Extract a List of Co-ordinates from a List of Complex Solutions

Question

Let's say I have this list of solutions from a previous computation:

{
 {x -> -9.640491283722653` - 5.790987589334252` I}, 
 {x -> -9.640491283722653` + 5.790987589334252` I},
 {x ->  0.`- 14.792128645445802` I},
 {x ->  0.`+ 14.792128645445802` I},
 {x ->  9.640491283722653`- 5.790987589334252` I},
 {x ->  9.640491283722653`+ 5.790987589334252` I}
}

Now, how do I extract a list of coordinates from them?

Like

{
 {-9.640491283722653`, - 5.790987589334252`},
 {-9.640491283722653`, + 5.790987589334252`},
 {0.`,- 14.792128645445802`},
 {0.`,+ 14.792128645445802},
 {9.640491283722653`,- 5.790987589334252`},
 {9.640491283722653`,+ 5.790987589334252` }
}

Answer 1

Works nicely:

rules = {{x -> -9.640491283722653` - 5.790987589334252` I},
         {x -> -9.640491283722653` + 5.790987589334252` I},
         {x -> 0.` - 14.792128645445802` I}, {x -> 0.` + 14.792128645445802` I},
         {x -> 9.640491283722653` - 5.790987589334252` I},
         {x -> 9.640491283722653` + 5.790987589334252` I}};

Through[{Re, Im}[x]] /. rules
   {{-9.64049, -5.79099}, {-9.64049, 5.79099}, {0., -14.7921}, {0., 14.7921},
    {9.64049, -5.79099}, {9.64049, 5.79099}}

Answer 2

J. M. recommended: Through[{Re, Im}[x]] /. rules

I believe it is cleaner to use: {Re@x, Im@x} /. rules

These prove to be equivalent.

First an explanation of the replacement being done (with /.). As shown in the documentation when the right-hand side of /. is a list of lists of rules you get replacements for each:

x /. {{x -> 1}, {x -> 3}, {x -> 7}}

{1, 3, 7}

ReplaceAll (the long form of /.) does not have a Hold attribute so Through[{Re, Im}[x]] actually evaluates to {Re[x], Im[x]} before the replacements are made. (I use @ simply because I like to save keystrokes and reduce stacking of brackets.)