Description of gsim - História úprav

Pf na 05:12, 24. júl 2011

2011-07-24T05:12:54Z

Pf na 05:05, 24. júl 2011

2011-07-24T05:05:44Z

Pf na 06:25, 7. január 2011

2011-01-07T06:25:35Z

Pf na 06:21, 7. január 2011

2011-01-07T06:21:52Z

Pf na 06:21, 7. január 2011

2011-01-07T06:21:13Z

Pf na 11:11, 24. november 2010

2010-11-24T11:11:24Z

Pf na 03:45, 3. apríl 2010

2010-04-03T03:45:22Z

Pf na 06:04, 31. marec 2010

2010-03-31T06:04:30Z

Pf na 05:49, 31. marec 2010

2010-03-31T05:49:48Z

Pf na 05:45, 31. marec 2010

2010-03-31T05:45:45Z

@@ Riadok 2: / Riadok 2: @@
 ''gsim'' is simulation pre/post processor for [http://www.gpleda.org/tools/gschem/index.html gschem], [http://ngspice.sourceforge.net/ ngspice] and [http://matplotlib.sourceforge.net/ matplotlib] based on Python. Allows easy control of simulation process directly from the circuit in ''gschem'' or interactively in Python environment.
-'''Standard simulation''' - simulation is controlled directly from ''gschem'' (see [[Príklady_a_úlohy_pre_gsim | examples]])
+'''A. Standard simulation''' - simulation is controlled directly from ''gschem'' (see [[Príklady_a_úlohy_pre_gsim | examples]])
 <center>
 {|class="wikitable"
 | align="center" width=500 | [[Súbor:0558_comp.png | 500px]]
 |-
-| align="center" width=500 | '''gEDA/gschem circuit diagram'''
+| align="center" width=500 | '''Example - gEDA/gschem circuit diagram'''
 |}
 </center>
 <center>
@@ Riadok 17: / Riadok 15: @@
 | align="center" width=500 | [[Súbor:0558_comp_1.png | 500px]]
 |-
-| align="center" width=500 |'''Simulation result'''
+| align="center" width=500 |'''Example - Simulation result, defined by A2'''
 |}
 </center>
@@ Riadok 33: / Riadok 31: @@
-'''Python scripting''' - simulation is controlled from Python language/enviroments (eg. [http://ipython.scipy.org/moin/ IPython], [http://www.geany.org/ Geany] )
+'''B. Python scripting''' - simulation is controlled from Python language/enviroments (eg. [http://ipython.scipy.org/moin/ IPython], [http://www.geany.org/ Geany] )
 <source lang="python" line>
 ...

@@ Riadok 1: / Riadok 1: @@
 [[Category:Simulácie a modelovanie]]
-''gsim'' is simulation pre/post processor for [http://www.gpleda.org/tools/gschem/index.html gschem], [http://ngspice.sourceforge.net/ ngspice] or [http://www.spiceopus.si/links.html SpiceOpus] and [http://matplotlib.sourceforge.net/ matplotlib] based on Python. Allows easy control of simulation process directly from the circuit in ''gschem'' or interactively in Python environment.
+''gsim'' is simulation pre/post processor for [http://www.gpleda.org/tools/gschem/index.html gschem], [http://ngspice.sourceforge.net/ ngspice] and [http://matplotlib.sourceforge.net/ matplotlib] based on Python. Allows easy control of simulation process directly from the circuit in ''gschem'' or interactively in Python environment.
 '''Standard simulation''' - simulation is controlled directly from ''gschem'' (see [[Príklady_a_úlohy_pre_gsim | examples]])
@@ Riadok 8: / Riadok 8: @@
 |-
 | align="center" width=500 | '''gEDA/gschem circuit diagram'''
 |}
 </center>

@@ Riadok 70: / Riadok 70: @@
 '''[[Simulácie_a_modelovanie | Download]]''' contains
-* Python source code for gsim
+* Python source code
 * Examples - Small set of gsim examples  - analog,digital, mixed, hybrid for testing of functionality
 * Component library - Selected set of Spice and Xspice components.

@@ Riadok 43: / Riadok 43: @@
-'''Additional functions'''
+'''Additional Python functions'''
 * simple *.sch files parser
 ** generates list of a part of the schematics (components, connections...)

@@ Riadok 2: / Riadok 2: @@
 ''gsim'' is simulation pre/post processor for [http://www.gpleda.org/tools/gschem/index.html gschem], [http://ngspice.sourceforge.net/ ngspice] or [http://www.spiceopus.si/links.html SpiceOpus] and [http://matplotlib.sourceforge.net/ matplotlib] based on Python. Allows easy control of simulation process directly from the circuit in ''gschem'' or interactively in Python environment.
-'''Standard simulation''' - simulation is controlled directly from ''gschem'' (see [[Príklady_a_úlohy_pre_gsim | examples]]), ''gsim'' contains a set of predefined components
+'''Standard simulation''' - simulation is controlled directly from ''gschem'' (see [[Príklady_a_úlohy_pre_gsim | examples]])
 * for simple graphic output directly from ''gschem'' - instant graphic components a.e.
 ** [[Plot_4ap_log | amplitude-phase characteristic ]] plotter
@@ Riadok 13: / Riadok 22: @@
 * for input of analog and digital blocks of XSpice simulator. Enables the creation of hybrid models, consisting of discrete, block and logic components and their use as regular components in ''gschem''.
-'''Python scripting''' - simulation is controlled from Python language/enviroments (eg. [http://ipython.scipy.org/moin/ IPython], [http://www.geany.org/ Geany] ), ''gsim'' contains a set of predefined Python scripts
 * in interactive mode substitutes parameters of components (functions setPAR, setTRAN, setAC …)
 * set of inherited classes for easy data manipulation (simulation results) in the interactive mode
 '''Additional functions'''
@@ Riadok 44: / Riadok 69: @@
     + set_delay=1.0e-9 )
-'''Download''' - Version (verzia 0.03)
+'''[[Simulácie_a_modelovanie | Download]]''' contains
-* [http://193.87.70.141/~pf/wiki_upload/gsim/100330_py_003.zip     100330_py_003.zip] - python scripts
+* Python source code for gsim
-* [http://193.87.70.141/~pf/wiki_upload/gsim/100330_sym_003.zip    100330_sym_003.zip] - gschem symbol library
+* Examples - Small set of gsim examples  - analog,digital, mixed, hybrid for testing of functionality
-* [http://193.87.70.141/~pf/wiki_upload/gsim/100330_model_003.zip  100330_model_003.zip] - basic models
+* Component library - Selected set of Spice and Xspice components.
+* Models - Small set of Spice/Xspice models and macromodels
 ''gsim'' is in an early experimental version, it is intensively tested and continuously developed. Please notice, this is conceptual proposal which will be extended in the future.
 ''itPK - Team''

@@ Riadok 9: / Riadok 9: @@
 ** [[Plot_xy | 2D xy parametric scope]]
 ** [[Plot_zyx | 3D xyz parametric scope]]
-** 4 channel digital recorder
+** [[Plot_Y4D | 4 channel digital recorder]]
 ** 8 channel digital recorder
 * for input of analog and digital blocks of XSpice simulator. Enables the creation of hybrid models, consisting of discrete, block and logic components and their use as regular components in ''gschem''.

@@ Riadok 4: / Riadok 4: @@
 '''Standard simulation''' - simulation is controlled directly from ''gschem'' (see [[Príklady_a_úlohy_pre_gsim | examples]]), ''gsim'' contains a set of predefined components for ''gschem''
 * for simple graphic output directly from ''gschem'' - instant graphic components a.e.
-** plotter for [[Plot_4ap_log | amplitude-phase characteristic ]]
+** [[Plot_4ap_log | amplitude-phase characteristic ]] plotter
-** [[Plot_Y2 | 2 channel]] or 4 channel analog scope
+** [[Plot_4Y | 4 channel analog scope]]
-** digital scope, x/y parametric scope
+** [[Plot_Y2 | 2 channel analog recorder]]
-* for input of analog and digital blocks of XSpice simulator. Enables the creation of hybrid models, consisting of discrete, block and logic components and their use as regular components in gschem.
+** [[Plot_xy | 2D xy parametric scope]]
 '''Python scripting''' - simulation is controlled from Python, ''gsim'' contains a set of predefined Python scripts
@@ Riadok 24: / Riadok 27: @@
   A4 6 4 5 5 7 6 D_DFF
-Part of expanded netlist by ''gsim'' for XSpice simulation, based on ''gschem'' component  attributes
+Part of expanded netlist by ''gsim'' for XSpice simulation, based on ''gschem'' [[D_dff | D_DFF]] component  attributes
   * >>><<< A4 6 4 5 5 7 6 D_DFF