# Requirements:
# Make sure you have a complete and working ns-2 distribution (you
# can verify this by running ./validate file under ns-2/ directory).
# You must also have xgraph, perl, and ns in your $PATH variable.
# (You must have a link to `ns' in your current directory.)
#
# Warning: Some of these simulation sets take many hours to run.

# 1) Figure 1 in this paper can be generated using the following command:
./single1.run 15 20 1 1 20 80 0 0.002
# mv out.total figure1.total
# To process:
cp fixed_15.web_20.ecn_1.reverse_1.adaptive_20.cautious_80.random_0.controltype_0.002.total figure1.total
cp figure1.total out.total; ./single1.end.run

# Note that this no longer gives the same results as in the paper,
# because of changes in some of the defaults. 

# 2) Figure 2 can be generated using the following command:
# OLD: ./single1.run 15 5 1 1 20 80 0 0.0
./single1.run 15 20 1 1 20 80 0 0.0
mv out.total figure2.total
cp figure2.total out.total; ./single1.end.run

# 3) Figure 3 can be generated using the following command:
./single1.run 15 20 1 1 20 80 1 0.0
mv out.total figure3.total
cp figure3.total out.total; ./single1.end.run

# ------------
# 5) To generate figure 6:
 ns adaptiveRed.tcl red2
 gv red2.ps

# 6) For figure 7:
 ns adaptiveRed.tcl red2Adapt
 gv red2Adapt.ps

# 7) For figure 8:
 ns adaptiveRed.tcl red3
 gv red3.ps

# 8) For figure 9:
 ns adaptiveRed.tcl red3Adapt
 gv red3Adapt.ps

# Steps 5 through 9 output corresponding .ps files as well.

# -----------

For generating figures 11 through 14:

9) For figure 11:
./w_q_oscil.run 15 0 1 0 0 10 20 80 0 0.002

10) For figure 12:
./w_q_oscil.run 15 20 1 1 0 10 20 80 0 0.002

11) For figure 13:
./w_q_oscil.run 15 0 1 0 0 10 20 80 1 0.0

12) For figure 14:
./w_q_oscil.run 15 20 1 1 0 10 20 80 1 0.0

In all four cases, you can change "plotQueue1{}" procedure call in "stop{}" procedure 
to "plotQueue{}" to generate .eps output

# --------------

# For generating figures 15 through 17:

# 13) For figure 15:
 ns adaptiveRed.tcl transient
 gv transient.ps

# 14) For figure 16:
 ns adaptiveRed.tcl transient1
 gv transient1.ps

# 15) For figure 17: 
 ns adaptiveRed.tcl transient2
 gv transient2.ps

----------------

16) For generating figure 18:
 ns rt.tcl 60 15 1 1 20 0 10 20 80 1 rt.tcl ; follwed by
 gv reda_rt.eps ; to view the .eps file