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Is initialised to be an asterisk, of which you can change the size and colour.
If an Auger electron generates secondary electrons, then a line is drawn showing its trajectory. Otherwise a marker indicates the point where it was produced.
The fill area item should in principle have an interior style of SOLID and a light colour. The colour will not be used as such - rather, various shades will be used depending on the exposition of the panel with respect to the light source.
Is initialised to be a circle, of which you can change the size and colour.
The text item is used for
The latter 4 areas are used for:
This representation is used as such if the chamber is shown as a CUT view.
For 3D impressions, the interior style should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be seen with the SHADING-MAP graphics command.
The elements of the field map are shown with a separate set of representations: MATERIAL-1, MATERIAL-2, MATERIAL-3, MATERIAL-4 and MATERIAL-5.
This representation is used as such if the chamber is shown as a CUT view.
For 3D impressions, the interior style should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be seen with the SHADING-MAP graphics command.
The elements of the field map are shown with a separate set of representations: MATERIAL-1, MATERIAL-2, MATERIAL-3, MATERIAL-4 and MATERIAL-5.
This representation is used as such if the chamber is shown as a CUT view.
For 3D impressions, the interior style should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be seen with the SHADING-MAP graphics command.
The elements of the field map are shown with a separate set of representations: MATERIAL-1, MATERIAL-2, MATERIAL-3, MATERIAL-4 and MATERIAL-5.
Is initialised to be a cross, of which you can change the size and colour.
If this option is not active, then the wires will be shown with WIRES.
The representation is not used by normal Garfield commands.
The representation is not used by normal Garfield commands.
If the delta electron generates several further electrons, then it will be drawn as a line, otherwise as a marker.
This representation is used as such if the chamber is shown as a CUT view.
For 3D impressions, the interior style should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be seen with the SHADING-MAP graphics command.
The elements of the field map are shown with a separate set of representations: MATERIAL-1, MATERIAL-2, MATERIAL-3, MATERIAL-4 and MATERIAL-5.
This representation is used as such if the chamber is shown as a CUT view.
For 3D impressions, the interior style should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be seen with the SHADING-MAP graphics command.
The elements of the field map are shown with a separate set of representations: MATERIAL-1, MATERIAL-2, MATERIAL-3, MATERIAL-4 and MATERIAL-5.
This representation is used as such if the chamber is shown as a CUT view.
For 3D impressions, the interior style should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be seen with the SHADING-MAP graphics command.
The elements of the field map are shown with a separate set of representations: MATERIAL-1, MATERIAL-2, MATERIAL-3, MATERIAL-4 and MATERIAL-5.
Is initialised to be a dot, of which you can change the representation.
The representation is not used by normal Garfield commands.
Colour combinations offering good contrast include:
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The polyline and polymarker items are used for the primary graph in almost every graph that Garfield makes.
The text and fill area items are not used by Garfield, and are mainly provided for use with user procedure calls. Usually, all items are set to share the same colour so as to make it clear that they belong together.
The polyline and polymarker types are used for the secondary graph in a plot, for instance the integrated diffusion in the x(t) plot or the transverse diffusion in the gas plots.
The text and fill area items are not used by Garfield, and are mainly provided for use with user procedure calls. Usually, all items are set to share the same colour so as to make it clear that they belong together.
The polyline and polymarker types are used in a few plots where one needs 3 graphs in the same plot, such as the drift velocity graphs.
The text and fill area items are not used by Garfield, and are mainly provided for use with user procedure calls. Usually, all items are set to share the same colour so as to make it clear that they belong together.
Not all graphics systems will recognise this representation.
Not all graphics systems will recognise this representation.
Not all graphics systems will recognise this representation.
The grid is shown only if the GRID graphics option is in effect.
With the initial default settings, i.e. when the DRAW-ISOCHRONES option is on, an attempt is made to link the points on an isochrone with lines.
When a point on an isochrone can not be linked to another point of the same contour, and also when the MARK-ISOCHRONES option is on, a marker is plotted on the drift line.
The location of the labels can be adjusted using the LAYOUT command.
All graphs produced with normal commands have labels along their axes. Usually, you have no influence on the text shown there. However, you can make these labels invisible by setting the text colour to BACKGROUND and put other labels in place with the help of the PLOT_X_LABEL and PLOT_Y_LABEL procedures.
The materials are only shown when PLOT-MAP has been requested in the FIELD-MAP command.
Solids are shown with a separate set of representations: DIELECTRICA-1, DIELECTRICA-2, DIELECTRICA-3, CONDUCTORS-1, CONDUCTORS-2 and CONDUCTORS-3.
The materials are only shown when PLOT-MAP has been requested in the FIELD-MAP command.
Solids are shown with a separate set of representations: DIELECTRICA-1, DIELECTRICA-2, DIELECTRICA-3, CONDUCTORS-1, CONDUCTORS-2 and CONDUCTORS-3.
The materials are only shown when PLOT-MAP has been requested in the FIELD-MAP command.
Solids are shown with a separate set of representations: DIELECTRICA-1, DIELECTRICA-2, DIELECTRICA-3, CONDUCTORS-1, CONDUCTORS-2 and CONDUCTORS-3.
The materials are only shown when PLOT-MAP has been requested in the FIELD-MAP command.
Solids are shown with a separate set of representations: DIELECTRICA-1, DIELECTRICA-2, DIELECTRICA-3, CONDUCTORS-1, CONDUCTORS-2 and CONDUCTORS-3.
The materials are only shown when PLOT-MAP has been requested in the FIELD-MAP command.
Solids are shown with a separate set of representations: DIELECTRICA-1, DIELECTRICA-2, DIELECTRICA-3, CONDUCTORS-1, CONDUCTORS-2 and CONDUCTORS-3.
If this option is not active, then the wires will be shown with WIRES.
Strips on the planes, if defined, are shown using the STRIPS representation.
The fill area representation should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be examined with the SHADING-MAP graphics command.
Is initialised to be a plus sign, of which you can change the size and colour.
Not all graphics systems will recognise this representation.
If this option is not active, then the wires will be shown with WIRES.
Not all graphics systems will recognise this representation.
Not all graphics systems will recognise this representation.
The representation is not used by normal Garfield commands, but serves as default for several procedures.
The planes themselves and the tube are shown using the PLANES and TUBE representation.
The fill area representation should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be examined with the SHADING-MAP graphics command.
If this option is not active, then the wires will be shown with WIRES.
All graphs produced with normal commands have a title at the top. Usually, you have no influence on the text shown there. However, you can make the title invisible by setting the text colour to BACKGROUND and put another title in place with the help of the PLOT_TITLE procedure.
The location of the title can be adjusted using the LAYOUT command.
The two kinds of tracks coincide unless
In both cases, the track can be a point in some circonstances. in that event, a marker is used rather than a line.
Strips on the tube, if defined, are shown using the STRIPS representation.
The fill area representation should in principle be set to SOLID. The colour is not used as such, rather various shades of it will be used depending on the exposition of the various surface panels with respect to the light source. The shades can be examined with the SHADING-MAP graphics command.
If the WIRE-MARKERS option is active, then wires are shown using C-WIRES, OTHER-WIRES, P-WIRES or S-WIRES as appropriate.
Formatted on 0106-10- at 19:36.