Write the shortest code, in number of bytes, to display, return, or evaluate to the golden ratio (that is, the positive root of the quadratic equation: 
\$x^2-x-1=0\$, approximately 1.618033988749895), to at least 15 significant figures. No input will be given to your program.
Sample in Stutsk programming language:
1 100 { 1 + 1 swp / } repeat print Write the shortest code, in number of bytes, to display, return, or evaluate to the golden ratio (that is, the positive root of the quadratic equation: , approximately 1.618033988749895), to at least 15 significant figures. No input will be given to your program.
Sample in Stutsk programming language:
1 100 { 1 + 1 swp / } repeat print Write the shortest code, in number of bytes, to display, return, or evaluate to the golden ratio (that is, the positive root of the quadratic equation: \$x^2-x-1=0\$, approximately 1.618033988749895), to at least 15 significant figures. No input will be given to your program.
Sample in Stutsk programming language:
1 100 { 1 + 1 swp / } repeat print The goal isWrite the shortest code, in number of bytes, to calculatedisplay, return, or evaluate to the golden ratio, that (that is, the positive root of the quadratic equation: , which is approximately 1 1.61803399618033988749895), to at least 15 significant figures. No input will be given to your program.
Sample in Stutsk programming language:
1 100 { 1 + 1 swp / } repeat print The goal is to calculate the golden ratio, that is the positive root of the quadratic equation: , which is approximately 1.61803399
Sample in Stutsk programming language:
1 100 { 1 + 1 swp / } repeat print Write the shortest code, in number of bytes, to display, return, or evaluate to the golden ratio (that is, the positive root of the quadratic equation: , approximately 1.618033988749895), to at least 15 significant figures. No input will be given to your program.
Sample in Stutsk programming language:
1 100 { 1 + 1 swp / } repeat print 