Struct pixels_graphics_lib::math::Point

source · [−]
pub struct Point {
    pub x: isize,
    pub y: isize,
}

Fields

x: isizey: isize

Implementations

Trait Implementations

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x + value and self.y + value If value is primitive then both self.x and self.y will be added using the same value otherwise self.x will only added by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Return self.x and self.y clamped between min and max (both inclusive) min and max can be primitives (such as usize) or structs with x and y fields (such as Point) If they are primitive then both self.x and self.y will be clamped using the same value otherwise self.x will only clamped by min.x and max.x and the same for y Read more

Returns a copy of the value. Read more

Performs copy-assignment from source. Read more

Formats the value using the given formatter. Read more

Returns the “default value” for a type. Read more

Deserialize this value from the given Serde deserializer. Read more

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Converts to this type from the input type.

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.max(value) and self.y.max(value) as opposed to max which returns the highest out of self or value If value is primitive then both self.x and self.y will be max’d using the same value otherwise self.x will only max’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x.min(value) and self.y.min(value) as opposed to min which returns the lowest out of self or value If value is primitive then both self.x and self.y will be min’d using the same value otherwise self.x will only min’d by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

Return self.x * value and self.y * value If value is primitive then both self.x and self.y will be multiplied using the same value otherwise self.x will only multiplied by min.x and max.x and the same for y Read more

The resulting type after applying the - operator.

Performs the unary - operation. Read more

This method returns an Ordering between self and other. Read more

Compares and returns the maximum of two values. Read more

Compares and returns the minimum of two values. Read more

Restrict a value to a certain interval. Read more

This method tests for self and other values to be equal, and is used by ==. Read more

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason. Read more

This method returns an ordering between self and other values if one exists. Read more

This method tests less than (for self and other) and is used by the < operator. Read more

This method tests less than or equal to (for self and other) and is used by the <= operator. Read more

This method tests greater than (for self and other) and is used by the > operator. Read more

This method tests greater than or equal to (for self and other) and is used by the >= operator. Read more

Serialize this value into the given Serde serializer. Read more

Divides by 2 and rounds down

Multiplies by 2

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Return self.x - value and self.y - value If value is primitive then both self.x and self.y will be subtracted using the same value otherwise self.x will only subtracted by min.x and max.x and the same for y Read more

Swap x and y

The type returned in the event of a conversion error.

Performs the conversion.

Auto Trait Implementations

Blanket Implementations

Gets the TypeId of self. Read more

Immutably borrows from an owned value. Read more

Mutably borrows from an owned value. Read more

Compare self to key and return true if they are equal.

Returns the argument unchanged.

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

The alignment of pointer.

The type for initializers.

Initializes a with the given initializer. Read more

Dereferences the given pointer. Read more

Mutably dereferences the given pointer. Read more

Drops the object pointed to by the given pointer. Read more

Read this value from the supplied reader. Same as ReadEndian::read_from_little_endian().

Read this value from the supplied reader. Same as ReadEndian::read_from_big_endian().

Read this value from the supplied reader. Same as ReadEndian::read_from_native_endian().

The resulting type after obtaining ownership.

Creates owned data from borrowed data, usually by cloning. Read more

Uses borrowed data to replace owned data, usually by cloning. Read more

The type returned in the event of a conversion error.

Performs the conversion.

The type returned in the event of a conversion error.

Performs the conversion.