complex solutions

README.md

@@ -64,21 +64,14 @@ this project uses submodules (maybe recursively), so either :
       -> Δ < 0  -> 2 solutions : x = ( -b / 2a ) +- i( √|Δ| / 2a )
       -> solution : 
         - delta_sign;              // + or -
+        - delta;                   // Δ
         - delta_absolute;          // |Δ|
         - delta_sqrt;              // √|Δ|
-
-        - first_term_gcd;          // gcd(b, 2a)
-        - first_term_numerator;    // -b / gcd
-        - first_term_denominator;  // 2a / gcd
         - first_term;              // double (-b / 2a)
-
-        - second_term_gcd;         // gcd(√|Δ|, 2a)
-        - second_term_numerator;   // √|Δ| / gcd
-        - second_term_denominator; // 2a / gcd
         - second_term;             // double (√|Δ| / 2a)
 
-        - double solution1;        // first_term + second_term
-        - double solution2;        // first_term - second_term
+        - double solution1;        // first_term + second_term || -b / 2a + √|Δ| * i / 2a
+        - double solution2;        // first_term - second_term || -b / 2a - √|Δ| * i / 2a
 6. print solution
 
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