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@@ -9,20 +9,20 @@ std::vector<double> Elliptic_Integrals::Elliptic(const double phi, const double
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```
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```
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**Parameters:**
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**Parameters:**
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-*'phi': The argument in degrees. It must be in the range [0,90]
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-*'k': The modulus. It must be in the range [−1,1]
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+* 'phi': The argument in degrees. It must be in the range [0,90]
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+* 'k': The modulus. It must be in the range [−1,1]
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**Returns:**
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**Returns:**
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A vector containing the values of F(ϕ,k) (at the first position) and E(ϕ,k) (at the second position).
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A vector containing the values of F(ϕ,k) (at the first position) and E(ϕ,k) (at the second position).
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**Exception:s**
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**Exception:s**
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-*Throws an error if 'k' is not within the range [−1,1]
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-*Throws an error if 'phi' is not within the range [0,90]
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+* Throws an error if 'k' is not within the range [−1,1]
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+* Throws an error if 'phi' is not within the range [0,90]
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**Special Cases:**
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**Special Cases:**
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-*If 'k' is equal to 1 and 'phi' is 90, the function returns ∞ for F(ϕ,k) and 1 for E(ϕ,k).
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-*If 'k' is equal to 1, the function applies specific formulas for computing F(ϕ,k) and E(ϕ,k).
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-*For other cases, the function iteratively computes the integrals until a desired level of precision is achieved.
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+* If 'k' is equal to 1 and 'phi' is 90, the function returns ∞ for F(ϕ,k) and 1 for E(ϕ,k).
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+* If 'k' is equal to 1, the function applies specific formulas for computing F(ϕ,k) and E(ϕ,k).
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+* For other cases, the function iteratively computes the integrals until a desired level of precision is achieved.
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**Note:**
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**Note:**
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This implementation has a maximum iteration limit of 1000. Adjustments may be needed based on the desired precision and performance requirements.
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This implementation has a maximum iteration limit of 1000. Adjustments may be needed based on the desired precision and performance requirements.
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