nutmeg.txt

支持数字元件仿真的SPICE插件

TEXT: H          saved in a file, the user is reminded of this and asked
TEXT: H          to confirm.  (The variable Gnoaskquit Hdisables this.)
TEXT: H
TEXT: 
SEEALSO: NUTMEG:noaskquit

SUBJECT: rehash
TITLE: rehash
TEXT: 
TEXT:      Grehash
TEXT: H          HRecalculate the internal hash tables used when looking
TEXT: H          up UNIX commands, and make all UNIX commands in the
TEXT: H          user's PATH available for command completion.  This is
TEXT: H          a no-op unless you have the Gunixcom Hvariable set.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:unixcomcomm
SEEALSO: NUTMEG:unixcom

SUBJECT: repeat
TITLE: repeat
TEXT: 
TEXT:      Grepeat H[ _n_u_m_b_e_r ]
TEXT: H          Execute the statements in the block defined by this
TEXT: H          line and the corresponding Gend Hstatement _n_u_m_b_e_r times,
TEXT: H          or indefinitely if no _n_u_m_b_e_r is given.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:proglang

SUBJECT: rusage
TITLE: rusage
TEXT: 
TEXT:      Grusage H[ Gall H] [ _r_e_s_o_u_r_c_e ] ...
TEXT: H          Print out various resource usage statistics.  If Gall His
TEXT: H          given as an argument, all the information available is
TEXT: H          printed.  If no arguments are given, only total time
TEXT: H          and space usage are printed.  Otherwise, information
TEXT: H          corresponding to each of the arguments is printed.  The
TEXT: H          resource types recognised are given below.  Note that
TEXT: H          many of them are available only with GspiceH, and some
TEXT: H          only available with UNIX.
TEXT: H
TEXT: 
SUBTOPIC: NUTMEG:accept NUTMEG:elapsed NUTMEG:faults
SUBTOPIC: NUTMEG:loadtime NUTMEG:lutime NUTMEG:rejected
SUBTOPIC: NUTMEG:solvetime NUTMEG:space NUTMEG:time
SUBTOPIC: NUTMEG:totaltime NUTMEG:totiter NUTMEG:traniter
SUBTOPIC: NUTMEG:tranpoints NUTMEG:transolvetime NUTMEG:trantime


SUBJECT: accept
TITLE: accept
TEXT: 
TEXT:      Gaccept
TEXT: H          HThe number of accepted time points.
TEXT: H
TEXT: 

SUBJECT: elapsed
TITLE: elapsed
TEXT: 
TEXT:      Gelapsed
TEXT: H          HThe total amount of time elapsed since the last Grusage
TEXT: H          elapsed Hcommand.
TEXT: H
TEXT: 

SUBJECT: faults
TITLE: faults
TEXT: 
TEXT:      Gfaults
TEXT: H          HThe number of page faults caused by the program so far.
TEXT: H
TEXT: 

SUBJECT: loadtime
TITLE: loadtime
TEXT: 
TEXT:      Gloadtime
TEXT: H          HThe amount of time spent loading the matrix.
TEXT: H
TEXT: 

SUBJECT: lutime
TITLE: lutime
TEXT: 
TEXT:      Glutime
TEXT: H          HThe amount of time spent doing transient L-U decomposi-
TEXT: H          tion.
TEXT: H
TEXT: 

SUBJECT: rejected
TITLE: rejected
TEXT: 
TEXT:      Grejected
TEXT: H          HThe number of rejected time points.
TEXT: H
TEXT: 

SUBJECT: solvetime
TITLE: solvetime
TEXT: 
TEXT:      Gsolvetime
TEXT: H          HThe amount of time spent solving the matrix.
TEXT: H
TEXT: 

SUBJECT: space
TITLE: space
TEXT: 
TEXT:      Gspace
TEXT: H          HThe amount of data space currently used by the program.
TEXT: H
TEXT: 

SUBJECT: time
TITLE: time
TEXT: 
TEXT:      Gtime HThe amount of time spent so far doing the current
TEXT: H          analysis.
TEXT: H
TEXT: 

SUBJECT: totaltime
TITLE: totaltime
TEXT: 
TEXT:      Gtotaltime
TEXT: H          HThe total amount of time spent by the program since it
TEXT: H          was started.
TEXT: H
TEXT: 

SUBJECT: totiter
TITLE: totiter
TEXT: 
TEXT:      Gtotiter
TEXT: H          HThe total number of iterations.
TEXT: H
TEXT: 

SUBJECT: traniter
TITLE: traniter
TEXT: 
TEXT:      Gtraniter
TEXT: H          HThe number of transient iterations.
TEXT: H
TEXT: 

SUBJECT: tranpoints
TITLE: tranpoints
TEXT: 
TEXT:      Gtranpoints
TEXT: H          HThe number of transient time points.
TEXT: H
TEXT: 

SUBJECT: transolvetime
TITLE: transolvetime
TEXT: 
TEXT:      Gtransolvetime
TEXT: H          HThe amount transient solve time.
TEXT: H
TEXT: 

SUBJECT: trantime
TITLE: trantime
TEXT: 
TEXT:      Gtrantime
TEXT: H          HThe total transient time so far.
TEXT: H
TEXT: 

SUBJECT: set
TITLE: set
TEXT: 
TEXT:      Gset H[ _v_a_r_n_a_m_e [ G= H_v_a_l_u_e ] ] ...
TEXT: H          The Gset Hcommand allows the user to examine and set
TEXT: H          variables.  In the first form, the names and values of
TEXT: H          all the variables are printed.  Some may be prefixed
TEXT: H          with a '*', which means that they are associated with
TEXT: H          the current plot, and will change when the current plot
TEXT: H          changes.  Others may be prefixed by a '+', which means
TEXT: H          that they are associated with the current circuit.  If
TEXT: H          a variable is defined which has the same name as one
TEXT: H          associated with the current plot or circuit, it takes
TEXT: H          precedence for printing with the Gset Hcommand and $
TEXT: H          expansion, but it will not change the value used by the
TEXT: H          circuit.  Some variables are read-only and may not be
TEXT: H          changed by the user.  This is not indicated by the Gset
TEXT: H          Hcommand, however.
TEXT: H
TEXT:           In the second form, where a _v_a_r_n_a_m_e is given, that
TEXT: H          variable is either set (with a 'true' boolean value),
TEXT: H          or given the _v_a_l_u_e specified.  A value may be a number,
TEXT: H          a string, or a list of values.  A string is anything
TEXT: H          which isn't a list or parsable as a number, and a list
TEXT: H          is surrounded by parentheses.  The variables which have
TEXT: H          any meaning to Gnutmeg Hor Gspice Hare listed in the GVARI-
TEXT: H          ABLES Hsection of the manual.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:unset
SEEALSO: NUTMEG:variables
SEEALSO: NUTMEG:variablesub

SUBJECT: setplot
TITLE: setplot
TEXT: 
TEXT:      Gsetplot H[ _p_l_o_t_n_a_m_e ]
TEXT: H          Set the current plot to the plot with the given name,
TEXT: H          or if no name is given, prompt the user with a menu.
TEXT: H          Note that Gsetplot His a command script - it is possible
TEXT: H          to change the current plot by setting the variable Gcur-
TEXT: H          plotH.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:curplot
SEEALSO: NUTMEG:plotvars

SUBJECT: settype
TITLE: settype
TEXT: 
TEXT:      Gsettype H_t_y_p_e [ _v_e_c_t_o_r ] ...
TEXT: H          Change the type of the named vectors to _t_y_p_e.  Type
TEXT: H          names can be found in the manual page for GsconvertH, or
TEXT: H          they may be defined with the Gdeftype Hcommand.
TEXT: H
TEXT: 

SUBJECT: shell
TITLE: shell
TEXT: 
TEXT:      Gshell H[ _c_o_m_m_a_n_d ] ...
TEXT: H          Fork a shell, or execute the arguments as a command to
TEXT: H          the shell.  This command works with both UNIX and VMS.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:unixcom

SUBJECT: shift
TITLE: shift
TEXT: 
TEXT:      Gshift H[ _v_a_r_n_a_m_e ] [ _n_u_m_b_e_r ]
TEXT: H          If _v_a_r_n_a_m_e is the name of a list variable, it is
TEXT: H          shifted to the left by _n_u_m_b_e_r elements. (I.e, the
TEXT: H          _n_u_m_b_e_r leftmost elements are removed.)  The default
TEXT: H          _v_a_r_n_a_m_e is GargvH, and the default _n_u_m_b_e_r is 1.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:variables

SUBJECT: show
TITLE: show
TEXT: 
TEXT:      Gshow H[ _d_e_v_n_a_m_e ] ... G: H[ _p_a_r_m_n_a_m_e ] ...
TEXT: H          Print the named device parameters of the requested dev-
TEXT: H          ices.  Either the device name list or the parameter
TEXT: H          name list may be GallH, and the device names may contain
TEXT: H          the G*, ?, Hand G[] Hwildcard characters.  For lists of the
TEXT: H          parameters that the various devices recognise, see the
TEXT: H          SPICE3 User's Guide.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:alter

SUBJECT: source
TITLE: source
TEXT: 
TEXT:      Gsource H_f_i_l_e_n_a_m_e ...
TEXT: H          The Gsource Hcommand has two functions - it loads a cir-
TEXT: H          cuit description from a file or set of files, and it
TEXT: H          reads commands to be executed from a file.  Since com-
TEXT: H          mands may be imbedded in circuit files, the two are
TEXT: H          treated in the same manner.  Command lines must be sur-
TEXT: H          rounded by the lines G.control Hand G.endc Hin the file, or
TEXT: H          prefixed by G*# Hin order to be recognised as commands.
TEXT: H          (The exception to this rule is the file G.spiceinitH,
TEXT: H          which is known to contain only commands.)  In either
TEXT: H          case, the first line in the file is ignored, so a com-
TEXT: H          mand script must begin with a blank line and then a
TEXT: H          G.control Hline.
TEXT: H
TEXT: 
SEEALSO: NUTMEG:sourcepath

SUBJECT: state
TITLE: state
TEXT: 
TEXT:      Gstate
TEXT: H          HIt's not clear what this command should do.  Currently
TEXT: H          it prints the name and status of the current curcuit.
TEXT: H
TEXT: 

SUBJECT: status
TITLE: status
TEXT: 
TEXT:      Gstatus
TEXT: H          HPrint out a summary of all the Gtrace, stop, save, Hand
TEXT: H          Giplot Hcommands that are active.  The numbers given may
TEXT: H          be used with the Gdelete Hcommand to de-activate the
TEXT: H          trace.
TEXT: H
TEXT: 
SEEALSO: SPICE:delete
SEEALSO: SPICE:step
SEEALSO: SPICE:iplot
SEEALSO: SPICE:stop

SUBJECT: step
TITLE: step
TEXT: 
TEXT:      Gstep H[ _n_u_m_b_e_r ]
TEXT: H          Single-step the simulation, or let it run for _n_u_m_b_e_r
TEXT: H          time steps if a _n_u_m_b_e_r is given.
TEXT: H
TEXT: 
SEEALSO: SPICE:iplot
SEEALSO: SPICE:stop
SEEALSO: NUTMEG:status
SEEALSO: SPICE:delete

SUBJECT: stop
TITLE: stop
TEXT: 
TEXT:      Gstop H[ Gafter H_n_u_m ] [ Gwhen H_v_a_l_1 _o_p _v_a_l_2 ] ...
TEXT: H          Create a breakpoint.  If an Gafter Hclause is given, the
TEXT: H          simulation will stop after _n_u_m points.  If a Gwhen
TEXT: H          Hclause is included, at each point, the _v_a_l_1 _o_p _v_a_l_2
TEXT: H          condition will be checked, and if it is true, the simu-
TEXT: H          lation will stop.  If more than one Gwhen Hor Gafter
TEXT: H          Hclause is put on one line, the conjunction of the con-
TEXT: H          ditions is checked.  The _v_a_ls may be either constants
TEXT: H          or node names.  The possible _o_ps are:
TEXT: H             Geq   Hor   G=    H(equal to)
TEXT: H             Gne   Hor   G<>   H(not equal to)
TEXT: H             Ggt   Hor   G>    H(greater than)