feat: add way more functions

src/nodes/eval.rs

@@ -141,20 +141,36 @@ impl Operator {
 impl Function {
     fn apply_to(&self, n: &mut Float) {
         match self {
-            Self::Sqrt => Float::sqrt_mut(n),
+            Self::AbsoluteValue => Float::abs_mut(n),
 
-            Self::Ln => Float::ln_mut(n),
+            Self::SquareRoot => Float::sqrt_mut(n),
+
+            Self::LogNatural => Float::ln_mut(n),
+            Self::Log10 => Float::log10_mut(n),
 
             Self::Sine => Float::sin_mut(n),
             Self::ArcSine => Float::asin_mut(n),
-            Self::Cosine => Float::cos_mut(n),
-            Self::ArcCosine => Float::acos_mut(n),
-            Self::Tangent => Float::tan_mut(n),
-            Self::ArcTangent => Float::atan_mut(n),
-            Self::Secant => Float::sec_mut(n),
             Self::CoSecant => Float::csc_mut(n),
 
-            Self::Abs => Float::abs_mut(n),
+            Self::Cosine => Float::cos_mut(n),
+            Self::ArcCosine => Float::acos_mut(n),
+            Self::Secant => Float::sec_mut(n),
+
+            Self::Tangent => Float::tan_mut(n),
+            Self::ArcTangent => Float::atan_mut(n),
+            Self::CoTangent => Float::cot_mut(n),
+
+            Self::HyperbolicSin => Float::sinh_mut(n),
+            Self::ArcHyperbolicSin => Float::asinh_mut(n),
+            Self::HyperbolicCoSecant => Float::csch_mut(n),
+
+            Self::HyperbolicCosine => Float::cosh_mut(n),
+            Self::ArcHyperbolicCosine => Float::acosh_mut(n),
+            Self::HyperbolicSecant => Float::csch_mut(n),
+
+            Self::HyperbolicTangent => Float::tanh_mut(n),
+            Self::ArcHyperbolicTangent => Float::atanh_mut(n),
+            Self::HyperbolicCoTangent => Float::coth_mut(n),
         }
     }
 }

src/nodes/mod.rs

@@ -74,18 +74,34 @@ pub enum Operator {
 
 #[derive(Debug, Copy, Clone, PartialEq)]
 pub enum Function {
-    Sqrt,
+    AbsoluteValue,
 
-    Ln,
+    SquareRoot,
+
+    LogNatural,
+    Log10,
 
     Sine,
     ArcSine,
-    Cosine,
-    ArcCosine,
-    Tangent,
-    ArcTangent,
-    Secant,
     CoSecant,
 
-    Abs,
+    Cosine,
+    ArcCosine,
+    Secant,
+
+    Tangent,
+    ArcTangent,
+    CoTangent,
+
+    HyperbolicSin,
+    ArcHyperbolicSin,
+    HyperbolicCoSecant,
+
+    HyperbolicCosine,
+    ArcHyperbolicCosine,
+    HyperbolicSecant,
+
+    HyperbolicTangent,
+    ArcHyperbolicTangent,
+    HyperbolicCoTangent,
 }

src/nodes/parse.rs

@@ -38,20 +38,36 @@ impl FromStr for Function {
     type Err = String;
     fn from_str(s: &str) -> Result<Self, Self::Err> {
         match s {
-            "sqrt" => Ok(Self::Sqrt),
+            "abs" => Ok(Self::AbsoluteValue),
 
-            "ln" => Ok(Self::Ln),
+            "sqrt" => Ok(Self::SquareRoot),
+
+            "ln" => Ok(Self::LogNatural),
+            "log" => Ok(Self::Log10),
 
             "sin" => Ok(Self::Sine),
             "asin" | "arcsin" => Ok(Self::ArcSine),
-            "cos" => Ok(Self::Cosine),
-            "acos" | "arccos" => Ok(Self::ArcCosine),
-            "tan" => Ok(Self::Tangent),
-            "atan" | "arctan" => Ok(Self::ArcTangent),
-            "sec" => Ok(Self::Secant),
             "csc" => Ok(Self::CoSecant),
 
-            "abs" => Ok(Self::Abs),
+            "cos" => Ok(Self::Cosine),
+            "acos" | "arccos" => Ok(Self::ArcCosine),
+            "sec" => Ok(Self::Secant),
+
+            "tan" => Ok(Self::Tangent),
+            "atan" | "arctan" => Ok(Self::ArcTangent),
+            "cot" => Ok(Self::CoTangent),
+
+            "sinh" => Ok(Self::HyperbolicSin),
+            "asinh" | "arcsinh" => Ok(Self::ArcHyperbolicSin),
+            "csch" => Ok(Self::HyperbolicCoSecant),
+
+            "cosh" => Ok(Self::HyperbolicCosine),
+            "acosh" | "arccosh" => Ok(Self::ArcHyperbolicCosine),
+            "sech" => Ok(Self::HyperbolicSecant),
+
+            "tanh" => Ok(Self::HyperbolicTangent),
+            "atanh" | "arctanh" => Ok(Self::ArcHyperbolicTangent),
+            "coth" => Ok(Self::HyperbolicCoTangent),
 
             _ => Err(s.to_owned()),
         }