Linear Algebra and the C Language/a0gf

test

This example gives the basic information:

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#
test
reset
# ---------------------

Line break

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  \n ->   \
#
plot cos(x),\
     sin(x),\
         .4,\
        -.4
reset
# ---------------------

linetype | lt <0..15>

Each number corresponds to a different color. (see test)

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  linetype  | lt <0..15> 
#
plot cos(x) lt 1,\
     sin(x) lt 2,\
        .4  lt 3,\
       -.4  lt 3
reset
# ---------------------

linewidth | lw <1.. 6>

Each number corresponds to a different thickness.

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  #  linewidth | lw <1.. 6>
#
plot cos(x) lt 1 lw 1,\
     sin(x) lt 2 lw 3,\
        .4  lt 3 lw 4,\
       -.4  lt 3 lw 6
reset
# ---------------------

plot "data"

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  
plot "data" 
reset
# ---------------------

* Create a "data" file with this data:

pointtype | pt <0..15>

Each number corresponds to a different pattern of dots. (see test)

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  pointtype | pt <0..15>
#
plot "data" pt 10
reset
# ---------------------

pointsize | ps <1.. >

Each number corresponds to different point sizes. (see test)

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  pointsize | ps <1..  >
#
plot "data" pt 10  ps 3
reset
# ---------------------

with linesp

The points are connected by segments.

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  linetype  | lt <0..15>   (color)
#  linewidth | lw <1.. 6>   (size)
#  pointsize | ps <1..  >   (size)
#
plot "data" with linesp lt 3 lw 3 ps 3
reset
# ---------------------

pt 0

Without the points.

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  linetype  | lt <0..15>   (color)
#  linewidth | lw <1.. 6>   (size)
#  pointsize | ps <1..  >   (size)
#
plot "data" with linesp lt 3 lw 3 ps 3 pt 0
reset
# ---------------------

set zeroaxis lt 8 lw 3

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  linetype  | lt <0..15>   (color)
#  linewidth | lw <1.. 6>   (size)
#
set zeroaxis lt 8 lw 3
plot sin(x),\
     cos(x)
reset
# ---------------------

set grid lt 8 lw 3

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  linetype  | lt <0..15>   (color)
#  linewidth | lw <1.. 6>   (size)
#  pointsize | ps <1..  >   (size)
#
set grid lt 8 lw 3
plot sin(x),\
     cos(x)
reset
# ---------------------

Example

# ---------------------
# save this file as : a_main.plt
# Then into gnuplot : load "a_main.plt"
#
#  linetype  | lt <0..15>   (color)
#  linewidth | lw <1.. 6>   (size)
#  pointsize | ps <1..  >   (size)
#
set zeroaxis lt 8 lw 3
set grid 
plot [-6.:6.] [-1.4:1.4]\
     sin(x),\
     cos(x)
reset
# ---------------------