Value Type 💯

 🙌  other 💯 ➡️ 👌

Whether this value and other are considered equal.

 ➖  other 💯 ➡️ 💯

Returns the receiver minus other.

 ➕  other 💯 ➡️ 💯

Returns the receiver plus other.

 ➗  other 💯 ➡️ 💯

Returns the receiver divided by other.

 ✖  other 💯 ➡️ 💯

Returns the receiver multiplied by other.

 🚮  other 💯 ➡️ 💯

Returns the floating-point remainder of the division operation receiver/other. This will always be the value of receiver - n*other and will always have the same sign as the receiver.

 ◀  other 💯 ➡️ 👌

Returns true if the receiver is smaller than other.

 ▶  other 💯 ➡️ 👌

Returns true if the receiver is greater than other.

 ◀🙌  other 💯 ➡️ 👌

Returns true if the receiver is smaller than or equal to other.

 ▶🙌  other 💯 ➡️ 👌

Returns true if the receiver is greater than or equal to other.

❗️ 🏧 ➡️ 💯

Returns the absolute value of this 💯.

❗️ 📓 ➡️ 💯

Returns the sine of this 💯.

❗️ 📕 ➡️ 💯

Returns the cosine of this 💯.

❗️ 📐 ➡️ 💯

Returns the tangent of this 💯.

❗️ 📔 ➡️ 💯

Returns the arcsine of this 💯.

❗️ 📙 ➡️ 💯

Returns the arccosine of this 💯.

❗️ 📒 ➡️ 💯

Returns the arctangent of this 💯.

❗️ 🏂  exponent 💯 ➡️ 💯

Returns this 💯 to the exponent power, that is, base^exponent.

❗️ ⛷ ➡️ 💯

Returns the positive square root of this 💯.

❗️ 🚴 ➡️ 💯

Returns the smallest integer greater than or equal to this 💯.

❗️ 🚵 ➡️ 💯

Returns the largest integer less than or equal to this 💯.

❗️ 🏇 ➡️ 💯

Returns the value of this 💯 rounded to the nearest integer.

If the fractional portion of this 💯 is 0.5 or greater, the argument is rounded to the next higher integer. If the fractional portion of this 💯 is less than 0.5, the argument is rounded to the next lower integer.

❗️ 🚣 ➡️ 💯

Returns the base 2 logarithm of this 💯.

❗️ 🏄 ➡️ 💯

Returns the natural (base ℇ) logarithm of this 💯.

❗️ 🥏 ➡️ 💯

Returns the base 10 logarithm of this 💯.

❗️ 🔋 ➡️ 💯

Returns the additive inverse of this 💯. If this 💯 is x*, the result equals *-x.

❗️ 🔡  precision 🔢 ➡️ 🔡

Creates a 🔡 representation of this 💯 and the given precision – the number of digits after the decimal separator “.”.

❗️ 🔡 ➡️ 🔡

Creates a string representation of this number.

❗️ 🔢 ➡️ 🔢

Returns the 🔢 representation of this 💯.

🖍 🐇❗️ 🥧 ➡️ 💯

Returns an approximation of 𝜋.

🖍 🐇❗️ 🛎 ➡️ 💯

Returns an approximation of ℇ (Euler’s number).