Interface specification

Public Member Functions

Gets battery status from the camera.

 ...
 MsgBox("Battery at " & cam.Battery & "%")
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current battery status. Value 0 means that an external supply is powering the camera.

Remarks:

Access to this property involves communication with the camera.

Don't expect precise values here.

Cancels any current sequence or download operation in progress.

Included for graphical user interfaces based on kcamserver.

Precondition:

Camera should be in a "BusyCancellable" state (sequence or download operation).

Parameters:

[in]

pVal

Set to True in order to cancel the operation.

Remarks:

kcamserver will try to cancel "cleanly", this may take some time.

Starts a session with the camera through a dual cable.

The session starts in USB mode.

 ...
 cam.ConnectDual "Coolpix 995", "COM1", "G:"

 ...

Precondition:

Camera should be plugged using a dual cable (and should be in the "Disconnected" state).

Parameters:

[in]	model	Name of the camera model. Valid names are: "Coolpix 885" "Coolpix 995" "Coolpix 2500" "Coolpix 3500" "Coolpix 4300" "Coolpix 4500" "Coolpix 5000" "Coolpix 5400" "Coolpix 5600" "Coolpix 5700" "Coolpix 7600" "Coolpix 8400" "Coolpix 8700" "Coolpix 8800"
[in]	port	(Optional) You can specify the serial port device, e.g. "COM1". If not specified, kcamserver will search for a compatible device.
[in]	drive	(Optional) On Windows2K/XP, you can specify the drive letter, e.g. "G:". If not specified, kcamserver will search for a compatible device. On Windows 98, this parameter is ignored.

Remarks:

Invocation of this method involves communication with the camera. It takes several seconds to establish the connection.

See also:

SwitchToSerial, SwitchToUSB to switch between the modes available on dual connections.

http://aristarco.cjb.net for more information on dual cabless supported by kcamserver.

ConnectUSB, ConnectSerial

Starts a session with the camera through a Serial connection.

 ...
 cam.ConnectSerial "Coolpix 995", "COM1"
 ...

Precondition:

Camera should be plugged using a serial cable (and should be in the "Disconnected" state).

Parameters:

[in]	model	Name of the camera model. Valid names are: "Coolpix 885" "Coolpix 995" "Coolpix 2500" "Coolpix 3500" "Coolpix 4300" "Coolpix 4500" "Coolpix 5000" "Coolpix 5400" "Coolpix 5600" "Coolpix 5700" "Coolpix 7600" "Coolpix 8400" "Coolpix 8700" "Coolpix 8800"
[in]	port	(Optional) You can specify the serial port device, e.g. "COM1". If not specified, kcamserver will search for a compatible device.

Remarks:

Invocation of this method involves communication with the camera. It takes several seconds to establish the connection.

See also:

ConnectUSB, ConnectDual

Starts a session with the camera through a USB connection.

 ...
 cam.ConnectUSB "Coolpix 995", "G:"
 ...

Precondition:

Camera should be plugged using a USB cable (and should be in the "Disconnected" state).

Parameters:

[in]	model	Name of the camera model. Valid names are: "Coolpix 885" "Coolpix 995" "Coolpix 2500" "Coolpix 3500" "Coolpix 4300" "Coolpix 4500" "Coolpix 5000" "Coolpix 5400" "Coolpix 5600" "Coolpix 5700" "Coolpix 7600" "Coolpix 8400" "Coolpix 8700" "Coolpix 8800"
[in]	drive	(Optional) On Windows2K/XP, you can specify the drive letter, e.g. "G:". If not specified, kcamserver will search for a compatible device. On Windows 98, this parameter is ignored.

Remarks:

Invocation of this method involves communication with the camera. It takes several seconds to establish the connection.

See also:

ConnectSerial, ConnectDual

Terminates a session with the camera.

Should be invoked always before the program ends.

 ...
 cam.ConnectUSB "Coolpix 995"
 ...
 cam.Disconnect
 ...

Precondition:

Camera must be in "Ready" state (connected and not busy).

Remarks:

Invocation of this method involves communication with the camera. It may take a few seconds to perform this action.

See also:

ConnectUSB, ConnectSerial, ConnectDual, UnplugUSB

Configures the base path used in picture downloads from the camera.

This property is used in conjunction with DownloadFolderPattern(BSTR) to generate the full path for the picture downloads.

By default, the base path points to My Documents folder.

 ...
 cam.DownloadBasePath = "d:\kcam images"
 ...

Precondition:

None

Parameters:

[out]

pVal

Base path for downloads.

See also:

DownloadFolderPattern(BSTR) and DownloadFilePattern(BSTR) for more information on picture downloads.

Gets the base path used in picture downloads from the camera.

 ...
 MsgBox("The base path for downloads is " & cam.DownloadBasePath)
 ...

Precondition:

None

Parameters:

[out]

pVal

Base path for downloads.

Remarks:

This value is retrieved from internal variables. It does not involve any communication with the camera.

See also:

DownloadBaseFolder(BSTR) for more information.

Configures the behaviour used for picture downloads.

 ...
 cam.DownloadBehaviour = "After each shot"
 ...

Precondition:

None

Parameters:

[out]

pVal

Download behaviour in string format. Supported values are: "Off": pictures will not be downloaded. This is the default value. "After each shot": pictures are downloaded as they are taken. Since pictures are actually moved (erased) from the camera memory card, sequences may involve any number of pictures. Keep in mind that this behaviour will require larger intervals between pictures. "After last shot": pictures are downloaded at the end of each sequence. Intervals may be shorter that using "after each shot" behaviour, but the maximum number of pictures in a sequence is limited by the size of the memory card.

Remarks:

This value is retrieved from internal variables. It does not involve any communication with the camera.

Gets current behaviour used for picture downloads.

 ...
 MsgBox("Current download behaviour is: " & cam.DownloadBehaviour)
 ...

Precondition:

None

Parameters:

[out]

pVal

Current download behaviour in string format, i.e. "After each shot".

Remarks:

This value is retrieved from internal variables. It does not involve any communication with the camera.

See also:

DownloadBehaviour(BSTR) for more information.

Configures the pattern used for renaming the picture files when the picture downloading feature is used.

This property is used to specify a rule for picture file renaming. Under the path given by the base path and folder pattern, krinnicam downloads the pictures and renames them following this pattern. The pattern is specified using a very simple notation, where the specifiers "%d", "%t" and "%s" have special meaning:

• %d is substituted with the picture date;
• %t is substituted with the picture time;
• %s is substituted with a sequential number, which is incremented on each picture download.

By default, the file pattern is "KCAM%s", so pictures will be renamed to (original file extension is preserved) "KCAM0001", "KCAM0002", "KCAM0003", etc.

In the following example, the files will be named with the date and time: "2006-05-18_21-58-12", "2006-05-18_22-08-12", etc. so we get our pictures organized cronologically.

 ...
 cam.DownloadFilePattern = "%d_%t"

 ...

Precondition:

None

Parameters:

[out]

pVal

File pattern.

See also:

DownloadBasePath(BSTR) and DownloadFolderPattern(BSTR) for more information on picture downloads.

Gets the pattern used for file renaming in picture downloads from the camera.

 ...
 MsgBox("The file naming pattern used for downloads is " & cam.DownloadFilePattern)
 ...

Precondition:

None

Parameters:

[out]

pVal

File pattern.

Remarks:

This value is retrieved from internal variables. It does not involve any communication with the camera.

See also:

DownloadFilePattern(BSTR) for more information.

Configures the pattern used for subfolder creation when the picture downloading feature is used.

This property is used in conjunction with DownloadBasePath(BSTR) to generate the full path for the picture downloads. Under the base path, krinnicam creates subfolders following this pattern to store pictures. The pattern is specified using a very simple notation, where the specifiers "%d", "%t" and "%s" have special meaning:

• %d is substituted with the picture date;
• %t is substituted with the picture time (maybe not very useful in the case of folders);
• %s is substituted with a sequential number, which is incremented on each call to a "ShootXXX" method.

By default, the folder pattern is empty (""), so subfolders are not generated (i.e., pictures are moved directly to the base path folder)

In the following example, the folders will be named "kcam_2006-05-18", "kcam_2006-05-19", etc. so we get our pictures organized by date.

 ...
 cam.DownloadFolderPattern = "kcam_%d"
 ...

Precondition:

None

Parameters:

[out]

pVal

Folder pattern.

See also:

DownloadBasePath(BSTR) and DownloadFilePattern(BSTR) for more information on picture downloads.

Gets the pattern used for folder generation in picture downloads from the camera.

 ...
 MsgBox("The folder pattern used for downloads is " & cam.DownloadFolderPattern)
 ...

Precondition:

None

Parameters:

[out]

pVal

Folder pattern.

Remarks:

This value is retrieved from internal variables. It does not involve any communication with the camera.

See also:

DownloadFolderPattern(BSTR) for more information.

Sets the exposure compensation value to the camera.

 ...
 cam.EVCompensation = -0.3
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

newVal

Exposure compensation value. The supported values are: -2.0, -1.7, -1.3, -1.0, -0.7, -0.3, 0, +0.3, +0.7, +1.0, +1.3, +1.7, +2.0. Any other values are "rounded" to the nearest of those listed.

Remarks:

Access to this property involves communication with the camera.

Gets current exposure compensation value from the camera.

 ...
 MsgBox("The current exposure compensation value is " & cam.EVCompensation)
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current exposure compensation value, i.e. -0.3.

Remarks:

Access to this property involves communication with the camera.

See also:

EVCompensation(DOUBLE) for a description of the supported exposure compensation values.

Sets the supplied flash mode to the camera.

 ...
 cam.Flash = "Incandescent"

 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

newVal

Flash mode in string format. Possible values are: "Auto" "Force" "Off" "Red Eye" "Slow Sync"

Remarks:

Access to this property involves communication with the camera.

Gets current flash mode from the camera.

 ...
 MsgBox("The current flash mode is " & cam.Flash)
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current flash mode in string format, i.e. "Incandescent".

Remarks:

Access to this property involves communication with the camera.

See also:

Flash(BSTR) for a description of the supported flash modes.

Sets the focal length value to the camera.

 ...
 cam.FocalLength = 8.2
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

newVal

Focal length value in milimeters. This value should be within the range printed on the camera lens. If a smaller or bigger value is written to this property, it will be automatically clipped.

Remarks:

Access to this property involves communication with the camera.

See also:

FocalLengthMin(DOUBLE *) to get the minimum possible focal length value for the camera.

FocalLengthMax(DOUBLE *) to get the maximum possible focal length value for the camera.

FocalLengthEquiv(DOUBLE) if you prefer to use 35mm-equivalent focal length values.

Gets current focal length value from the camera.

 ...
 MsgBox("The current focal length is " & cam.FocalLength & " mm")
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current focal length value (in milimeters), i.e. 8.2. This value is in the focal range printed on the camera lens.

Remarks:

Access to this property involves communication with the camera.

See also:

FocalLengthMin(DOUBLE *) to get the minimum possible focal length value for the camera.

FocalLengthMax(DOUBLE *) to get the maximum possible focal length value for the camera.

FocalLengthEquiv(DOUBLE *) if you prefer to use 35mm-equivalent focal length values.

Sets a 35mm-equivalent focal length value to the camera.

 ...
 cam.FocalLengthEquiv = 38.0
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

newVal

35mm-equivalent focal length value. This value should be within the range supported by the camera. If a smaller or bigger value is written to this property, it will be automatically clipped.

Remarks:

Access to this property involves communication with the camera.

See also:

FocalLengthMinEquiv(DOUBLE *) to get the minimum possible 35mm-equivalent focal length value for the camera.

FocalLengthMaxEquiv(DOUBLE *) to get the maximum possible 35mm-equivalent focal length value for the camera.

FocalLength(DOUBLE) if you prefer to use true focal length values.

Gets current 35mm-equivalent focal length value from the camera.

 ...
 MsgBox("The current focal length is " & cam.FocalLengthEquiv & " mm (35mm-equivalent)")
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current focal length value (35mm-equivalent), i.e. 38.0. This value is the result of a conversion made using real focal length values, and it is based on vendor specifications.

Remarks:

Access to this property involves communication with the camera.

See also:

FocalLengthMinEquiv(DOUBLE *) to get the minimum possible 35mm-equivalent focal length value for the camera.

FocalLengthMaxEquiv(DOUBLE *) to get the maximum possible 35mm-equivalent focal length value for the camera.

FocalLength(DOUBLE *) if you prefer to use true focal length values.

Gets maximum possible focal length value supported by the camera.

 ...
 MsgBox("The maximum focal length value supported by this camera is " & cam.FocalLengthMax & " mm")
 ...

Precondition:

None

Parameters:

[out]

pVal

Maximum focal length value (in milimeters). This value should match the one printed on the camera lens.

Remarks:

This value is retrieved from an internal database containing vendor specifications. It does not involve any communication with the camera.

See also:

FocalLength(DOUBLE *) to get the current focal length value for the camera.

FocalLengthMinEquiv(DOUBLE *) if you prefer to use 35mm-equivalent focal length values.

Gets maximum possible focal length value (35mm-equivalent) supported by the camera.

 ...
 MsgBox("The maximum focal length value supported by this camera is " & cam.FocalLengthMaxEquiv & " mm (35mm-equivalent)")
 ...

Precondition:

None

Parameters:

[out]

pVal

Maximum focal length value (35mm-equivalent).

Remarks:

This value is retrieved from an internal database containing vendor specifications. It does not involve any communication with the camera.

See also:

FocalLengthEquiv(DOUBLE *) to get the current focal length value (35mm-equivalent) for the camera.

FocalLengthMin(DOUBLE *) if you prefer to use true focal length values.

Gets minimum possible focal length value supported by the camera.

 ...
 MsgBox("The minimum focal length value supported by this camera is " & cam.FocalLengthMin & " mm")
 ...

Precondition:

None

Parameters:

[out]

pVal

Minimum focal length value (in milimeters). This value should match the one printed on the camera lens.

Remarks:

This value is retrieved from an internal database containing vendor specifications. It does not involve any communication with the camera.

See also:

FocalLength(DOUBLE *) to get the current focal length value for the camera.

FocalLengthMinEquiv(DOUBLE *) if you prefer to use 35mm-equivalent focal length values.

Gets minimum possible focal length value (35mm-equivalent) supported by the camera.

 ...
 MsgBox("The minimum focal length value supported by this camera is " & cam.FocalLengthMinEquiv & " mm (35mm-equivalent)")
 ...

Precondition:

None

Parameters:

[out]

pVal

Minimum focal length value (35mm-equivalent).

Remarks:

This value is retrieved from an internal database containing vendor specifications. It does not involve any communication with the camera.

See also:

FocalLengthEquiv(DOUBLE *) to get the current focal length value (35mm-equivalent) for the camera.

FocalLengthMin(DOUBLE *) if you prefer to use true focal length values.

Sets the supplied focus mode to the camera.

 ...
 cam.Focus = "Macro"
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

newVal

Focus mode in string format. Possible values are: "Auto" "Infinity" "Macro"

Remarks:

Access to this property involves communication with the camera.

Gets current focus mode from the camera.

 ...
 MsgBox("The current focus mode is " & cam.Focus)
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current focus mode in string format, i.e. "Macro".

Remarks:

Access to this property involves communication with the camera.

See also:

Focus(BSTR) for a description of the supported focus modes.

Gets the free space available on the memory card.

 ...
 MsgBox("Free space on memory card: " & cam.FreeMemory & " bytes")
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Free space, in bytes.

Remarks:

Access to this property involves communication with the camera.

Returns camera LCD status.

 ...
 MsgBox("LCD is " & IIf(cam.IsLCDOn, "on", "off"))
 ...

Precondition:

None

Parameters:

[out]

pVal

True if LCD is off.

Remarks:

Access to this property does not involve communication with the camera.

See also:

TurnLCDOn, TurnLCDOff to change LCD status.

Since:

version 2.02

Writes a user-supplied message to the log file.

This example:

 ...
 cam.Log "My message"

 ...

 hh:mm:ss.sss User message: My message 

Precondition:

None

Parameters:

[in]

msg

Message text.

Remarks:

Invocation of this method does not involve communication with the camera.

Gets the last status message generated by kcamserver.

Included for graphical user interfaces based on kcamserver.

Precondition:

None

Parameters:

[out]

pVal

Message.

Remarks:

This value is retrieved from internal variables. It does not involve any communication with the camera.

Sets the supplied metering mode to the camera.

 ...
 cam.Metering = "Incandescent"
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

newVal

Metering mode in string format. Possible values are: "Center Weighted" "Spot" "Matrix"

Remarks:

Access to this property involves communication with the camera.

Gets current metering mode from the camera.

 ...
 MsgBox("The current metering mode is " & cam.Metering)
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current metering mode in string format, i.e. "Incandescent".

Remarks:

Access to this property involves communication with the camera.

See also:

Metering(BSTR) for a description of the supported metering modes.

Retrieves the supported resolution values of the camera.

The following example writes the supported resolution values of a Coolpix 4500 in the log file. Note that it will work even if the camera is not actually connected to the computer (here, ConnectUSB may fail but execution will continue anyway).

 Dim cp
 Set cp = CreateObject("kcamserver.Camera")
 
 cp.ConnectUSB "Coolpix 4500"
 
 r = cp.NextValidResolution

 While Not (r = "")
   cp.Log r
   r = cp.NextValidResolution
 Wend
 
 cp.Disconnect
 
 Set cp = Nothing      

Precondition:

None

Parameters:

[out]

pVal

Valid resolution mode. You can get all the possible values accesing repeatedly to this property, see the example.

Remarks:

This value is retrieved from an internal database containing vendor specifications. It does not involve any communication with the camera.

Gets the progress percentage value of the current shoot or download operation.

Included for graphical user interfaces based on kcamserver.

Precondition:

None

Parameters:

[out]

pVal

Progress value (0..100).

Remarks:

This value is retrieved from internal variables. It does not involve any communication with the camera.

Gets the number of remaining pictures.

Returned value is based on free space on memory card and average picture size, as reported by the camera.

 ...
 MsgBox(cam.Remaining & " pictures remaining")
 ...

Precondition:

None

Parameters:

[out]

pVal

Number of remaining pictures.

Remarks:

Access to this property involves communication with the camera if it is in Ready state.

If the camera is busy, the last known value is returned.

Sets the supplied resolution/quality value to the camera.

 ...
 cam.Resolution = "640x480 Normal"
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

newVal

Resolution/quality in string format, i.e. "640x480 Normal".

Remarks:

Access to this property involves communication with the camera.

See also:

NextValidResolution(BSTR *) to learn how to get the supported resolution/quality values in a specific model.

Gets current resolution/quality value from the camera.

 ...
 MsgBox("The current resolution is " & cam.Resolution)
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Current resolution/quality in string format, i.e. "640x480 Normal".

Remarks:

Access to this property involves communication with the camera.

See also:

NextValidResolution(BSTR *) to learn how to get the supported resolution/quality values in a specific model.

Gets serial number of the camera.

 ...
 MsgBox("Serial number: " & cam.SerialNo)
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[out]

pVal

Serial number.

Remarks:

Access to this property involves communication with the camera.

Takes a single shot.

If downloads are enabled, it also moves the picture to the computer.

 ...
 cam.Shoot
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Remarks:

Invocation of this method involves communication with the camera. It may take a few seconds to perform this action.

See also:

ShootSequence, ShootBulb, ShootBulbSequence

Takes a single bulb shot (requires a serial connection).

If downloads are enabled, it also moves the picture to the computer.

In order to take bulb shots, the camera should be manually set to Bulb mode; in this case, the shutter speed is under kcamserver control, see parameter shutter below. Otherwise, the shutter speed set on the camera will be used instead of the supplied shutter speed (which will be ignored).

 ...
 cam.ShootBulb 2.0
 ...

Precondition:

• Camera in Serial mode.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]

speed

Shutter speed in seconds. Lowest possible value is about 0.03 seconds (1/30s). Highest possible value despends on your model.

Remarks:

This action may take from seconds to hours or even days, depending on the parameters given.

Invocation of this method involves communication with the camera.

This method uses the MC-EU1 emulation mode of the camera, that requires to turn on the LCD in order to take shots. If you want to keep the LCD off during the exposure, you can use the camera MONITOR button before this method is invoked (first call TurnLCDOn, then use the MONITOR button on camera to manually turn if off, then call TurnLCDOff)

See also:

Shoot, ShootSequence, ShootBulbSequence

Takes a sequence of bulb shots (requires a serial connection).

If downloads are enabled, it also moves the pictures to the computer.

In order to take bulb shots, the camera should be manually set to Bulb mode; in this case, the shutter speed is under kcamserver control, see parameter speed below. Otherwise, the shutter speed set on the camera will be used instead of the supplied shutter speed (which will be ignored).

In the following example, the sequence is started 15 seconds after the function is invoked, the interval between consecutive exposures is 45 seconds, and a number of 10 pictures will be taken. The shutter speed will be 2 seconds (if the camera has been manually set to Bulb mode). It is good idea, if you need accurate timings, to include a initial value for the sequence commands, to allow for LCD startup time, focusing, etc.

 ...
 cam.ShootBulbSequence 2.0, 10, 45.0, 15.0
 ...

Precondition:

• Camera in Serial mode.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]	speed	Shutter speed in seconds. Lowest possible value is about 0.03 seconds (1/30s). Highest possible value despends on your model.
[in]	repeat	Number of pictures to take.
[in]	interval	Time elapsed between consecutive exposures (measured from exposure start to exposure start), in seconds.
[in]	initial	(Optional) Time elapsed since this method is invoked to the first exposure, in seconds. By default, it is 0 (which means "as soon as you can", see below).

Remarks:

Shooting will take place even If interval or initial values are too short for the camera to respond on time. In this case, the pictures will be taken as soon as the camera can do the job.

This action may take from seconds to hours or even days, depending on the parameters given.

On big intervals, kcamserver will periodically communicate with the camera to keep it awake.

Invocation of this method involves communication with the camera.

This method uses the MC-EU1 emulation mode of the camera, that requires to turn on the LCD in order to take shots. If you want to keep the LCD off during exposures, you can use the camera MONITOR button after the first shot is taken (or before this method is invoked, but in this case you will have to follow this procedure: first call TurnLCDOn, then use the MONITOR button on camera to manually turn if off, then call TurnLCDOff)

See also:

Shoot, ShootSequence, ShootBulb, Cancel

Takes a sequence of shots.

If downloads are enabled, it also moves the pictures to the computer.

In the following example, the sequence is started 15 seconds after the function is invoked, the interval between consecutive exposures is 45 seconds, and a number of 10 pictures will be taken.

 ...
 cam.ShootSequence 10, 45.0, 15.0
 ...

Precondition:

• Camera in USB mode OR Serial mode with LCD turned off.
• Camera object must be in "Ready" state (connected and not busy).

Parameters:

[in]	repeat	Number of pictures to take.
[in]	interval	Time elapsed between consecutive exposures (measured from exposure start to exposure start), in seconds.
[in]	initial	(Optional) Time elapsed since this method is invoked to the first exposure, in seconds. By default, it is 0 (which means "as soon as you can", see below).

Remarks:

Shooting will take place even If interval or initial values are too short for the camera to respond on time. In this case, the pictures will be taken as soon as the camera can do the job.

On big intervals, kcamserver will periodically communicate with the camera to keep it awake.

Invocation of this method involves communication with the camera. This action may take from seconds to hours or even days, depending on the parameters given.

See also:

Shoot, ShootBulb, ShootBulbSequence, Cancel