| Version 11 |
10/2024 |
Notas de lançamento |
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- The Sampling configuration has a list of pre-set TextMark data items that can be applied during sampling.
- Improvements to interactive use of TextMark data during sampling.
- TextMark data captured from serial line inputs can trigger the output sequencer and arbitrary waveform output.
- Overdraw list dialog supports addition of arbitrary trigger times.
- 3D Overdraw adjustment by dragging.
- Info windows can now display recent TextMark text or Marker channel codes.
- Active Horizontal cursors have two new modes: Median and Median + factor * size.
- Graphical sequencer improvements including a visual indication that a Wait command interrupts the time base and a time out when waiting for a digital input change.
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| Version 10 |
11/2019 |
Notas de lançamento |
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- Janela de informações, visível em todo o laboratório - com saída de voz, se você não puder dar uma olhada
- O Micro-4 é compatível
- A linguagem do script suporta objetos definidos pelo usuário
- O processamento automático de dados agora pode usar portas de comprimento variável
- A saída de forma de onda arbitrária usa o clock de 200 MHz para obter melhor resolução de frequência
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Atualizações |
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- Sampling supports Talker specification v5, which has more efficient data transfers
- New file importer added for XDF files (LabRecorder, LabStreamingLayer - LSL)
- Online Measure to channel command can send output to the Keyboard marker channel that can trigger writing to disk, the output sequencer and arbitrary waveform output
- New virtual channel function TEvt() to generate a ramp of time since the last event on a channel. This can be scaled to produce a calculation of the volume of liquid delivered by an automatic syringe, for example
- In the Sampling Configuration, you can apply a real-time channel Process (for example filter or rectify) to a Talker-based Waveform or RealWave channels
- The Sampling Configuration has a new Script tab to set a script to run at preset times during sampling
- New Linear Predict... command will replace short artifacts in Time view waveform data and Result view channels with estimations based on the previous and following data
- The Sampling configuration dialog Mode tab has a new option to control the s2video application Slow frame rate when not writing data to disk
- The output sequencer can now play trains of digital pulses at the same time as other sequencer operations
- There is a new Time view drawing mode, Interval, that displays the intervals between events
- There is a new data file importer for ADInstrument Labchart files
- You can change the output channel labels in the Graphical Sequence Editor
- The Sampling Configuration - Mode tab can now set scripts that are run when a trigger event is detected
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| Version 9 |
06/2017 |
Notas de lançamento |
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- Os Talkers podem trabalhar sem uma interface 1401
- Números de canais estendidos para 2.000
- As linhas nas visualizações de grade aumentaram para 1.000.000
- Os blocos de memória para saída de forma de onda aumentaram para 62 para Powers e 20 para Micros
- Novos operadores numéricos para a linguagem do script
- Mais caixas de diálogo são redimensionáveis
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Atualizações |
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- O aplicativo s2video agora usa arquivos .mp4 com melhor tempo de quadro e se conecta a uma ampla gama de fontes de vídeo.
- O suporte de multimídia do Spike2 lê arquivos .mp4 e .avi.
- Adicionado o aplicativo mp4comp para compressão off-line de arquivos de vídeo .mp4.
- Os importadores Bionic e Ripple foram revisados para lidar com a importação de arquivos enormes (mais de 500 GB). Os importadores agora funcionam quase na mesma velocidade da cópia dos arquivos (15 minutos para 500 GB em vez de um dia).
- Um sistema de licença do Talker é implementado. Isso nos permite atualizar os Talkers pagos em nosso site, mas exige que os usuários apliquem uma chave de licença à sua cópia do Spike2. As licenças do Talker estão vinculadas ao número de série do Spike2.
- Há uma nova análise de histograma de frequência de evento. Isso é semelhante ao Histograma de intervalo, mas coloca os dados em caixas com base na frequência, não nos intervalos. A linguagem de script equivalente a este comando é SetFHst().
- O processo de canal é estendido para permitir mudanças de tempo de canais de eventos e debounce de eventos e canais de eventos de nível.
- O comando de script ArrCWT() calcula a Transformação Wavelet Contínua de uma matriz de dados.
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| Version 8 |
12/2013 |
Notas de lançamento |
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- Native 64 and 32-bit application versions available
- Data file format now 64-bit, reading, writing and sampling older 32-bit file format maintained
- Sampling duration and data file size now virtually unlimited
- Retrospectively mark data for saving during sampling
- File import system extended to handle larger files
- Improvements to Sonogram display including intensity key
- The maximum size of a script driven dialog increased to the size of primary monitor screen
- MATLAB export extended to support writing files larger than 4 GB
- Alt+key combinations added to activate buttons in Script and Sample bars
- Script and output sequencer extended to accept 64-bit values
- Sequencer text editor now has fast navigation to Keys as Labels
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Atualizações |
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- Unicode support added, allowing use of non-ASCII characters
- Horizontal cursors can be made active so that they automatically position themselves
- Scripting: enhancements to language, editing, debugging and to handling of #include files
- Optional warnings on closing data file with memory channels
- Clustering: INTH shows vertical cursor at minimum interval
- Channel show/hide dialog enhanced for large numbers of channels
- 2D colour mapping capability (heat maps), thin plate splining
- Quick calibration feature
- Grid view added
- New dialogs to edit window titles, edit XY view axes, units and channel titles
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| Version 7 |
06/2009 - 10/2017 |
Notas de lançamento |
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- Data files up to 1TB allowed
- Output sequencer greatly extended
- Talker module interfaces other data capture devices
- Vertical markers drawing
- Horizontal cursors increased from 4 to 9
- Power1401 and Micro1401-3 users can now reject over-sized spikes on-line
- Event inputs can be "de-bounced" on-line
- Power1401 users have access to all 8 DACs for arbitrary waveform output
- Power1401 mk II users have access to all 8 DACs for sinusoidal and ramp output (Power1401 mk I support will be in 7.05)
- There are many improvements to the clustering window
- Optional x axis display in milliseconds and also auto-scaling of axis units
- New "watch" window to display script variable when debugging
- New and improved drawing modes
- Script writers can make use of the mouse position
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| Version 6 |
09/2006 - 09/2014 |
Notas de lançamento |
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- Handles 400 channels
- MATLAB file export
- Enhanced sampling efficiency
- Burst mode sampling
- 3D overdraw
- Improved script editor
- Interactive IIR filtering
- Arrays of up to 5 dimensions
- Log axes option
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| Version 5 |
04/2003 - 04/2009 |
Notas de lançamento |
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- Tetrode and stereotrode recording
- Principal Component Analysis and clustering in spike shape sorting
- Export to spreadsheet
- Cubic spline drawing mode
- Virtual channels
- Video capture
- Measurements to channel
- Matrix script functions
- Curve fitting
- Multiple monitors supported
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| Version 4 |
04/2001 - 12/2005 |
Notas de lançamento |
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- Sampling increased to 32 channels
- Faster sampling with the Power1401
- Waveform calibration
- Active cursors
- Graphical sequence editor
- Spike shape sorting
- 10 vertical cursors
- File importers in many formats
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| Version 3 |
03/1998 - 10/2001 |
Notas de lançamento |
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- Output sequencer extensions
- Spike Overdraw mode
- Improved script commands and scope
- XY views
- Context-sensitive help
- Last version to support sampling with the standard 1401
- SonFix program repairs damaged data files
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