Below shows the Sections within the SDK guide and camera features that can be controlled via 100+ commands
I-SPEED 3 SDK LIBRARY
DESCRIPTION
General Notes on Usage
RETURN VALUES
SETUP AND MONITORING FUNCTIONS
Initialize, Model, Serial number
Resolution
Speed
Shutter
Trigger
Sync mode
Manual economy resolution
Normal, ROC, BROC buffer
STATUS FUNCTIONS
Trigger
Recording
Power Off
Record Sate
POST RECORDING FUNCTIONS
Number of frames
Buffer Information
Trigger Frame
IMAGE TRANSFER FUNCTIONS
Live Frames
Thumbnails
Multi Frames
ADDITIONAL CAMERA STATUS AND SETTINGS
Version, Battery Info, System Status
Permanent text
Optimise
White Balance
Dynamic range, Enhanced sensitivity
Configuration
iFocus
IRIG FUNCTIONS (FS CAMERA BUILD TYPES ONLY)
IRIG Signal State
IRIG Sync
IRIG recording
PIV FUNCTIONS (DF CAMERA BUILD TYPES ONLY)
PIV timing setting
BAYER CONVERSION FUNCTIONS
Bayer Gains
Convert Bayer Image
ERROR AND TIMEOUT HANDLING
Errors
Timeouts
EXAMPLES OF USAGE
Incorporating the SDK into a Project
Initializing a Camera and Starting a recording
Retrieving frames from a Previous Recording
Handling Images
Handling Bayer Images
Using the Multi frame Transfer function
Below is an example of the detail given per command
GETMODEL
HRESULT GetModel (char * pcModel, short nLen)
Get the model string of the camera associated with this instance of the SDK.
Parameters:
char * pcModel Character array which will receive the model string of the camera.
The array should be at least 64 characters in length.
short nLen Size of the buffer pointed to by pcModel
Below is an example of usage
RETRIEVING FRAMES FROM A PREVIOUS RECORDINGBelow is a sample code fragment which queries the camera for information about the current recording stored in memory, and then retrieves a frame from the current recording. The code assumes that an instance of the
CISPEED3_SDK class has been created with the variable name
m_iSPEED3.
// get information about the last recording
// for readability, we have omitted error checking
IS3BufferInfo info;
m_iSPEED3.GetBufferInfo(&info);
// make sure there is a recording in memory
if ( info.lFrames > 0 )
{
// allocate memory to receive the frame
long lSize;
IMAGE_BUFFER pFrame = AllocImageBuffer(&lSize);
// get the first frame
// frame numbers start from 0 up to the info.lFrames-1
m_iSPEED3.GetFrame(0, &lSize, pFrame, CISPEED3_SDK::QUALITY_UNCOMPRESSED);
// do processing on the frame or render the frame
…
// free memory
