4 improved rormat

I have 12 circles. How every single circle sign (from 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi]π - \[Pi]π/6, \[Pi]π/6}, but I need to have numbers 1-12.

Maybe any ideas how I can make 3 arrows?

Graphics[
Table[
Graphics[Table[{ColorData["TemperatureMap", 1 - a/(2 \[Pi]π - \[Pi]π/6)],
Disk[{Cos[a + \[Pi]π/2], Sin[a + \[Pi]π/2]}, 0.1],
Text[Style[a, Black], {Cos[a + \[Pi]π/2], Sin[a + \[Pi]π/2]}]}, {a,
0, 2 \[Pi]π - \[Pi]π/6, \[Pi]π/6}]]


I have 12 circles. How every single circle sign (from 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}, but I need to have numbers 1-12.

Maybe any ideas how I can make 3 arrows?

Graphics[
Table[
{ColorData["TemperatureMap", 1 - a/(2 \[Pi] - \[Pi]/6)],
Disk[{Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}, 0.1],
Text[Style[a, Black], {Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}]}, {a,
0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}]]


I have 12 circles. How every single circle sign (from 1 to 12). I know only how to sign with my range {a, 0, 2 π - π/6, π/6}, but I need to have numbers 1-12.

Maybe any ideas how I can make 3 arrows?

Graphics[Table[{ColorData["TemperatureMap", 1 - a/(2 π - π/6)],
Disk[{Cos[a + π/2], Sin[a + π/2]}, 0.1],
Text[Style[a, Black], {Cos[a + π/2], Sin[a + π/2]}]}, {a, 0, 2 π - π/6, π/6}]]

Post Closed as "off-topic" by C. E., Edmund, RunnyKine, MarcoB, ubpdqn
3 added 3 characters in body; edited title

# Clock - lablelabel and arrows

iI have 12 circles. How How every single circle sign  ( fromfrom 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}, but iI need to have numbers 1-12. Maybe

Maybe any ideas how iI can make 3 arrows?

Graphics[
Table[
{ColorData["TemperatureMap", 1 - a/(2 \[Pi] - \[Pi]/6)],
Disk[{Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}, 0.1],
Text[Style[a, Black], {Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}]}, {a,
0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}]]


# Clock - lable and arrows

i have 12 circles. How every single circle sign( from 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}, but i need to have numbers 1-12. Maybe any ideas how i can make 3 arrows?

Graphics[
Table[
{ColorData["TemperatureMap", 1 - a/(2 \[Pi] - \[Pi]/6)],
Disk[{Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}, 0.1],
Text[Style[a, Black], {Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}]}, {a,
0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}]]


# Clock - label and arrows

I have 12 circles. How every single circle sign  (from 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}, but I need to have numbers 1-12.

Maybe any ideas how I can make 3 arrows?

Graphics[
Table[
{ColorData["TemperatureMap", 1 - a/(2 \[Pi] - \[Pi]/6)],
Disk[{Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}, 0.1],
Text[Style[a, Black], {Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}]}, {a,
0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}]]

2 added 72 characters in body

i have 12 circles. How every single circle sign( from 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}, but i need to have numbers 1-12. Maybe any ideas how i can make 3 arrows?

Graphics[
Table[
{ColorData["TemperatureMap", 1 - a/(2 \[Pi] - \[Pi]/6)],
Disk[{Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}, 0.2]}1],
Text[Style[a, Black], {Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}]}, {a,
0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}]]


i have 12 circles. How every single circle sign( from 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}, but i need to have numbers 1-12. Maybe any ideas how i can make 3 arrows?

Graphics[
Table[
{ColorData["TemperatureMap", 1 - a/(2 \[Pi] - \[Pi]/6)],
Disk[{Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}, 0.2]},
{a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}]]


i have 12 circles. How every single circle sign( from 1 to 12). I know only how to sign with my range {a, 0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}, but i need to have numbers 1-12. Maybe any ideas how i can make 3 arrows?

Graphics[
Table[
{ColorData["TemperatureMap", 1 - a/(2 \[Pi] - \[Pi]/6)],
Disk[{Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}, 0.1],
Text[Style[a, Black], {Cos[a + \[Pi]/2], Sin[a + \[Pi]/2]}]}, {a,
0, 2 \[Pi] - \[Pi]/6, \[Pi]/6}]]

1