Origin 8 beinhaltet eine Reihe von Funktionen, die auf die Ansprüche von Wissenschaftlern und Ingenieuren ausgerichtet sind. Arbeitsmappen mit mehreren Datenblättern, publikationsreife Grafiken und standardisierte Analysehilfsmittel bieten Ihnen ein nahtlos integrierten Workspace zum Importieren von Daten, Erstellen und Anpassen von Diagrammen, Untersuchen und Analysieren von Daten und Veröffentlichen Ihrer Arbeit. Origin integriert intuitive Hilfsmittel für komplexe Statistiken, Regression, nicht-lineare Kurvenanpassung, Signal- und Bildverarbeitung sowie Peakanalyse und wird so Ihren Anforderungen zur Datenanalyse gerecht. Da jede Analyseoperation so eingestellt werden kann, dass sie automatisch neu berechnet wird, können Sie zur Vereinfachung Ihrer täglichen Routine Ihre Projekte als Vorlagen für zukünftige Arbeiten verwenden.
Analysis and Development Tools for the Profressional
OriginPro beinhaltet alle Funktionen von Origin, plus zusätzliche analyse und programmierungs Tools.
ORIGIN ist das erste Datenanalysesystem, das publikationsreife Graphiken, Datenanalysefunktionen, die Programmiersprache C mit einer umfangreichen NAG® Bibliothek (Numerical Algorithms Group) vereint. Mit seiner intuitiven "Point & Click" Oberfläche stellt ORIGIN Befehle für Datenvisualisierung, Datenerforschung und Datenanalyse zur Verfügung. Hinzu kommen Werkzeuge für Statistik, Signalverarbeitung, Kurvenanpassung und Pulsanalyse. Die C Programmiereigenschaften kombiniert mit den numerischen Berechnungsfunktionen und den Visualisierungsmöglichkeiten von ORIGIN, machen ORIGIN zu einem robusten und unvergleichbar leistungsstarken System für Aufgaben zur Datenverarbeitung, Analyse und Algorithmenentwicklung.
Bei der ersten Benutzung begeistert ORIGIN durch Ergebnisse "aus dem Handgelenk", während fortgeschrittene Anwender die Programmierbarkeit schätzen.
- Umfassende Importmöglichkeiten
- Arbeitsmappen mit mehreren Datenblättern und Matrizen möglich
- Leistungsfähige 2D- und 3D Visualisierung
- Integrierte Analysevorlagen und Autoaktualisieren
- Leistungsfähige Datenanalyse & Auswertefunktionen
- Publikationsreife Diagramme
- Programmierung & Automation Server
OriginPro Features:
Access Other Software and Hardware Using COM in Origin C
Communicate with Microsoft Office applications.
Export Worksheet Data to an XML Document .
Import a database using an ActiveX Data Object .
To allow communication with other software applications and with hardware, OriginPro's implementation of Origin C supports Microsoft's Component Object Model, or COM, programming. With COM support, Origin C can be used for a multitude of operations. These include:
Acquiring data
Accessing a database, or
"Driving" other applications (e.g. Microsoft Word or Seagate Crystal Reports) by exposing their internal objects through COM.
Communicate with OriginPro from other applications, such as Microsoft® Excel, that support COM programming.
Supports multiple client access.
Create web-based applications for company-wide use.
Use Origin as a graphics server.
Origin and OriginPro now function as an automation server for client applications, such as Microsoft® Excel, Microsoft® Visual Basic, and National Instruments™ LabVIEW™, that support COM programming. And, with OriginPro you get additional methods to handle multiple client applications.
Multiple Clients
OriginPro provides additional Automation Server methods by which client side programming can be done to handle multiple clients. Note that Origin does not directly support multiple clients. Each client can however issue a command to lock Origin at the beginning of a session and then release Origin at the end of that particular client session.
Peak Fitting Module
Perform sophisticated peak analysis.
Run preconditioning routines.
Automatically detect peaks.
Initialize and modify peak parameters graphically.
Generate graphical as well as tabular results for a wide range of peak characteristics.
Fit peaks with the Peak Fitting Module (PFM)
An indispensable tool for the analysis of multi-peak data sets
OriginPro now includes the Peak Fitting Module. This tool offers a wizard-based interface to walk you through the steps of advanced peak analysis. The Peak Fitting Module offers the ability to automatically detect a baseline and peak locations, then fit over 100 peaks. The Peak Fitting Module contains an extensive set of built-in functions, providing you with the ultimate in flexibility when performing your least squares fitting and peak data set analysis. Individual peaks can even be assigned to use a specific function. You can also create your own user-defined functions with arbitrary baselines. The wizard-based interface allows you to save your curve fitting procedures to reuse later with a click of a button.
Work in chromatography, spectroscopy, engineering, pharmacology, and other fields frequently requires analysis of data sets exhibiting multiple peaks. Analysis of multi-peak data is particularly difficult when peaks overlap, or when data are "noisy." The PFM combines the tools needed for serious peak analysis -- data filtering, automatic and/or manual baseline and peak detection, built-in or user-defined curve fitting functions, highly accurate non-linear least squares curve fitting, and publication-quality output - with an intuitive and easy-to-use interface, to create a powerful and essential research tool.
The PFM is easy to use, owing to a completely redesigned wizard interface. The wizard guides you through the entire fitting process, from data selection to report generation and the saving of fitting procedures to toolbar buttons for repeat analyses.
The left side of the wizard is a color-coded map that lists PFM logically ordered pages and presents an overview of the entire fitting sequence.
The center portion of the wizard features the page controls. Choose and pre-condition data, specify and subtract a baseline, specify peak locations automatically and/or manually, choose individual peak functions, and perform your fit.
The right side of the wizard graphically depicts your data. Zoom in on a portion of the plot, scroll right or left, view plots of residuals or the smoothed second derivative of your data (useful for finding hidden peaks), display individual peaks and confidence or prediction bands, and view, fix, or constrain parameter values. All of this can be done at the touch of a button.
The PFM wizard guides you through each step in the peak fitting procedure, from data input to publication-quality output.
The PFM wizard's logically ordered pages guide you through each step of the peak fitting process:
Import data from a variety of sources (ASCII, MS Excel, etc.).
Specify a sub-range of the data.
Filter or transform the data.
Define and subtract a baseline by one of four methods.
Specify built-in or user-defined functions for each peak.
Automatically locate peaks by specifying a threshold height or number of peaks. Manually locate peaks by point-and-click.
Graphically adjust peak parameter values.
Display plots of residuals or second derivative (helpful in finding hidden peaks in data).
Plot confidence and prediction bands. Display individual peaks.
Save routines to a toolbar button.
Create presentation quality reports for printing or export to EPS, TIF, BMP, JPG, PNG, PSD, AI, PDF, WMF, EMF, CGM, DXF.
The PFM is engineered to save you valuable time.
Pages can be reviewed and the details of the fitting session changed. You can add or delete peaks manually, undo baseline subtractions or data filtering operations, adjust peak parameter values either graphically or by editing numerical fields, or choose curve-fitting functions peak-by-peak. Each adjustment can be made without the need to restart your entire fitting session.
Additionally, you may opt to use PFM's newly implemented automatic baseline and peak-detection algorithms to define a baseline or to find peak centers and heights. You can further expedite your analyses by initiating the fitting session with a custom file: specify the number of peaks, peak function(s), baseline function, initial parameter values, share or fix parameters, or specify constraints, pre-set the number of iterations to be performed, specify tolerance levels (delta chi-square), and select the format of your Peak Characterization Report.
Finally, the entire peak fitting process can be greatly streamlined by saving the details of your fitting session to a tool bar button.
When performing repeat analyses, extraneous pages and operations will be skipped. Pages for which identical actions will be performed - automatic detection of peaks above a threshold height, for instance - may be hidden as well, and the action will be automatically performed on your current data set. The PFM interface was designed to adapt to your particular peak fitting needs.
Create Sophisticated Custom Interfaces Using Dialog Builder
Create Dialog Boxes, Tabbed Tools, and Wizards.
Select controls from industry standard development tools.
Include ActiveX controls in your dialog.
Save Wizard procedures as a toolbar buttons.
Add your own menu drop-down lists to the menu bar.
Whether used for its analysis tools, graphing tools, development tools or graphics server capability, OriginPro 7.5 provides ease of use and analysis power to the professional.
Origin analysis tools such as Linear Fit, Polynomial Fit, Sigmoidal Fit and FFT, as well as the NLSF Wizard, were all created using OriginPro's Dialog Builder.
Dialog Builder is a key feature of OriginPro. By using Dialog Builder and a compiler such as Microsoft® VC++ or Open Watcom (an open-source compiler), one can create sophisticated custom interfaces utilizing industry standard controls. OriginPro's Dialog Builder allows complex user interfaces to be built quickly and easily, so that researchers can focus on writing their analysis routines, without struggling with Graphical User Interface (GUI) Programming.
Create custom interfaces such as dialog boxes, floating tools, and wizards. The operation of these interfaces can be easily programmed using Origin C and LabTalk. Object method and property syntax are based on their placement in the tool for easy reading. Object properties can be set by using literal constants or other object properties. Once developed, Dialog Builder tools can be shared with colleagues who also use Origin.
More on Wizards
Wizards can step users through complex procedures involving input, graph interaction, and result output. User choices can be stored as a toolbar button allowing the same procedure to be easily executed later by clicking a single button.
Embedding Origin Graphs and/or ActiveX® Controls
Custom tools made with Dialog Builder can directly incorporate an Origin graph as well as an ActiveX control. Users have full control over every graph element. Dialog Boxes, Tabbed Tools, and Wizards can be run without showing Origin, while providing the full power of Origin's data management and analysis capabilities.
