Windows
NeuroShare File Loader IGOR.5.00.x-1.1
Posted March 10th, 2010 by jbfal1
Size: 70.92 KB
md5_file hash: 2097a3f7fe79a1e1962e50413c316181
First released: March 10, 2010 - 17:42
First release of the NeuroShare file loader containing an XOP and help file.
NeuroShare File Loader
Posted March 10th, 2010 by jbfal1The NeuroShare XOP is an XOP for loading files from vendors that comply with the NeuroShare API standard (neuroshare.org). This version of NeuroShare requires Igor Pro 5.00 or later.
The NeuroShare XOP adds the following to Igor:
A menu item in the Load Waves submenu (not yet implemented).
Two command line operations.
This help file.
Help in the Igor Help Browser Command Help pane.
LoadNSData behaves much like Igor's built in LoadData operation except that it loads files via NeuroShare compliant APIs.
Filter provides basic digital filtering.
Gibb's Energy Curves IGOR.6.10.x-1.0.0
Posted March 9th, 2010 by jjweimer
Size: 19.35 KB
md5_file hash: f62e662a162276a59710b504ca87ff37
First released: March 9, 2010 - 07:45
Last updated: March 9, 2010 - 07:45
Overview
First release version contains a ZIP archive with a folder that contains the experiment (.pxp) file.
Gibb's Energy Curves
Posted March 9th, 2010 by jjweimer
Overview
This shows the behavior of the Gibbs energy for a binary (A/B), two phase (alpha + beta) system.
The RED (alpha) phase curve will vary in position as a function of temperature (via the slider).
multithreader IGOR.6.20.x-1.x-dev
Posted March 8th, 2010 by RGerkinDownload: multithreader-IGOR.6.20.x-1.x-dev.zip
Size: 4.25 KB
md5_file hash: 00def8a384a2637d613b94e56a2c9936
First released: March 8, 2010 - 17:05
Last updated: March 8, 2010 - 18:00
****This is only compatible with Igor >= 6.2****
Multithread the fast and easy way! Documentation provided in the procedure file.
CarnotpVCalculator IGOR.6.10.x-1.0
Posted March 1st, 2010 by jjweimerDownload: CarnotpVCalculator-IGOR.6.10.x-1.0.zip
Size: 14.18 KB
md5_file hash: f13ef39a75c6c84c252aed7208cd7734
First released: March 1, 2010 - 17:18
Last updated: March 1, 2010 - 17:20
Overview
First release version.
Carnot pVCalculator
Posted March 1st, 2010 by jjweimer
Overview
This package displays a Carnot pV diagram, consisting of isotherms and adiabats. You can change the isotherm temperatures and the separation between adiabats. You can also change the heat capacity ratio (gamma). The graph display updates within the given values of maximum pressure and minimum to maximum pressure. The work done by the system (clockwise cycle) is also displayed.
Easy Multithreading
Posted March 1st, 2010 by RGerkinThis project contains a library of functions designed to make multithreading in Igor easy. Furthermore, it allow you to use your existing functions, with little or no modification, in multithreaded data analysis, greatly increasing throughput.
SpAcAn: Spontaneous Activity Analysis IGOR.5.03.x-1.03-1
Posted February 12th, 2010 by ghyommSize: 99 KB
md5_file hash: 52aa1670d82ca10706aa46b010724c98
First released: February 12, 2010 - 10:32
Bug fix #1: the files open through the Load button were kept open, preventing to save the experiment. Fixed adding "Close RefNum".
Bug fix #2: bug in the new function which concatenates and load multiple waves. With a long list of waves, the string containing the list was too long. Changed the concatenation process to prevent this (the new concatenation is incremental).
SpAcAn: Spontaneous Activity Analysis IGOR.5.03.x-1.03-0
Posted February 4th, 2010 by ghyommSize: 95.04 KB
md5_file hash: b56d1c0b597a9c807ca0dbf1ea79e112
First released: February 4, 2010 - 04:17
Last updated: February 4, 2010 - 04:17
* This version adds a significant improvement: users can now load waves from IGOR's data folders. Whether SpAcAn will load waves from the disk (as before) or from a datafolder is determined using checkboxes. Local waves are loaded through a dialog. Multiple waves can be concatenated and loaded as a single wave.
* Another handy improvement is the possibility of detecting positive deflexions (in addition to negative deflexions). No more need to flip the waves before detection for positive deflexions (e.g. EPSPs or spikes). The flip function is still there.
