Struct Lcdc 

pub struct Lcdc { /* private fields */ }

Implementations

impl Lcdc

pub const fn lcdc_backporchxy_reg( &self, ) -> &'static Reg<LcdcBackporchxyReg_SPEC, RW>

Back Porch X and Y

pub const fn lcdc_bgcolor_reg(&self) -> &'static Reg<LcdcBgcolorReg_SPEC, RW>

Background Color

pub const fn lcdc_blankingxy_reg( &self, ) -> &'static Reg<LcdcBlankingxyReg_SPEC, RW>

Blanking X and Y

pub const fn lcdc_clkctrl_reg(&self) -> &'static Reg<LcdcClkctrlReg_SPEC, RW>

Clock Divider

pub const fn lcdc_crc_reg(&self) -> &'static Reg<LcdcCrcReg_SPEC, RW>

CRC check

pub const fn lcdc_dbib_cfg_reg(&self) -> &'static Reg<LcdcDbibCfgReg_SPEC, RW>

MIPI Config Register

pub const fn lcdc_dbib_cmd_reg(&self) -> &'static Reg<LcdcDbibCmdReg_SPEC, RW>

MIPI DBIB Command Register

pub const fn lcdc_frontporchxy_reg( &self, ) -> &'static Reg<LcdcFrontporchxyReg_SPEC, RW>

Front Porch X and Y

pub const fn lcdc_gpio_reg(&self) -> &'static Reg<LcdcGpioReg_SPEC, RW>

General Purpose IO (2-bits)

pub const fn lcdc_idreg_reg(&self) -> &'static Reg<LcdcIdregReg_SPEC, RW>

Identification Register

pub const fn lcdc_interrupt_reg( &self, ) -> &'static Reg<LcdcInterruptReg_SPEC, RW>

Interrupt Register

pub const fn lcdc_jdi_enb_end_hline_reg( &self, ) -> &'static Reg<LcdcJdiEnbEndHlineReg_SPEC, RW>

ENB end horizontal line

pub const fn lcdc_jdi_enb_start_clk_reg( &self, ) -> &'static Reg<LcdcJdiEnbStartClkReg_SPEC, RW>

ENB start delay

pub const fn lcdc_jdi_enb_start_hline_reg( &self, ) -> &'static Reg<LcdcJdiEnbStartHlineReg_SPEC, RW>

ENB start horizontal line

pub const fn lcdc_jdi_enb_width_clk_reg( &self, ) -> &'static Reg<LcdcJdiEnbWidthClkReg_SPEC, RW>

ENB width

pub const fn lcdc_jdi_fbx_blanking_reg( &self, ) -> &'static Reg<LcdcJdiFbxBlankingReg_SPEC, RW>

Horizontal front/back blanking (hck half periods)

pub const fn lcdc_jdi_fby_blanking_reg( &self, ) -> &'static Reg<LcdcJdiFbyBlankingReg_SPEC, RW>

Vertical front/back blanking (vck half periods)

pub const fn lcdc_jdi_hck_width_reg( &self, ) -> &'static Reg<LcdcJdiHckWidthReg_SPEC, RW>

HCK high/low width

pub const fn lcdc_jdi_hst_delay_reg( &self, ) -> &'static Reg<LcdcJdiHstDelayReg_SPEC, RW>

VCK-to-HST delay

pub const fn lcdc_jdi_hst_width_reg( &self, ) -> &'static Reg<LcdcJdiHstWidthReg_SPEC, RW>

HST width

pub const fn lcdc_jdi_resxy_reg(&self) -> &'static Reg<LcdcJdiResxyReg_SPEC, RW>

Resolution XY for the JDI parallel I/F

pub const fn lcdc_jdi_vck_delay_reg( &self, ) -> &'static Reg<LcdcJdiVckDelayReg_SPEC, RW>

XRST-to-VCK delay

pub const fn lcdc_jdi_vst_delay_reg( &self, ) -> &'static Reg<LcdcJdiVstDelayReg_SPEC, RW>

XRST-to-VST delay

pub const fn lcdc_jdi_vst_width_reg( &self, ) -> &'static Reg<LcdcJdiVstWidthReg_SPEC, RW>

VST width

pub const fn lcdc_jdi_xrst_width_reg( &self, ) -> &'static Reg<LcdcJdiXrstWidthReg_SPEC, RW>

XRST width

pub const fn lcdc_layer0_baseaddr_reg( &self, ) -> &'static Reg<LcdcLayer0BaseaddrReg_SPEC, RW>

Layer0 Base Addr

pub const fn lcdc_layer0_mode_reg( &self, ) -> &'static Reg<LcdcLayer0ModeReg_SPEC, RW>

Layer0 Mode

pub const fn lcdc_layer0_offsetx_reg( &self, ) -> &'static Reg<LcdcLayer0OffsetxReg_SPEC, RW>

Layer0 OffsetX and DMA prefetch

pub const fn lcdc_layer0_resxy_reg( &self, ) -> &'static Reg<LcdcLayer0ResxyReg_SPEC, RW>

Layer0 Res XY

pub const fn lcdc_layer0_sizexy_reg( &self, ) -> &'static Reg<LcdcLayer0SizexyReg_SPEC, RW>

Layer0 Size XY

pub const fn lcdc_layer0_startxy_reg( &self, ) -> &'static Reg<LcdcLayer0StartxyReg_SPEC, RW>

Layer0 Start XY

pub const fn lcdc_layer0_stride_reg( &self, ) -> &'static Reg<LcdcLayer0StrideReg_SPEC, RW>

Layer0 Stride

pub const fn lcdc_mode_reg(&self) -> &'static Reg<LcdcModeReg_SPEC, RW>

Display Mode

pub const fn lcdc_resxy_reg(&self) -> &'static Reg<LcdcResxyReg_SPEC, RW>

Resolution X,Y

pub const fn lcdc_status_reg(&self) -> &'static Reg<LcdcStatusReg_SPEC, RW>

Status Register

Trait Implementations

impl Clone for Lcdc

fn clone(&self) -> Lcdc

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl PartialEq for Lcdc

fn eq(&self, other: &Lcdc) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Lcdc

impl Eq for Lcdc

impl Send for Lcdc

LCDC registers

impl StructuralPartialEq for Lcdc

impl Sync for Lcdc