y	!onlbl: y for only one label
2	!ipwr weighting power
2	!wf weighting function type, 1 Gauss, 2 Cress, 3 inverse, 4 barness
w	!gm weighting/box average
y	!bndry for boundary
y	!lndstd for land study; bndry and no fill
n	!cntrs for contours on plot
2	!mnhdng	main headings
n	!mrk for markings   CHANGE ONLY THIS	
4	!nutr 2 for plotting two tracks; mx 5
y	!mrkonplt y to have contours. if only mrkngs rqrd w/o cntrs, mrk=y & mrkonplt=n
n	!clrl for clr tracks
n	!clrt for clr labels
y	!lblbr for label bar
n	!side for plotting two figs side by side
25	!smthfc smthing factor
3	!lblpst lbl positioning 1 for no lbl; 3 for lbl
1	!lblorn lbl orientation
0.03	!szlbl label size
0.14	!ybtad adjustment for ybottom
0.14	!ybtad1 -- do --
0.06	!ytpad adjstmnt for ytop
0.06	!ytpad1 --- do --
r	!rlin real/int format for label nos
2	!yxvl for yaxis values like lats position
2	!xxvl for xaxis values like lon positions
i	!rlaxs for real lat lon values 
n	!grdonmp gird lines on map
3 3 2 3 !i1,i2,i3,i4 grid info
1	!mrkcn 1 for connecting markings
1	!mrkgspl colour of the mark
1	!iaxgspl colour of the axes
1	!ihdgspl colour of the top heading
1	!ibtgspl colour of the bottom heading
1	!istpgspl colour of isro stamp
0.25	!wdy to take car of over flow
0.02	!wds width of labels
0.04	!sylblpst spl yax lbl posi
0.015	!sxlblpst - do - for xax
0.02	!hdcr corr for hdng
0.04	!xaxcr corr for xax
0.05	!sxaxcr corr for spl sax
0.054	!yaxcr corr for yax .094 for real, for int 0.054
0.12	!thdcr1 corr for top hdng1
0.08	!thdcr2	corr tor top hdng2
-0.16	!bhdcr1	corr for bot hdng1
-0.18	!bhdcr2	corr for bot hdng2
n	!lrg for larg hdng  ADD THIS LINE IF ANS IS 'Y' --> 0.2
0.05	!hdmps posi of main hdng ?
0.2	!hdmpsl posi of main hdng for large
n	!stmp for dos stamp

Hints:

if boundary (bndry) is no and landstudy (lndstd) is no: havemolar diarams type 
	of study - no land boundary but with no landfill through terminal.

if boundary is yes and landstudy is yes: meteorology type of study. Draws just 
	the land boundary.

The axes values like those of lat/lon can be real (y) or integers (n). This can be done by changing the rlaxs input. If it is real the value of yaxcr should be 0.094. For integers it is 0.054.

Clr Schm: 1 blk; 2 white; 3 d bl; 4 bl; 5 l bl; 6-8 gr; 9 yl; 10 yl; 11 d yl; 12 r yl; 13-14 d rd.