Functions
void	pdv_cls_dump_state (PdvDev pdv_p)
	Prints the board state to stdout. More...

void	pdv_cls_dump_geometry (PdvDev pdv_p)
	Prints board geometry only to stdout. More...

int	pdv_cls_set_dep (PdvDev pdv_p)
	Initializes CLS values based on PdvDependent structure in `pdv_p`. More...

int	pdv_cls_dep_sanity_check (PdvDev pdv_p)
	Checks for inconsistencies in the configuration completed by pdv_cls_set_dep(). More...

void	pdv_cls_set_size (PdvDev pdv_p, int taps, int depth, int width, int height, int hblank, int totalwidth, int vblank, int totalheight)
	Set the width and height of the simulator frame. More...

void	pdv_cls_set_line_timing (PdvDev pdv_p, int width, int taps, int Hfvstart, int Hfvend, int Hlvstart, int Hlvend, int Hrvstart, int Hrvend)
	Set the values for frame valid (FVAL), line valid (LVAL), and read valid (RVAL) timing. More...

void	pdv_cls_set_linescan (PdvDev pdv_p, int state)
	When set, once the start-of-frame conditions are met, the simulator runs forever, emulating a linescan camera (as if the total vertical active and total vertical count maximum were set to infinity.) More...

void	pdv_cls_set_lvcont (PdvDev pdv_p, int state)
	Enable/Disable line valid timing during vertical blanking. More...

void	pdv_cls_set_rven (PdvDev pdv_p, int state)
	Enable/Disable ReadValid Enable (RVEN); if enabled allows image width padding (with dummy data from the Fill register values), to output an image that is wider than the actual image data provided. More...

void	pdv_cls_set_uartloop (PdvDev pdv_p, int state)
	Enable/Disable UART looping (echo) of serial data; if enabled allows testing of the serial port on an EDT Framegrabber. More...

void	pdv_cls_set_smallok (PdvDev pdv_p, int state)
	Enable/Disable CLS FIFO for small (less than 16 KB) images. More...

void	pdv_cls_set_intlven (PdvDev pdv_p, int state)
	Enables or disables four-tap interleaving (the four-tap re-ordering of 8-bit pixel values). More...

void	pdv_cls_set_firstfc (PdvDev pdv_p, int state)
	Enable/Disable frame count in the first word of each frame. More...

void	pdv_cls_set_datacnt (PdvDev pdv_p, int state)
	Enable/Disable internal image data generation; allows image data to come from the counters instead of the DMA stream. More...

void	pdv_cls_set_led (PdvDev pdv_p, int state)
	Controls state of the board's green LED. More...

void	pdv_cls_set_trigsrc (PdvDev pdv_p, int select)
	Selects which input pins to look at for external trigger; CC1 or CC2. More...

void	pdv_cls_set_trigpol (PdvDev pdv_p, int polarity)
	Set the trigger polarity. More...

void	pdv_cls_set_trigframe (PdvDev pdv_p, int state)
	Enable/Disable frame-valid triggering; if enabled CLS waits at the start of each frame until a trigger is detected. More...

void	pdv_cls_set_trigline (PdvDev pdv_p, int state)
	Enable/Disable line-valid triggering; if enabled CLS waits at the start of each raster until a trigger is detected. More...

void	pdv_cls_sim_start (PdvDev pdv_p)
	Clear the CFG register including the FIFO_RESET bit (bit 3, 0x08) which clears the FIFO and starts the CLS. More...

void	pdv_cls_sim_stop (PdvDev pdv_p)
	Set the CFG register FIFO_RESET bit (bit 3, 0x08) which stops the CLS. More...

void	pdv_cls_init_serial (PdvDev pdv_p)
	Re-intializes and enables the serial communication. More...

void	pdv_cls_set_height (PdvDev pdv_p, int height, int vblank)
	Set the height of outgoing frames, as well as the number of blank lines (`vblank`) between valid lines. More...

void	pdv_cls_set_width (PdvDev pdv_p, int width, int hblank)
	Set the width of outgoing frames, as well as the number of blank columns (`hblank`) between valid columns. More...

void	pdv_cls_set_width_lval_rval (PdvDev pdv_p, int width, int hblank, int hlvstart, int hlvend, int hrvstart, int hrvend)
	Set the width of outgoing frames, as well as the number of blank columns (`hblank`) between valid columns, start and end of both line valid and read valid. More...

void	pdv_cls_set_depth (PdvDev pdv_p, int value)
	Set the depth of outgoing frames. More...

void	pdv_cls_set_clock (PdvDev pdv_p, double freq)
	Set the pxiel clock frequency (in MHz). More...

void	pdv_cls_set_fill (PdvDev pdv_p, u_char left, u_char right)
	Set the left and right fill values when RVEN (pdv_cls_set_rven()) is enabled. More...

void	pdv_cls_set_readvalid (PdvDev pdv_p, u_short HrvStart, u_short HrvEnd)
	Set the horizontal start and end positions if RVEN (pdv_cls_set_rven()) is enabled. More...

void	pdv_cls_set_dvalid (PdvDev pdv_p, u_char skip, u_char mode)
	Set the values for Data Valid (DVAL) timing. More...

void	pdv_cls_setup_interleave (PdvDev pdv_p, short tap0start, short tap0delta, short tap1start, short tap1delta, short tap2start, short tap2delta, short tap3start, short tap3delta)
	Set the start address and delta for each tap. More...

int	pdv_cls_get_vgap (PdvDev pdv_p)
	Computes the vertical gap (vgap\vblank) value. More...

int	pdv_cls_get_hgap (PdvDev pdv_p)
	Computes the horizontal gap (hgap/hblank) value. More...

double	pdv_cls_frame_time (PdvDev pdv_p)
	Computes the frame time in milliseconds. More...

Detailed Description

The CameraLink Simulator Library provides programming access to the EDT CLS board.

The source code for the library is in clsim_lib.c and clsim_lib.h.

The following applications are also provided:

pciload: queries EDT boards and provides utilities to verify and update board firmware
clsiminit: initializes the CLS
simple_clsend: example code for sending an image or images via the CLS
send_tiffs: another example application for sending an image or images via the CLS
clink_tester: unit testing between an EDT frame grabber and an EDT CLS

Function Documentation

◆ pdv_cls_dump_state()

void pdv_cls_dump_state ( PdvDev pdv_p )

Prints the board state to stdout.

Parameters

pdv_p The open EDT device handle.

Here is the call graph for this function:

◆ pdv_cls_dump_geometry()

void pdv_cls_dump_geometry ( PdvDev pdv_p )

Prints board geometry only to stdout.

Parameters

pdv_p The open EDT device handle.

Here is the call graph for this function:

◆ pdv_cls_set_dep()

int pdv_cls_set_dep ( PdvDev pdv_p )

Initializes CLS values based on PdvDependent structure in pdv_p.

Parameters

pdv_p The open EDT device handle.

Returns: 0 on success

The structure is normally filled in by clsiminit.

Assumes bitfile is already loaded.

◆ pdv_cls_dep_sanity_check()

int pdv_cls_dep_sanity_check ( PdvDev pdv_p )

Checks for inconsistencies in the configuration completed by pdv_cls_set_dep().

Parameters

pdv_p The open EDT device handle.

Returns: 0 if ok, otherwise error code.

Currently this is a stub. In the future it will return a nonzero error code if a problem is found.

◆ pdv_cls_set_size()

void pdv_cls_set_size	(	PdvDev	pdv_p,
		int	taps,
		int	depth,
		int	width,
		int	height,
		int	hblank,
		int	totalwidth,
		int	vblank,
		int	totalheight
	)

Set the width and height of the simulator frame.

Parameters

pdv_p	The open EDT device handle.
taps	Number of clocks per line.
depth	Frame depth, in bits of data.
width	Frame width; columns or pixels of active data.
height	Frame height; lines of active data.
hblank	Horizontal blanking, in columns.
totalwidth	Total width including horizontal blanking if `hblank` is zero.
vblank	Vertical blanking, in lines.
totalwidth	Total number of lines including vertical blanking if `vblank` is zero.

There are two ways to set the total width and height including blanking:

If hblank is non-zero, the total line width is the sum of width and hblank.
Otherwise it is the value passed in via totalwidth.

Likewise

If vblank is non-zero, the number of lines between frame valid is the sum of height and vblank.
Otherwise it's the value passed in via totalheight.

Here is the call graph for this function:

◆ pdv_cls_set_line_timing()

void pdv_cls_set_line_timing	(	PdvDev	pdv_p,
		int	width,
		int	taps,
		int	Hfvstart,
		int	Hfvend,
		int	Hlvstart,
		int	Hlvend,
		int	Hrvstart,
		int	Hrvend
	)

Set the values for frame valid (FVAL), line valid (LVAL), and read valid (RVAL) timing.

Parameters

pdv_p	The open EDT device handle.
taps	Number of clocks per line.
width	Frame width; columns or pixels of active data.
Hfvstart	Horizontal FVAL start; column on which the frame signal is valid (high).
Hfvend	Horizontal FVAL end; column on which the frame signal is no longer valid (low).
Hlvstart	Horizontal LVAL start; column on which the line signal is valid (high).
Hlvend	Horizontal LVAL end; column on which the line signal is no longer valid (low).
Hrvstart	Horizontal RVAL start; column on which the read signal is valid (high).
Hrvend	Horizontal RVAL end; column on which the read signal is no longer valid (low).

In each case, if the end value is 0, the number of clocks required for width is added to the start value (default 0). So if start and end are 0, defaults are start = 0 and end = width/taps.

Here is the call graph for this function:

◆ pdv_cls_set_linescan()

void pdv_cls_set_linescan	(	PdvDev	pdv_p,
		int	state
	)

When set, once the start-of-frame conditions are met, the simulator runs forever, emulating a linescan camera (as if the total vertical active and total vertical count maximum were set to infinity.)

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) linescan.

◆ pdv_cls_set_lvcont()

void pdv_cls_set_lvcont	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable line valid timing during vertical blanking.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) continuous line valid.

When enabled the line valid is asserted continuously with it's normal timing, even during the vertical blanking interval between frames.

When disabled the line valid remains low during vertical blanking.

Default state is disabled (0).

◆ pdv_cls_set_rven()

void pdv_cls_set_rven	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable ReadValid Enable (RVEN); if enabled allows image width padding (with dummy data from the Fill register values), to output an image that is wider than the actual image data provided.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) ReadValid.

Read valid is special functionality, not in the Camera Link specification.

When enabled, the start and end margins of each raster are filled with the values from the FillA and FillB registers respectively, the positions of the margins are determined by HrvStart and HrvEnd (Hrv* are set with pdv_cls_set_readvalid().

When disabled, the entire raster is filled with valid data.

◆ pdv_cls_set_uartloop()

void pdv_cls_set_uartloop	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable UART looping (echo) of serial data; if enabled allows testing of the serial port on an EDT Framegrabber.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) uart looping.

◆ pdv_cls_set_smallok()

void pdv_cls_set_smallok	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable CLS FIFO for small (less than 16 KB) images.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) the simulator FIFO.

When enabled CLS starts DMA when 1 KB of data is in the FIFO, allowing images smaller than 16 KB.

When disabled CLS waits until 16 KB of data is in the FIFO before starting DMA.

Default state is disabled (0).

◆ pdv_cls_set_intlven()

void pdv_cls_set_intlven	(	PdvDev	pdv_p,
		int	state
	)

Enables or disables four-tap interleaving (the four-tap re-ordering of 8-bit pixel values).

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) interleave.

Precondition: Make sure to setup the in interleave scheme using pdv_cls_setup_interleave(), before enabling.

See the CLS Users Guide, Appendix A for a complete description of how data is interleaved. For example, 0x60-61 Tap 0 Start through 0xE-6F Tap 3 Delta. Image data destined for the Framegrabber is first passed through an interleaving mechanism to duplicate the data ordering that some cameras exhibit. When interleaving is enabled, rasters are restricted to a maximum of 4096 eight-bit pixels of active image data (DMA plus fill).

Default state is disabled (0).

◆ pdv_cls_set_firstfc()

void pdv_cls_set_firstfc	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable frame count in the first word of each frame.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) the first word frame count.

When enabled the first word of the frame is the frame count: a 16-bit flag of 0x3333 in the MSBs and a 16-bit framecount in the LSBs. It replaces the first 32-bit word of DMA or internally generated data, after any interleaving.

When clear, the first word is the DMA data or generated data per pdv_cls_set_firstfc().

◆ pdv_cls_set_datacnt()

void pdv_cls_set_datacnt	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable internal image data generation; allows image data to come from the counters instead of the DMA stream.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) to output internally-generated data, disable (0) to output data from the host via DMA.

The simulated 32-bit data generated has a 16-bit count in the LSBs; the 16 MSBs are an inverted version of the LSBs. The count is cleared to zero at the start of each frame. Thus the first 32-bit word of each frame is 0xffff0000, the second is fffe0001, and so on. The CLS treats this data as little-endian, so the fourth 8-bit pixel of the frame has a value of 0x01.

When set, also setting SMALLOK (pdv_cls_set_smallok()) stops the simulator at the start of the next frame, to enable getting a single frame of counter data.

◆ pdv_cls_set_led()

void pdv_cls_set_led	(	PdvDev	pdv_p,
		int	state
	)

Controls state of the board's green LED.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) to turn on LED, disable (0) to turn off LED.

◆ pdv_cls_set_trigsrc()

void pdv_cls_set_trigsrc	(	PdvDev	pdv_p,
		int	select
	)

Selects which input pins to look at for external trigger; CC1 or CC2.

Parameters

pdv_p	The open EDT device handle.
select	Set input trigger to CC2 (1) or CC1 (0).

See also: pdv_cls_set_trigpol(), pdv_cls_set_trigframe(), pdv_cls_set_trigline()

◆ pdv_cls_set_trigpol()

void pdv_cls_set_trigpol	(	PdvDev	pdv_p,
		int	polarity
	)

Set the trigger polarity.

Parameters

pdv_p	The open EDT device handle.
polarity	Set trigger polarity to positive (1) or negative (0).

For more information see: pdv_cls_set_trigsrc(), pdv_cls_set_trigframe(), pdv_cls_set_trigline()

◆ pdv_cls_set_trigframe()

void pdv_cls_set_trigframe	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable frame-valid triggering; if enabled CLS waits at the start of each frame until a trigger is detected.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) frame-valid triggering.

For more information see: pdv_cls_set_trigsrc(), pdv_cls_set_trigpol(), pdv_cls_set_trigline()

◆ pdv_cls_set_trigline()

void pdv_cls_set_trigline	(	PdvDev	pdv_p,
		int	state
	)

Enable/Disable line-valid triggering; if enabled CLS waits at the start of each raster until a trigger is detected.

Parameters

pdv_p	The open EDT device handle.
state	Enable (1) or disable (0) line-valid triggering.

A Dalsa linescan camera starts the next raster when it detects a rising edge on the CC1 line.

For more information see: pdv_cls_set_trigsrc(), pdv_cls_set_trigpol(), pdv_cls_set_trigframe()

◆ pdv_cls_sim_start()

void pdv_cls_sim_start ( PdvDev pdv_p )

Clear the CFG register including the FIFO_RESET bit (bit 3, 0x08) which clears the FIFO and starts the CLS.

Parameters

pdv_p The open EDT device handle.

Here is the call graph for this function:

◆ pdv_cls_sim_stop()

void pdv_cls_sim_stop ( PdvDev pdv_p )

Set the CFG register FIFO_RESET bit (bit 3, 0x08) which stops the CLS.

Parameters

pdv_p The open EDT device handle.

Here is the call graph for this function:

◆ pdv_cls_init_serial()

void pdv_cls_init_serial ( PdvDev pdv_p )

Re-intializes and enables the serial communication.

Parameters

pdv_p The open EDT device handle.

Rarely used since the serial gets initialized at device open.

Here is the call graph for this function:

◆ pdv_cls_set_height()

void pdv_cls_set_height	(	PdvDev	pdv_p,
		int	height,
		int	vblank
	)

Set the height of outgoing frames, as well as the number of blank lines (vblank) between valid lines.

Parameters

pdv_p	The open EDT device handle.
height	Frame height; lines of active data.
vblank	Vertical blanking, in lines.

For other outgoing frame settings see: pdv_cls_set_width(), pdv_cls_set_depth(), pdv_cls_set_line_timing()

Here is the call graph for this function:

◆ pdv_cls_set_width()

void pdv_cls_set_width	(	PdvDev	pdv_p,
		int	width,
		int	hblank
	)

Set the width of outgoing frames, as well as the number of blank columns (hblank) between valid columns.

Parameters

pdv_p	The open EDT device handle.
width	Frame width; columns or pixels of active data.
hblank	Horizontal blanking, in columns.

Before calling ensure the registers can be properly set via one of the below methods.

Precondition: Make sure depth / taps are set correctly first by calling pdv_set_depth_extdepth_dpath (or use pdv_cls_set_size instead of this routine), otherwise the registers won't be set correctly.

This overwrites the horizontal line valid start values with new values based on the width and blanking, as well as sets ReadValid to the full width.

Follow this with a call to pdv_cls_set_line_timing() if you want to set specific values for those.

For other outgoing frame settings see: pdv_cls_set_height(), pdv_cls_set_depth(), pdv_cls_set_line_timing()

Here is the call graph for this function:

◆ pdv_cls_set_width_lval_rval()

void pdv_cls_set_width_lval_rval	(	PdvDev	pdv_p,
		int	width,
		int	hblank,
		int	hlvstart,
		int	hlvend,
		int	hrvstart,
		int	hrvend
	)

Set the width of outgoing frames, as well as the number of blank columns (hblank) between valid columns, start and end of both line valid and read valid.

Parameters

pdv_p	The open EDT device handle.
width	Frame width; columns or pixels of active data.
hblank	Horizontal blanking, in columns.
hlvstart	Horizontal LVAL start; column on which the line signal is valid (high).
hlvend	Horizontal LVAL end; column on which the line signal is no longer valid (low).
hrvstart	Horizontal RVAL start; column on which the read signal is valid (high).
hrvend	Horizontal RVAL end; column on which the read signal is no longer valid (low).

Has the same functionality and warnings as pdv_cls_set_width(), with the inclusion of LVAL and RVAL start and end.

Here is the call graph for this function:

◆ pdv_cls_set_depth()

void pdv_cls_set_depth	(	PdvDev	pdv_p,
		int	value
	)

Set the depth of outgoing frames.

Parameters

pdv_p	The open EDT device handle.
value	Frame depth, in bits of data.

For other outgoing frame settings see: pdv_cls_set_height(), pdv_cls_set_width(), pdv_cls_set_line_timing()

Here is the call graph for this function:

◆ pdv_cls_set_clock()

void pdv_cls_set_clock	(	PdvDev	pdv_p,
		double	freq
	)

Set the pxiel clock frequency (in MHz).

Parameters

pdv_p	The open EDT device handle.
freq	The new pixel clock frequency (MHz); valid range is 19.9-85.1, a warning is produced for frequencies outside this range.

PCI boards, sets the MPC9230 PLL on PCI CD-CLSIM to 3.5 times the requested frequency.

Here is the call graph for this function:

◆ pdv_cls_set_fill()

void pdv_cls_set_fill	(	PdvDev	pdv_p,
		u_char	left,
		u_char	right
	)

Set the left and right fill values when RVEN (pdv_cls_set_rven()) is enabled.

Parameters

pdv_p	The open EDT device handle.
left	The 8 bit left fill value (FillA in CLS docs).
right	The 8 bit right fill value (FillB in CLS docs).

Left side uses FillA; right uses FillB.

Here is the call graph for this function:

◆ pdv_cls_set_readvalid()

void pdv_cls_set_readvalid	(	PdvDev	pdv_p,
		u_short	HrvStart,
		u_short	HrvEnd
	)

Set the horizontal start and end positions if RVEN (pdv_cls_set_rven()) is enabled.

Parameters

pdv_p	The open EDT device handle.
HrvStart	Horizontal RVAL start; column on which the line signal is valid (high).
HrvEnd	Horizontal RVAL end; column on which the line signal is no longer valid (low).

Here is the call graph for this function:

◆ pdv_cls_set_dvalid()

void pdv_cls_set_dvalid	(	PdvDev	pdv_p,
		u_char	skip,
		u_char	mode
	)

Set the values for Data Valid (DVAL) timing.

Parameters

pdv_p	The open EDT device handle.
skip	Number of pixel clocks to skip per DVAL strobe.
mode	Simulated DVAL signal during blanking. Valid values: 0 low, 1 high, 2 to mirror behavior during active video, 3 always low.

Here is the call graph for this function:

◆ pdv_cls_setup_interleave()

void pdv_cls_setup_interleave	(	PdvDev	pdv_p,
		short	tap0start,
		short	tap0delta,
		short	tap1start,
		short	tap1delta,
		short	tap2start,
		short	tap2delta,
		short	tap3start,
		short	tap3delta
	)

Set the start address and delta for each tap.

Start address is the 12-bit address of an 8-bit pixel within the 4096 pixel raster.
Delta is the amount added to the pixel address with each pixel clock.

Parameters

pdv_p	The open EDT device handle.
tap0start	The start address for tap 0.
tap0delta	The delta for tap 0.
tap1start	The start address for tap 1.
tap1delta	The delta for tap 1.
tap2start	The start address for tap 2.
tap2delta	The delta for tap 2.
tap3start	The start address for tap 3.
tap3delta	The delta for tap 3.

Here is the call graph for this function:

◆ pdv_cls_get_vgap()

int pdv_cls_get_vgap ( PdvDev pdv_p )

Computes the vertical gap (vgap\vblank) value.

Parameters

pdv_p The open EDT device handle.

Returns: The vertical gap value, in lines.

Here is the call graph for this function:

◆ pdv_cls_get_hgap()

int pdv_cls_get_hgap ( PdvDev pdv_p )

Computes the horizontal gap (hgap/hblank) value.

Parameters

pdv_p The open EDT device handle.

Returns: The horizontal gap value, in columns.

◆ pdv_cls_frame_time()

double pdv_cls_frame_time ( PdvDev pdv_p )

Computes the frame time in milliseconds.

Parameters

pdv_p The open EDT device handle.

Returns: the computed frame time

Here is the call graph for this function:

Functions

Detailed Description

Function Documentation

◆ pdv_cls_dump_state()

◆ pdv_cls_dump_geometry()

◆ pdv_cls_set_dep()

◆ pdv_cls_dep_sanity_check()

◆ pdv_cls_set_size()

◆ pdv_cls_set_line_timing()

◆ pdv_cls_set_linescan()

◆ pdv_cls_set_lvcont()

◆ pdv_cls_set_rven()

◆ pdv_cls_set_uartloop()

◆ pdv_cls_set_smallok()

◆ pdv_cls_set_intlven()

◆ pdv_cls_set_firstfc()

◆ pdv_cls_set_datacnt()

◆ pdv_cls_set_led()

◆ pdv_cls_set_trigsrc()

◆ pdv_cls_set_trigpol()

◆ pdv_cls_set_trigframe()

◆ pdv_cls_set_trigline()

◆ pdv_cls_sim_start()

◆ pdv_cls_sim_stop()

◆ pdv_cls_init_serial()

◆ pdv_cls_set_height()

◆ pdv_cls_set_width()

◆ pdv_cls_set_width_lval_rval()

◆ pdv_cls_set_depth()

◆ pdv_cls_set_clock()

◆ pdv_cls_set_fill()

◆ pdv_cls_set_readvalid()

◆ pdv_cls_set_dvalid()

◆ pdv_cls_setup_interleave()

◆ pdv_cls_get_vgap()

◆ pdv_cls_get_hgap()

◆ pdv_cls_frame_time()