Marquette Cardiovascular MUSEŽ Applications Programming Interface

Marquette Cardiovascular
MUSEŽ Applications Programming Interface

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Marquette Cardiovascular MUSEŽ Applications Programming Interface

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MUSEŽ Applications Programming Interface General Information

 
The MUSEŽ API
"Open Database Access with Intelligence"

Many health care organizations and companies are embarking on projects to create a "longitudinal patient record." The goal of these projects is to create software that accesses all of the data on a single patient within a common navigation scheme/user interface. Clearly the cardiology data that resides in the MUSE CV Information System should be part of that patient record. However, simply providing access to the data without providing access to the knowledge of how to format that data for display would be of limited value. Reinventing all of the logic necessary to decompress, scale, anti-alias, etc., the waveform, text, and image information stored on MUSE would be a huge undertaking. Nor is it desireable to duplicate all of the data in the MUSE on another information system and introduce the problems associated with keeping both data sets "in synch."

The MUSE API provides open data access combined with the intelligence necessary to format the data for display. Specifically, the MUSE API provides the programmer with the opportunity to add the following functions to their application:

  1. Connecting and disconnecting dynamically from a MUSE system on the network.
  2. Finding a given patient in the MUSE database.
  3. Determining how many and which type of tests exist for a given patient.
  4. Generating a displayable and/or printable bitmap image of any report.

The programmer can then write a Windows application program which provides these functions to their end-user while maintaining a constant look and feel. This also allows databases from multiple sources to be easily combined so that the different data sources or back-end systems are transparent to the user.

Essentially, the API allows the programmer to utilize Marquette's years of experience in displaying Cardiology information without having to learn all of the details. And it offers the flexibility to integrate that knowledge and information with other end-user systems.

Supported Image Formats for Reports

The data needs to be faithfully reproduced on the screen and printer in the formats that the clinician understands and expects. The MUSE Applications software allows creation of bitmaps which present the information to the clinician precisely as the report would appear printed via a thermal or laser printer. Reports can be formatted into the following image formats:

  1. Portable Document Format (Adobe Acrobat PDF)
  2. JPEG
  3. Group 3 FAX
  4. Postscript Level 2
  5. Windows Bitmap (BMP)
  6. Windows 16 and 32 Bit Metafiles
  7. ASCII Text (No Waveforms)
  8. HTML (No Waveforms)
  9. PCL-5
  10. Placeable MetaFiles (Powerbuilder)

Supported Development Environments

The MUSE API is available only on 32-Bit Windows platforms, i.e. Win 95 and Windows NT. The code is called via the Windows DLL mechanisms and demonstration programs have been written using Microsoft Visual C/C++ 4.0X, Microsoft Visual Basic, Borland Delphi 2.01, and Powerbuilder version 5.

 


Marquette Cardiovascular MUSEŽ Applications Programming Interface