nutmeg.txt

支持数字元件仿真的SPICE插件

SUBJECT: if
TITLE: if
TEXT: 
TEXT:      Gif H_c_o_n_d_i_t_i_o_n
TEXT: H          This statement defines a block to be executed if the
TEXT: H          _c_o_n_d_i_t_i_o_n is true.  See the section on the command
TEXT: H          language for more details.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:proglang

SUBJECT: jobs
TITLE: jobs
TEXT: 
TEXT:      Gjobs HPrint out a summary of all the simulations which have
TEXT: H          been started with the Gaspice Hcommand.
TEXT: H
TEXT: 
SEEALSO: SPICE:aspice

SUBJECT: label
TITLE: label
TEXT: 
TEXT:      Glabel H_l_a_b_e_l_n_a_m_e
TEXT: H          This defines a label which can be used as an argument
TEXT: H          to GgotoH.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:proglang

SUBJECT: let
TITLE: let
TEXT: 
TEXT:      Glet H_v_e_c_n_a_m_e G= H_e_x_p_r
TEXT: H          Create a vector with name _v_e_c_n_a_m_e and value given by
TEXT: H          the expression _e_x_p_r.  None of the vector options such
TEXT: H          as default scale, color, etc that are read from the
TEXT: H          rawfile are preserved when a vector is created in this
TEXT: H          manner.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:expressions
SEEALSO: NUTMEG:compose

SUBJECT: linearize
TITLE: linearize
TEXT: 
TEXT:      Glinearize H[ _v_e_c_n_a_m_e ] ...
TEXT: H          The purpose of this command is to force data from a
TEXT: H          transient analysis to conform to a linear scale.  Due
TEXT: H          to the algorithm used to determine the timesteps used,
TEXT: H          the time scale may not be linear.  If no _v_e_c_n_a_m_es are
TEXT: H          given, all the vectors in the current plot are copied
TEXT: H          to a new plot which becomes the current plot, and their
TEXT: H          data is interpolated onto a linear time scale.  If one
TEXT: H          or more vectors are named, only those vectors are
TEXT: H          copied.   The variable Gpolydegree Hdetermines how the
TEXT: H          interpolation is done.  Note that this command is only
TEXT: H          available in GspiceH, and the current plot must
TEXT: H          correspond to the current circuit (otherwise the wrong
TEXT: H          values for the start, step, and stop times may be
TEXT: H          used).
TEXT: H
TEXT: 

SUBJECT: load
TITLE: load
TEXT: 
TEXT:      Gload H[ _f_i_l_e_n_a_m_e ] ...
TEXT: H          Loads the data in either binary or ascii format from
TEXT: H          the files named. The default filename is GrawspiceH, or
TEXT: H          the argument to the G-r Hcommand line option if one was
TEXT: H          given.  The last plot in the file becomes the current
TEXT: H          plot.  A description of the rawfile format is given in
TEXT: H          the manual page for GsconvertH.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:write

SUBJECT: oldhelp
TITLE: oldhelp
TEXT:      help [ all ] [ _c_o_m_m_a_n_d_n_a_m_e ] ...
TEXT:           A brief helpful message is printed, followed by one-
TEXT:           line descriptions of all the commands named, or all
TEXT:           commands if all was given.  If there are no arguments
TEXT:           only a few useful commands are described.  This command
TEXT:           is available in case for some reason the documentation
TEXT:           browser is broken.
TEXT: 
SEEALSO: NUTMEG:help

SUBJECT: plot
TITLE: plot
TEXT: 
TEXT:      Gplot [ _e_x_p_r ... [ Gvs H_x-_e_x_p_r ] ] H[ _o_p_t_i_o_n_s ] ...
TEXT: H          Plot the values of the expressions on the graphics dev-
TEXT: H          ice, if there is one.  For each set of expressions that
TEXT: H          is followed by a Gvs H_x-_e_x_p_r clause, all those vectors
TEXT: H          are plotted with the _x-_e_x_p_r for a scale.  Multiple sets
TEXT: H          of expressions with different x-scales may be given in
TEXT: H          this manner.  The available options are listed below.
TEXT: H          Note that options must appear after expressions.
TEXT: H
TEXT: 
SUBTOPIC: NUTMEG:combplot NUTMEG:lingrid NUTMEG:linplot
SUBTOPIC: NUTMEG:loglog NUTMEG:nogrid NUTMEG:nointerp
SUBTOPIC: NUTMEG:pointplot NUTMEG:samep
SUBTOPIC: NUTMEG:title NUTMEG:xcompress
SUBTOPIC: NUTMEG:xdelta NUTMEG:xindices NUTMEG:xlabel
SUBTOPIC: NUTMEG:xlimit NUTMEG:xlog NUTMEG:ydelta
SUBTOPIC: NUTMEG:ylabel NUTMEG:ylimit NUTMEG:ylog

SEEALSO: NUTMEG:hardcopy
SEEALSO: NUTMEG:asciiplot
SEEALSO: NUTMEG:expressions
SEEALSO: NUTMEG:graphics
SEEALSO: NUTMEG:device
SEEALSO: NUTMEG:term
SEEALSO: NUTMEG:color
SEEALSO: NUTMEG:geometry
SEEALSO: NUTMEG:dontplot

SUBJECT: combplot
TITLE: combplot
TEXT: 
TEXT:      Gcombplot
TEXT: H          HUse a comb plot instead of connected points.  Each
TEXT: H          point is connected to the bottom of the screen by a
TEXT: H          line.
TEXT: H
TEXT: 

SUBJECT: lingrid
TITLE: lingrid
TEXT: 
TEXT:      Glingrid
TEXT: H          HUse a linear grid.  This is the default grid type.
TEXT: H
TEXT: 

SUBJECT: linplot
TITLE: linplot
TEXT: 
TEXT:      Glinplot
TEXT: H          HPlot data as points connected by lines.  This is the
TEXT: H          default.
TEXT: H
TEXT: 

SUBJECT: loglog
TITLE: loglog
TEXT: 
TEXT:      Gloglog
TEXT: H          HUse a log-log grid.
TEXT: H
TEXT: 

SUBJECT: nogrid
TITLE: nogrid
TEXT:      nogrid
TEXT:           Don't plot a grid.  The data will be plotted on a
TEXT:           linear scale and only the border lines at the bottom
TEXT:           and left sides of the screen will be drawn.
TEXT: 

SUBJECT: nointerp
TITLE: nointerp
TEXT:      nointerp
TEXT:           Normally asciiplot interpolates data onto a linear
TEXT:           scale before plotting it.  If this option is given this
TEXT:           won't be done - each line will correspond to one data
TEXT:           point as generated by the simulation.
TEXT: 
SEEALSO: NUTMEG:asciiplot

SUBJECT: pointplot
TITLE: pointplot
TEXT: 
TEXT:      Gpointplot
TEXT: H          HPlot data points as unconnected points.  Each sucessive
TEXT: H          expression is plotted with a different character to
TEXT: H          mark the points.  The characters used may be changed by
TEXT: H          setting the variable GpointcharsH.
TEXT: H
TEXT: 

SUBJECT: polar
TITLE: polar
TEXT: 
TEXT:      Gpolar
TEXT: H          HUse a polar grid instead of a rectangular grid.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:smith

SUBJECT: samep
TITLE: samep
TEXT: 
TEXT:      Gsamep
TEXT: H          HIf this option appears anywhere on the command line,
TEXT: H          all the options used in the last Gplot Hcommand are used
TEXT: H          for the current one, overriding options on the current
TEXT: H          line if they appear on both lines.
TEXT: H
TEXT: 

SUBJECT: smith
TITLE: smith
TEXT: 
TEXT:      Gsmith
TEXT: H          HUse a smith grid instead of a rectangular or polar
TEXT: H          grid.  There are a few problems, the major ones being
TEXT: H          that the grid is centered around the x-axis, and that
TEXT: H          too few labels are printed on the perimeter of the plot
TEXT: H          area.
TEXT: H
TEXT: 

SUBJECT: title
TITLE: title
TEXT: 
TEXT:      Gtitle H_s_t_r_i_n_g
TEXT: H          The string will be used as the title printed near the
TEXT: H          bottom of the screen instead of the title of the plot
TEXT: H          that includes the first vector mentioned on the line
TEXT: H          that has one.
TEXT: H
TEXT: 

SUBJECT: xcompress
TITLE: xcompress
TEXT: 
TEXT:      Gxcompress H_v_a_l_u_e
TEXT: H          Plot only one out of every _v_a_l_u_e points in each of the
TEXT: H          vectors.
TEXT: H
TEXT: 

SUBJECT: xdelta
TITLE: xdelta
TEXT: 
TEXT:      Gxdelta H_v_a_l_u_e
TEXT: H          This value is used as the spacing between grid lines on
TEXT: H          the x-axis.
TEXT: H
TEXT: 

SUBJECT: xindices
TITLE: xindices
TEXT: 
TEXT:      Gxindices H_l_o_w_e_r _u_p_p_e_r
TEXT: H          Only data points with indices between _l_o_w_e_r and _u_p_p_e_r
TEXT: H          are plotted.  _u_p_p_e_r must be greater or equal to _l_o_w_e_r.
TEXT: H
TEXT: 

SUBJECT: xlabel
TITLE: xlabel
TEXT: 
TEXT:      Gxlabel H_s_t_r_i_n_g
TEXT: H          The string is used as the label for the x-axis, instead
TEXT: H          of the name of the first scale used.
TEXT: H
TEXT: 

SUBJECT: xlimit
TITLE: xlimit
TEXT: 
TEXT:      Gxlimit H_l_o_w_e_r _u_p_p_e_r
TEXT: H          The plot area in the x-direction is restricted to lie
TEXT: H          between _l_o_w_e_r and _u_p_p_e_r.  The area actually used may be
TEXT: H          somewhat larger to provide nicely spaced grid lines,
TEXT: H          however.
TEXT: H
TEXT: 

SUBJECT: xlog
TITLE: xlog
TEXT: 
TEXT:      Gxlog HUse a log scale for the x-axis and a linear scale for
TEXT: H          the y-axis.
TEXT: H
TEXT: 

SUBJECT: ydelta
TITLE: ydelta
TEXT: 
TEXT:      Gydelta H_v_a_l_u_e
TEXT: H          Use the _v_a_l_u_e as the spacing between the grid lines on
TEXT: H          the y-axis.
TEXT: H
TEXT: 

SUBJECT: ylabel
TITLE: ylabel
TEXT: 
TEXT:      Gylabel H_s_t_r_i_n_g
TEXT: H          Use the _s_t_r_i_n_g as the label for the y-axis.  (By
TEXT: H          default none is printed.)
TEXT: H
TEXT: 

SUBJECT: ylimit
TITLE: ylimit
TEXT: 
TEXT:      Gylimit H_l_o_w_e_r _u_p_p_e_r
TEXT: H          Limit the plot area in the y-direction to lie between
TEXT: H          _l_o_w_e_r and _u_p_p_e_r.  It may be expanded slightly to allow
TEXT: H          for nicely spaced grid lines.
TEXT: H
TEXT: 

SUBJECT: ylog
TITLE: ylog
TEXT: 
TEXT:      Gylog HUse a log scale for the y-axis and a linear scale for
TEXT: H          the x-axis.
TEXT: H
TEXT: 

SUBJECT: print
TITLE: print
TEXT: 
TEXT:      Gprint H[ Gcol H] [ Gline H] [ _e_x_p_r ] ...
TEXT: H          Print the values of the given expressions to the stan-
TEXT: H          dard output.  If Gcol His specified, print the values in
TEXT: H          columns, with the scale in the leftmost column on each
TEXT: H          page.  If Gline His specified, print the value of each
TEXT: H          expression on one line (or more if needed). If all
TEXT: H          expressions have a length of 1, the default style is
TEXT: H          GlineH, otherwise Gcol His the default.
TEXT: H
TEXT: 

SUBJECT: quit
TITLE: quit
TEXT: 
TEXT:      Gquit HExit the program.  If there are circuits that are in
TEXT: H          the middle of a simulation, or plots that have not been