Struct mlx9064x::calculations::RamData

pub struct RamData {
    pub t_a_v_be: i16,
    pub t_a_ptat: i16,
    pub v_dd_pixel: i16,
    pub gain: i16,
    pub compensation_pixel: i16,
}

The non-pixel values read from the camera’s RAM for each frame.

This structure is the non-EEPROM, non-register input when creating CommonIrData.

Fields

t_a_v_be: i16

$T_{a_{V_{BE}}}$

This value is labelled as $T_{a_{V_{BE}}}$ on the EEPROM map, but is labelled $V_{BE}$ elsewhere in the datasheet.

t_a_ptat: i16

$T_{a_{PTAT}}$

This value is labelled as $T_{a_{PTAT}}$ on the EEPROM map, but is labelled $V_{PTAT}$ elsewhere in the datasheet.

v_dd_pixel: i16

$V_{DD_{pix}}$

gain: i16

The gain value for the current frame.

compensation_pixel: i16

The compensation pixel for the current frame.

Implementations

impl RamData

pub fn from_i2c<I2C, Cam>(
    bus: &mut I2C,
    i2c_address: u8,
    subpage: Subpage
) -> Result<Self, I2C::Error> where
    I2C: WriteRead,
    Cam: MelexisCamera, 

Read the non-pixel values from the specified camera over I²C

The non-pixel values are $T_{a_{V_{BE}}}$, $T_{a_{PTAT}}$, $V_{DD_{pix}}$, gain and the corresponding compensation pixel for the given subpage.

Trait Implementations

impl Clone for RamData

fn clone(&self) -> RamData

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for RamData

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Copy for RamData