& continue reading commands for current plot from next line(must be last) (B-6)
BASIS define plot orientation (B-7)
CENTER change the origin by a shift in the horizontal and vertical directions (B-8)
COLOR turn color on or off and set the resolution (B-8)
CURSOR create graphics cursor and prepare for input (not GRAFLIB or DISSGRAF) (B-8)
END terminate plotting (B-6)
EXTENT define the horizontal and vertical extent of the plot (B-7)
FACTOR F enlarge the plot view by the factor 1/F (F>1E-6) (B-8)
FILE create a graphics metafile PLOTM (no effect for NOTEK and TERM 0 cases) (B-6)
LABEL select labels and cell quantities to be displayed on geometry plot (B-7)
LOCATE locate x y z coordinates in a plot using cursor(not GRAFLIB or DISSGRAF)(B-9)
MCPLOT call or return to MCPLOT (B-6)
OPTIONS display a list of the tally graphics commands keywords (B-6)
ORIGIN define the origin of the center of the plot (B-7)
PX VX plot geometry in plane perpen to x axis at VX (ie, BASIS=0 1 0 0 0 1) (B-7)
PY VY plot geometry in plane perpen to y axis at VY (ie, BASIS=1 0 0 0 0 1) (B-7)
PZ VZ plot geometry in plane perpen to z axis at VZ (ie, BASIS=1 0 0 0 1 0) (B-7)
RESTORE restore the origin and extent to values they had before CURSOR command (B-9)
RETURN returns program control to MCPLOT if appropriate (B-6)
RUNTPE open the specified RUNTPE file and plot the geometry (B-12)
SCALES select the type scales to put on the plot (not with VIEWPORT SQUARE) (B-8)
SHADE select cell color by material number (B-8)
STATUS display the current values of the plotting parameters (B-6)
TERM define the kind of graphics terminal and baud rate of the terminal (B-13)
THETA A rotate the plot counterclockwise A degrees (B-8)
VIEWPORT A select the viewport region as rectangular or square (B-6)
FILE create a graphics metafile PLOTM (no effect for NOTEK and TERM 0 cases) (B-6)
TERM define the kind of graphics terminal and baud rate of the terminal (B-13)
VIEWPORT A select the viewport region as rectangular or square (B-6)
GENERAL (B-6)
& continue reading commands for current plot from next line(must be last) (B-6)
END terminate plotting (B-6)
MCPLOT call or return to MCPLOT (B-6)
RETURN returns program control to MCPLOT if appropriate (B-6)
INQUIRY (B-6)
OPTIONS display a list of the tally graphics commands keywords (B-6)
STATUS display the current values of the plotting parameters (B-6)
FILE (B-12)
RUNTPE open the specified RUNTPE file and plot the geometry (B-12)
PLOT (B-6)
BASIS define plot orientation (B-7)
COLOR turn color on or off and set the resolution (B-8)
EXTENT define the horizontal and vertical extent of the plot (B-7)
LABEL select labels and cell quantities to be displayed on geometry plot (B-7)
ORIGIN define the origin of the center of the plot (B-7)
PX VX plot geometry in plane perpen to x axis at VX (ie, BASIS=0 1 0 0 0 1) (B-7)
PY VY plot geometry in plane perpen to y axis at VY (ie, BASIS=1 0 0 0 0 1) (B-7)
PZ VZ plot geometry in plane perpen to z axis at VZ (ie, BASIS=1 0 0 0 1 0) (B-7)
SCALES select the type scales to put on the plot (not with VIEWPORT SQUARE) (B-8)
SHADE select cell color by material number (B-8)
ZOOM (B-8)
CENTER change the origin by a shift in the horizontal and vertical directions (B-8)
CURSOR create graphics cursor and prepare for input (not GRAFLIB or DISSGRAF) (B-8)
FACTOR F enlarge the plot view by the factor 1/F (F>1E-6) (B-8)
LOCATE locate x y z coordinates in a plot using cursor(not GRAFLIB or DISSGRAF)(B-9)
RESTORE restore the origin and extent to values they had before CURSOR command (B-9)
THETA A rotate the plot counterclockwise A degrees (B-8)
- (mcnp inp=file ip (with INP) or p (with RUNTPE) options)
- options: NOTEK COM= PLOTM= COMOUT= RUNTPE=
& continue reading commands for current plot from next line(must be last) (B-6)
BASIS define plot orientation (B-7)
U1 V1 W1 U2 V2 W2 {0 1 0 0 0 1}
U1 V1 W1 are cosines for the direction pointing to right on the plot
U2 V2 W2 are cosines for the direction pointing up on the plot
CENTER change the origin by a shift in the horizontal and vertical directions (B-8)
DH DV
DH=change in the origin of the plot in the horizontal direction (cm)
DV=change in the origin of the plot in the vertical direction (cm)
COLOR turn color on or off and set the resolution (B-8)
N{300}
N=OFF turns color off
=ON turns color on with a color resolution of 300
>49 and <1001 sets color resolution to N
CURSOR create graphics cursor and prepare for input (not GRAFLIB or DISSGRAF) (B-8)
END terminate plotting (B-6)
EXTENT define the horizontal and vertical extent of the plot (B-7)
EH{100 cm} EV{EH}
EH=the horizontal distance (cm) from origin to either side of the plot
EV=the vertical distance (cm) from origin to either side of the plot
FACTOR F enlarge the plot view by the factor 1/F (F>1E-6) (B-8)
FILE create a graphics metafile PLOTM (no effect for NOTEK and TERM 0 cases) (B-6)
A
A=blank means only the current plot is sent to the graphics metafile
A=ALL means current and all subsequent plots sent to graphics metafile
A=NONE means current and all other plots not sent to graphics metafile
LABEL select labels and cell quantities to be displayed on geometry plot (B-7)
S{1} C{0} DES{CEL}
S=0 means do not label the surface numbers on the geometry plot
=0.2 to 100 controls the size of the surface numbers on geometry plot
C=0 means do not plot cell quantities on the geometry plot
=0.2 to 100 controls size of cell quantity numbers on geometry plot
DES=Keyword to plot specific cell quantity (C=0.2 to 100) Keywords are:
=CEL problem cell numbers
=DEN cell mass density (g/cc)
=DXC:p probability of DXTRAN cell contribution for particle type p
=EXT:p exponential transform by cell for particle type p
=FCL:p forced collision by cell for particle type p
=FILL filling universe by cell
=IMP:p cell importances for particle type p
=LAT cell lattice type
=MAS cell mass (grams)
=MAT cell material number
=NONU fission treated as capture by cell
=PDn probability of detector contribution by cell for tally n
=PWT neutron-induced photon production weight control by cell
=RHO cell atom density (atoms/barn-cm or 1E-24 atoms/cc)
=TMPj cell temperatures for the jth time on the THTME card
=U universe number by cell
=VOL cell volume
=WWNi:p ith WWE:p energy lower weight window bound for particle p
LOCATE locate x y z coordinates in a plot using cursor(not GRAFLIB or DISSGRAF)(B-9)
MCPLOT call or return to MCPLOT (B-6)
OPTIONS display a list of the tally graphics commands keywords (B-7)
ORIGIN define the origin of the center of the plot (B-7)
VX VY VZ are the x, y, and z locations of the plot center {0 0 0}
PX X plot geometry in plane perpen to x axis at X (ie, BASIS=0 1 0 0 0 1) (B-7)
PY Y plot geometry in plane perpen to y axis at Y (ie, BASIS=1 0 0 0 0 1) (B-7)
PZ Z plot geometry in plane perpen to z axis at Z (ie, BASIS=1 0 0 0 1 0) (B-7)
RESTORE restore the origin and extent to values they had before CURSOR command (B-7)
RETURN returns program control to MCPLOT if appropriate (B-6)
RUNTPE open the specified RUNTPE file and plot the geometry (B-12)
SCALES select the type scales to put on the plot (not with VIEWPORT SQUARE) (B-8)
N{0}
N=0 for no scales on the edges and no grid on the plot
=1 for scales on the edges and no grid on the plot
=2 for scales on the edges and grid on the plot
SHADE select cell color by material number (B-8)
STATUS display the current values of the plotting parameters (B-6)
TERM define the kind of graphics terminal and baud rate of the terminal (B-13)
T{3} B{9600}
T=0 for a terminal with no graphics capability
=1 for a Tektronix 4010 or equivalent
=2 for a Tektronix 4014 or equivalent
=3 for a Tektronix 4014E or equivalent
=4 for a LLNL TMDS monitor
B=baud rate of the terminal
THETA A rotate the plot counterclockwise A degrees (B-8)
VIEWPORT A select the viewport region as rectangular or square (B-6)
A="RECT"{default} for legend space; ="SQUARE" for no legend
Todd Postma (tapostma@nuc.berkeley.edu)