Differences

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--- features [2012/12/15 21:51] – [Data examination] Add span arnaud
+++ features [2015/01/11 21:43] (current) – external edit 127.0.0.1
@@ Line 5: / Line 5: @@
 **IOscopy** is a front-end application built on top of IPython. The combination of Python, IPython and oscopy back-end make IOscopy a powerful tool for data viewing and post-processing.
 Support for simple arithmetic operations as complex functions like FFT is included.
-File re-reading (updates) can be triggered by external applications like gEDA suite through D-Bus messaging system, and then IOscopy can call netlist generator and electrical simulator programs automatically.
+Input file re-reading (updates) can be triggered by external applications like gEDA suite through D-Bus messaging system, and then IOscopy can call netlist generator and electrical simulator programs automatically.
 IOscopy uses oscopy as back-end to manage files, signals, plots.
-**Oscopy** is an back-end written in python designed to simplify the electrical design workflow. It allow to read, view and post-process signals with support for automatic dependency tracking.\\
+**Oscopy** is a back-end written in python designed to simplify the electrical design workflow. It allow to read, view and post-process signals with support for automatic dependency tracking.\\
 Oscopy can be easily extended to a multi-purpose viewer, as adding new data file formats and new types of plots is really easy.
@@ Line 15: / Line 15: @@
   * **Post-processing**: math expressions (arithmetic, trigonometric, boolean, fft)
   * **View**, examine: multiple windows, cursors, zoom with mouse wheel, span
-  * Data import: see below
+  * Data import: see [[features#Supported input formats|below]]
   * Data export: gnucap, pictures
-  * **Dependency tracking** of Signals during file updates
+  * **Dependency tracking** of Signals during input file updates
   * Scripting
+  * **Integration** with other tools: Run netlister and simulator from oscopy, run ioscopy from gEDA's gschem
   * D-Bus support: update recursively Signals by sending events from external program (e.g. gschem)
-  * Run netlister and simulator from oscopy
+  * [[features#Drag and drop|Drag and drop]] of signals between windows
-  * Integration with gschem
-  * Drag and drop support
 ====== Data examination ======
@@ Line 35: / Line 34: @@
 ^ Format ^ Description ^ Notes ^
 | Gnucap | Text format from Gnucap | |
-| Cazm* | Text format from CaZM | |
+| Cazm | Text format from CaZM | |
-| Nsout* | NanoSim format from Synopsis | Independent variable assumed to be ''Time'' |
+| Nsout | NanoSim format from Synopsis | Independent variable assumed to be ''Time'' |
-| Spice2raw* | Berkeley Spice2G6 raw format | Only one dataset per file, ''Date'' and ''Time'' fields not processed |
+| Spice2raw | Berkeley Spice2G6 raw format | Only one dataset per file, ''Date'' and ''Time'' fields not processed |
-| Spice3raw* | Berkeley Spice3 format | **ascii** and **binary** format supported, real and complex numbers supported. Only one simulation per file. |
+| Spice3raw | Berkeley Spice3 format | **ascii** and **binary** format supported, real and complex numbers supported. Only one simulation per file. |
-| Hspice* | Hspice format | **ascii** and **binary** format supported. Only one sweep per file. Auto signals are note returned, only probe signals are. Endianness is not managed in binary mode. |
+| Hspice | Hspice format | **ascii** and **binary** format supported. Only one sweep per file. Auto signals are note returned, only probe signals are. Endianness is not managed in binary mode. |
-| Touchstone(r)* | Touchstone(r) ''s2p'' and co. from IBIS Open Forum | Version 1 and 2.0 supported. for version 1 uses the file extension to determine the number of ports ('.snp' where n is 1-4). Noise parameter data is read and stored in self.info['noise_param']. Mixed mode parameters of version 2.0 not supported. |
+| Touchstone(r) | Touchstone(r) ''s2p'' and co. from IBIS Open Forum | Version 1 and 2.0 supported. for version 1 uses the file extension to determine the number of ports ('.snp' where n is 1-4). Noise parameter data is read and stored in self.info['noise_param']. Mixed mode parameters of version 2.0 not supported. |
-* present in experimental branch
 ====== Mathematics ======