sensor Directory Reference

Files
file	lens_flat393.v [code]
	Correction of lens+sensor vignetting. Initially it is just a quadratic function that can be improved later by a piece-linear table function T() of the calculated f(x,y)=p*(x-x0)^2 + q(y-yo)^2 + c. T(f(x,y)) can be used to approximate cos^4). or other vignetting functions.
file	pxd_clock.v [code]
	pixel clock line input
file	pxd_single.v [code]
	pixel data line input
file	sens_10398.v [code]
	Top level module for the 10398 SFE (with MT9F002 sensor)
file	sens_gamma.v [code]
	table based piecewise-linear conversion of 16 -> 8 bit data
file	sens_hispi12l4.v [code]
	Decode HiSPi 4-lane, 12 bits Packetized-SP data from the sensor.
file	sens_hispi_clock.v [code]
	Recover iclk/iclk2x from the HiSPi differntial clock.
file	sens_hispi_din.v [code]
	Input differential receivers for HiSPi lanes.
file	sens_hispi_fifo.v [code]
	cross-clock FIFO with special handling of 'run' output
file	sens_hispi_lane.v [code]
	Decode a single lane of the HiSPi data assuming packetized-SP protocol.
file	sens_histogram.v [code]
	Calculates per-color histogram over the specified rectangular region.
file	sens_histogram_mux.v [code]
	Readout multiplexer for 4 histogram modules.
file	sens_histogram_snglclk.v [code]
	Calculates per-color histogram over the specified rectangular region. Modified from the original sens_histogram to avoid using double frequency clock.
file	sens_parallel12.v [code]
	Sensor interface with 12-bit for parallel bus.
file	sens_sync.v [code]
	Handle linescan mode, sensor trigger and late frame sync.
file	sensor_channel.v [code]
	Top module for a sensor channel.
file	sensor_fifo.v [code]
	Cross clock boundary for sensor data, synchronize to HACT.
file	sensor_i2c.v [code]
	i2c write-only sequencer to control image sensor
file	sensor_i2c_io.v [code]
	sensor_i2c with I/O pad elements
file	sensor_i2c_prot.v [code]
	Generate i2c R/W sequence from a 32-bit word and LUT.
file	sensor_i2c_scl_sda.v [code]
	Generation of i2c signals.
file	sensor_membuf.v [code]
	Memory buffer for one sensor channel.
file	sensors393.v [code]
	4-channel sensor subsystem Uniform, assuming the same sensors/multiplexers, common pixel clock