| ►Nd2d | Wrappers around the Direct2D interface |
| CD2ChannelRender | Handles all Direct2D rendering in a CChannelView |
| Cd2dfactory | Simple wrapper around a Direct2D factory |
| CD2HistogramRender | Handles all Direct2D rendering in a CHistogramView |
| CDPIScale | Helper class to convert from screen mouse coordinates to device independent pixels for Direct2D |
| CRenderTarget | Wrapper around a Direct2D render target and the underlying Direct2D factory and IDWriteFactory |
| ►NDAQmx | This is basically a C++ wrapper around NI's DAQmx C library |
| CCDAQmxAnalogInTask | Wraps a DAQmx Analog Input Task |
| CCDAQmxAnalogOutTask | Wraps a DAQmx Analog Output task |
| CCDAQmxCounterOutTask | Wraps a DAQmx Counter Output task |
| CCDAQmxDigitalOutTask | Wraps a DAQmx Digital Output task |
| CCDAQmxTask | Base class for DAQmx tasks |
| ►Nscope | |
| ►Ngui | All classes for the user interface, all derived from WTL classes |
| CCAboutDlg | Shows information about Scope |
| CCAreaChooseDlg | Simple dialog for choosing an area |
| CCBehaviorSettingsPage | Property page for settings of behavior triggered scanning |
| CCChannelFrame | Manages the display of images |
| CCChannelView | CChannelView is just a dumb holder for the renderer and takes care of window resizes etc |
| CCDAQmxPage | Class for the DAQmx inputs property page |
| CCExperimentSettingsSheet | Settings sheet for the various property sheets dealing with different experiment types |
| CCFPGAAnalogDemultiplexerPage | Class for the analog demultiplexer FPGA infos property page |
| CCFPGAAnalogDemultiplexerResonancePage | Class for the analog demultiplexer FPGA infos property page |
| CCFPGAAnalogIntegratorPage | Class for the analog integrator FPGA info property page |
| CCFPGADigitalDemultiplexerPage | Class for the digital demultiplexer FPGA infos property page |
| CCFPGANoiseOutputPage | Class for the noise output FPGA infos property page |
| CCFPGAPhotonCounterPage | Class for the photon counter FPGA infos property page |
| CCFPGAResonanceScannerNI5771Page | Class for the analog integrator FPGA info property page |
| CCFPGAResonanceScannerPage | Class for the analog integrator FPGA info property page |
| CCFPUControlPage | Property page for FPU stage settings |
| CCFrameScanBasePage | Base class for all frame scan property pages |
| CCFrameScanBidiPage | Property page for bidirectional frame scan |
| CCFrameScanHopperPage | Property page for bidirectional frame scan |
| CCFrameScanResonancePage | Property page for frame scan with resonance scanner |
| CCFrameScanSawPage | Property page for sawtooth frame scan |
| CCHistogramFrame | Manages the display of histograms |
| CCHistogramView | CHistogramView is a holder for the renderer, calculates histograms, and takes care of window resizes and mouse/limit bar movements |
| CCLogFrame | Frame window class for the log |
| CCLogView | View class for the log |
| CCMainDlgFrame | The main application dialog frame |
| CCMainDlgView | View class of the main dialog |
| CCMovementPage | Property page for stage settings |
| CCMovementSettingsSheet | Settings sheet that has settings pages for all movement/stages related stuff, resided inside the CMovementPage |
| CCNoScanBasePage | Base class for all scanning and non-scanning scan property pages, i.e |
| CCPresetNameDlg | Simple dialog for naming a preset |
| CCScanModesSettingsPage | Property page for storage related options |
| CCScanSettingsSheet | Settings sheet that has settings pages for different parameter sets |
| CCScopeButtonCtrl | An adapted CButton control around a ScopeButton |
| CCScopeCheckBoxCtrl | An adapted CButton control as checkbox around a ScopeValue<bool> |
| CCScopeColorComboCtrl | Simple class derivec from CComboBoxEx, added only method InitializeColors wich fills combo with color icons and text from lut.h |
| CCScopeEditCtrl | An adapted CEdit control around a ScopeValue |
| CCScopeFOVDiagram | Owner-drawn control that displays the total FOV and the smaller FOV of the areas |
| CCScopeLEDCtrl | An adapted CBitmapButton control around a ScopeNumber<bool> to show true or false as green or red LED |
| CCScopeProgressCtrl | An adapted CProgressBarCtrl control around a ScopeNumber<double> |
| CCScopeScrollbarCtrl | An adapted CScrollB ar control around a ScopeNumber<double> |
| CCScopeSliderCtrl | An adapted CTrackBarCtrl control around a ScopeNumber<double> |
| CCScopeUpDownCtrl | An adapted CUpDownCtrl control around a ScopeNumber |
| CCStackSettingsPage | Settings page for stack scan stuff |
| CCStimulationSettingsPage | Settings page for stimulation stuff |
| CCStorageSettingsPage | Property page for storage related options |
| CCTimeSeriesSettingsPage | Property page for settings of simeseries scanning |
| CCXYZControlPage | Property page for XYZ stage settings |
| ►Nparameters | All parameters live in this namespace |
| CArea | Parameters for a whole area (includes a daq and a fpu) |
| CBase | All parameter classes derive from this |
| CBehavior | Parameters for behavior triggered acquisition |
| CDaq | All parameters for scanner data generation and pixel acquisition If you add/remove parameters or derive classes from this, do not forget to update the Load and Save methods for your new members! |
| CFastZControl | Parameters for a fast Z drive that is controlled by a voltage |
| CFastZControlETL | Parameters for an ETL |
| CInputs | Parameters for pixel acquisition, base class |
| ►CInputsDAQmx | Parameters for pixel acquisition with NI-DAQmx |
| CDiagnosis | Some diagnosis parameters, more useful for FPGAs .. |
| CInputsFPGA | Parameters for pixel acquisition with NI-FPGA |
| ►CInputsFPGAAnalogDemultiplexer | Parameters for pixel acquisition FPGAAnalogDemultiplexer |
| CDiagnosis | Keeps the LEDs/ScopeNumber for FPGA diagnosis together |
| ►CInputsFPGAAnalogIntegrator | Parameters for pixel acquisition FPGAAnalogIntegrator |
| CDiagnosis | Keeps the LEDs/ScopeNumber for FPGA diagnosis together |
| ►CInputsFPGADigitalDemultiplexer | Parameters for pixel acquisition with FPGADigitalDemultiplexer |
| CDiagnosis | Keeps the LEDs/ScopeNumber for FPGA diagnosis together |
| CInputsFPGAIO5751 | Parameters for pixel acquisition using the NI FlexRIO 5751 IO adapter module (14-bit digitizer) |
| CInputsFPGAIO5771 | Parameters for pixel acquisition using the NI FlexRIO 5771 IO adapter module (high-speed 8-bit digitizer) |
| CInputsFPGAIO6587 | Parameters for pixel acquisition using the NI FlexRIO 6587 IO adapter module (high-speed LVDS digital input card) |
| ►CInputsFPGANoiseOutput | Parameters for the noise generating FPGA vi |
| CDiagnosis | Keeps the LEDs/ScopeNumber for FPGA diagnosis together |
| ►CInputsFPGAPhotonCounter | Parameters for pixel acquisition with FPGAPhotonCounter |
| CDiagnosis | Keeps the LEDs/ScopeNumber for FPGA diagnosis together |
| ►CInputsFPGAResonanceScanner | Parameters for pixel acquisition FPGAResonanceScanner |
| CDiagnosis | Keeps the LEDs/ScopeNumber for FPGA diagnosis together |
| COutputs | Parameters for scanner data generation, base class |
| COutputsDAQmx | Parameters for x/y-scanner/fast z/Pockels signal generation with NI-DAQmx where all output channels (xyzp) are driven by the same (pixel) clock |
| COutputsDAQmxLineClock | Parameters for x/y-scanner/fast z/Pockels signal generation with NI-DAQmx where xp are driven by a pixel clock and yz by a line clock |
| COutputsDAQmxResonance | Parameters for signal generation for y scanner and digital zoom with NI-DAQmx when the x scanner is a resonance scanner |
| COutputsDAQmxSlave | Parameters for fastz/Pockels signal generation with NI-DAQmx where zp are driven by a pixel clock from the master area |
| CPlaneProperties | Parameters of a single plane for fast plane hopping/switching |
| CScannerVector | Parameters for the ScannerVector |
| ►CScannerVectorFrameBasic | Parameters for a ScannerVectorFrameBasic |
| CPreset | The class for presets |
| ►CScannerVectorFrameBiDi | Parameters for a ScannerVectorFrameBiDi |
| CPreset | The class for presets |
| ►CScannerVectorFramePlaneHopper | Parameters for a ScannerVectorFramePlaneHopper |
| CPreset | The class for presets |
| ►CScannerVectorFrameResonance | Parameters for a ScannerVectorFrameResonance |
| CPreset | The class for presets |
| ►CScannerVectorFrameSaw | Parameters for a ScannerVectorFrameSaw |
| CPreset | The class for presets |
| CScannerVectorLine | Parameters for a ScannerVectorLine |
| CScope | The master parameters class |
| CStack | Parameters for stack acquisition |
| CStimulation | Parameters for digital stimulation output |
| CStorage | Parameters for storage |
| CTimeseries | Parameters for timeseries acquisition |
| CWindow | Parameters for all frames/windows on screen |
| CWindowCollection | Parameters for all frames/windows on screen |
| CXYControl | Parameters for a general xy stage |
| CXYControlGalil | Parameters for a Galil controller xy stage (e.g |
| CXYControlStanda | Parameters for a Standa xy stage |
| CXYZControl | Parameters for a general XYZ stage |
| CXYZControlGalil | Parameters for a Galil XYZ stage (e.g |
| CXYZControlSutter | Parameters for a Sutter XYZ stage |
| ►CBaseController | Base class for all controllers |
| CImpl | Implementation class of the BaseController, uses std::async to execute worker functions in a separate thread |
| CBehaviorModeHelper | How does the animal behavior trigger/gate acquisition? |
| CBGRA8Pixel | Encapsulated a 4-byte pixel in BGRA format for use with Direct2D |
| CColorProps | Encapsulated lower and upper limit for range adjustment and color for displaying |
| CDaqChunk | A DaqChunk contains data from all channels sequentially |
| CDaqChunkResonance | A DaqChunk contains data from all channels sequentially and additionally a bool vector for the resonance scanner sync signal |
| ►CDaqController | The DaqController controls the data acquisition hardware, both outputs for scanners as well as input from PMTs |
| CImpl | The implementation class of the DaqController |
| CDaqModeHelper | Describes the data acquisiton mode |
| CDaqSamplingHelper | Sampling method (depending on card etc), either simultaneous (clock independent of channel number) or non-simultaneous samplingrate is maxrateaggregate/nochannels |
| CDaqTimingHelper | Class for the DAQmx timing, either by onboard clock, through a reference clock or by an external clock signal |
| ►CDisplayController | The display controller handles displaying images and histograms |
| CImpl | The implementation class of the DisplayController |
| CFPGAAnalogDemultiplexer | Wraps an FPGA that does two area demultiplexing and analog integration with the NI 5771 FlexRio adapter module on the NI 7962R FPGA |
| CFPGAAnalogDemultiplexerResonance | Wraps an FPGA that does two area demultiplexing and analog integration with the NI 5771 FlexRio adapter module on the NI 7962R FPGA |
| CFPGAAnalogIntegrator | Wraps an FPGA that does analog pixel integration (with the NI 5771 FlexRIO adapter module http://sine.ni.com/nips/cds/view/p/lang/en/nid/210735) |
| CFPGADigitalDemultiplexer | Wraps an FPGA that does two area demultiplexing and photon counting |
| CFPGAException | An exception for FPGA stuff |
| CFPGAInterface | Abstract base class for FPGA classes |
| CFPGAIO5751 | Handels the NI FlexRIO adapter module IO-5751 |
| CFPGAIO5771 | Handels the NI FlexRIO adapter module IO-5771 |
| CFPGAIO6587 | Handels the NI FlexRIO adapter module IO-6587 |
| CFPGANoiseOutput | FPGA class for vi that generates random pixel data |
| CFPGAPhotonCounter | Wraps an FPGA that does photon counting (for Version 2 VI) |
| CFPGAResonanceScanner | Wraps an FPGA that does analog pixel integration (with the NI 5751 FlexRIO adapter module http://sine.ni.com/nips/cds/view/p/lang/en/nid/209099) |
| CFPGAResonanceScannerNI5771 | Wraps an FPGA that does analog pixel integration (with the NI 5771 FlexRIO adapter module http://sine.ni.com/nips/cds/view/p/lang/en/nid/210735) |
| CFPGAStatusChecker | Helper class to check the FPGA status value returned from NI FPGA C API |
| CFPGAStatusT | Wrapper class for the FPGA status, templatized for throwing or non-throwing |
| CFPUController | The FPUController |
| CGaterDAQmx | Starts a DAQmx task that waits until the digital line is either high or low (depending on _waitforhigh) or until condition variable is notified |
| CInputs | Wraps hardware connection for signal input from PMTs |
| CInputsDAQmx | Wraps hardware connection for signal input from PMTs with NI-DAQmx |
| CInputsFPGA | Wraps hardware connection for signal input from PMTs using an NI FPGA |
| CInputsTypeHelper | Describes the type of signal input from PMTs |
| CLUT_function | Class for generating a lookup table by providing a function to the constructor |
| COutputs | Wraps hardware connection for signal output to scanners, fast z control, and pockels cell |
| COutputsDAQmx | Wraps hardware connection for signal output to scanners, fast z control, and pockels cell with NI-DAQmx |
| COutputsDAQmxLineClock | Wraps hardware connection for signal output to scanners, fast z control, and pockels cell with NI-DAQmx |
| COutputsDAQmxResonance | Wraps hardware connection for signal output to scanners, fast z control, and pockels cell with NI-DAQmx |
| COutputsDAQmxSlave | Wraps hardware connection for signal output to fast z control and pockels cell (for a slave area without its own scanner) with NI-DAQmx |
| COutputsTypeHelper | Describes the type of signals output to scanners/fast z/Pockels |
| ►CPipelineController | The PipelineController controls everything from pixels to complete images, i.e |
| CImpl | The implementation class of the PipelineController |
| CPixelmapperBasic | Parent class for pixel mappers |
| CPixelmapperFrameBiDi | Maps acquired pixels into an image, takes care of return fractions I: real image, forth scan, J: real image, back scan, R: return Chunk has all samples C&I&R, but we only want to use I samples (and the J samples in reverse order as they come) |
| CPixelmapperFrameResonanceHW | Maps acquired pixels into an image analysing the resonance scanner sync signal, takes care of return fractions, forth/back lines etc |
| CPixelmapperFrameResonanceSW | Maps acquired pixels into an image analysing the resonance scanner sync signal, takes care of return fractions, forth/back lines etc |
| CPixelmapperFrameSaw | Maps acquired pixels into an image, takes care of onset cutoff, retrace etc |
| CRunStateHelper | Describes the actual state of the scope |
| CScannerSupportedVectors | Describes the scanner vector types that are supported for a given scanner type |
| CScannerTypeHelper | Describes the type of scanner |
| CScannerVectorFillTypeHelper | Describes the scanner vector fill type for different parameters::Outputs types : |
| CScannerVectorFrameBasic | Parent class for frame scans |
| CScannerVectorFrameBiDi | A scanner vector for bidirectional frame scanning |
| CScannerVectorFramePlaneHopper | Frame scanning with ETL plane hopping |
| CScannerVectorFrameResonanceBiDi | Calculates scanner, fast z, and pockels control voltages for a bidirectional frame scan with a resonance scanner |
| CScannerVectorFrameResonanceHopper | |
| CScannerVectorFrameSaw | Calculates scanner, fast z, and pockels control voltages for a saw tooth frame scan |
| CScannerVectorTypeHelper | Describes the scanner vector type |
| CScopeButton | Mimicks a button, glue between the GUI and controller, used in ScopeController |
| ►CScopeController | Main controller of microscope hardware and acquisition, also interface to the GUI |
| CFPUButtons | Keeps the buttons controlling FPU movements together |
| CImpl | The implementation class of the ScopeController |
| CModeLiveImpl | The implementation class of the ScopeController |
| CScanModeButtons | Keeps the buttons controlling scan modes together |
| CScopeControllerModeBasic | |
| CScopeDatatypeBase | Base class for all Scope datatypes here, provides a uniform interface (and saves typing...) |
| CScopeException | Simple exception class for Scope |
| CScopeHistogram | A histogram for a uint16_t image with uint32_t counts |
| CScopeImage | A general image class |
| CScopeImageAccess | Gives RAII safe access (read&write) to the pixeldata of a ScopeImage |
| CScopeImageConstAccess | Gives RAII safe const access (read-only) to the pixeldata of a ScopeImage |
| ►CScopeLogger | A logger class to log various messages and user comments |
| CImpl | Implementation class of the ScopeLogger |
| CScopeMultiHistogram | A multi channel histogram |
| CScopeMultiImage | A multichannel image |
| CScopeMultiImageEncoder | Encodes multi images to TIFF using Windows Imaging Components |
| CScopeMultiImageResonanceSW | A multichannel image |
| CScopeNumber | A templated class for a thread-safe numeric value, with signals that are called on value changes |
| CScopeOverlay | Overlay of several gray-scale/uint16_t channels into one BGRA8 image |
| CScopeOverlayResonanceSW | Overlay of several gray-scale/uint16_t channels into one BGRA8 image |
| CScopeScanModeButton | Button type for scan mode switching |
| CScopeString | A templated class for a thread-safe std::wstring, with signals that are called on value changes |
| CScopeValue | A templated class for a thread-safe value, with signals to GUI or other stuff that are called on value changes |
| CScopeValueBase | Base class for a thread-safe value, with signals that are called on value changes |
| CSerialConnection | Class around a Win32 API serial connection |
| CShutter | Controls a shutter via DAQmx one line digital output |
| CStimulationsDAQmx | Wraps hardware connection for stimulation output with NI-DAQmx |
| CStimulationVector | Calculates a basic digital stimulation pattern |
| ►CStorageController | The StorageController controls the conversion of multi images to TIFF and the storage of those |
| CImpl | The implementation class of the StorageController |
| CSwitchResonance | Controls the relay for turning on and off the resonance scanner via DAQmx one line digital output |
| CUint16RangeHelper | Enum for the usable data input range |
| CXYControl | Base class to control an xy-stage |
| CXYZControl | Base class to control an xyz-stage |
| CZDeviceHelper | The type of z control device that is used for a stack |
| CZeroOutputsDAQmx | Wraps hardware connection for zeroing signal output to scanners, fast z control, and pockels cell with NI-DAQmx |
| CZeroOutputsDAQmxLineClock | Wraps hardware connection for zeroing signal output to scanners, fast z control, and pockels cell with NI-DAQmx |
| CZeroOutputsDAQmxResonance | Wraps hardware connection for zeroing signal output to scanners, fast z control, and pockels cell with NI-DAQmx |
| CZeroOutputsDAQmxSlave | Wraps hardware connection for zeroing signal output to fast z control and pockels cell with NI-DAQmx |
| CZoomResonance | Controls the four-step zoom scaling for a resonance scanner by two DAQmx digital line outputs |
| CActive | An active object implementation |
| Chresult_exception | Exception class for HRESULTs |
| CHResultChecker | Templated helper class to check an HRESULT and throw an exception (or not throw) |
| CHResultChecker< false > | Helper class definition to check an HRESULT and not throw an exception |
| CHResultChecker< true > | Helper class definition to check an HRESULT and throw an exception (currently disabled!) |
| CHResultT | Class around a HRESULT which breaks down the HRESULT code and makes life easier etc |
| CScaler | Class for scaling to the full range of a datatype |
| CScopeMessage | Message with tag and cargo for SyncQueues between controllers |
| CStopCondition | Thread-safe lock-free bool to signal a requested stop to the worker function currently executed in the Active's thread |
| CSynchronizedQueue | A synchronized, thread-safe queue was modeled after ringbuffer example from boost?! and/or a Herb Sutter column?! |
1.8.9 
