defined custom colour, as well as tick the Extend to 3D option, for an extra \$\log_{256}(7\times2)\approx 0.475919\$ bytes. The square is defined by \$0\leq x\leq 1,0\leq z\leq 1\$.

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Desmos 3D, 19 (+ \$\log_{256}(7\times2)\approx 0.475919\$) bytes

n=0
a=hsv(n,z,x
y=0

Input into \$n\$. Requires you to set the colour of the equation \$y=0\$ to the defined custom colour, as well as tick the Extend to 3D option, for an extra \$\log_{256}(7\times2)\approx 0.475919\$ bytes. The square is defined by \$0\leq x\leq 1,0\leq z\leq 1\$.

Try it here!

Desmos 3D, 19 (+ \$\log_{256}(7\times2)\approx 0.475919\$) bytes

n=0
a=hsv(n,x,z
y=0

Input into \$n\$. Requires you to set the colour of the equation \$y=0\$ to the defined custom colour, as well as tick the Extend to 3D option, for an extra \$\log_{256}(7\times2)\approx 0.475919\$ bytes. The square is defined by \$0\leq x\leq 1,0\leq z\leq 1\$.

Try it here!

Source Link

Desmos 3D, 19 (+ \$\log_{256}(7\times2)\approx 0.475919\$) bytes

n=0
a=hsv(n,z,x
y=0

Input into \$n\$. Requires you to set the colour of the equation \$y=0\$ to the defined custom colour, as well as tick the Extend to 3D option, for an extra \$\log_{256}(7\times2)\approx 0.475919\$ bytes. The square is defined by \$0\leq x\leq 1,0\leq z\leq 1\$.

Try it here!