more readme

ednice
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Showing 4 changed files with 18 additions and 4 deletions Show diff stats
MODFIRE-Prototype/README.md
MODFIRE-Prototype/makeSolFile.py
MODFIRE-Prototype/makeSolFileMult.py
MODFIRE-Prototype/seeResult.py
@@ -267,3 +267,17 @@ In Single Criteria optimization the following file is written to the Results fol
  
 outputPairsSingle.csv:- MU/Presc pairs for the solution found 
  
+# Step 5: Visualizing the example.
+
+
+Run seeMap.py to see the Vale de Sousa Forest and it's sub-divisions
+
+Run plotPareto.py to plot a 2d Pareto frontier using the Results/parento.csv file (Only works if there are only 2 criteria in the pareto.csv file)
+
+Run seeResults.py to observe the contents of the solutions in the outputPairsMulti.csv file
+
+Run the makeSolFile.py and then the Maps/maps.py file to paint the solution in the outputPairsSingle.csv onto files in the Maps/MapOutput folder
+
+Run the makeSolFileMulti.py and then the Maps/maps.py file to pick a solution from the outputPairsSingleMult.csv file and paint the solution onto files in the Maps/MapOutput folder
+
+
@@ -2,9 +2,9 @@ import csv, re, sqlite3
  
 fy= open("Maps/MapInputFile.txt", "w+")
  
-con = sqlite3.connect("res/database_modfire.db")
+con = sqlite3.connect("database_modfire.db")
 cur = con.cursor()
-Filemame = "Results/outputPairs.csv"
+Filemame = "Results/outputPairsSingle.csv"
 f=open(Filemame,"r")
 lines=f.readlines()
 result=[]
@@ -2,7 +2,7 @@ import csv, re, sqlite3
  
 fy= open("Maps/MapInputFile.txt", "w+")
  
-con = sqlite3.connect("res/database_modfire.db")
+con = sqlite3.connect("database_modfire.db")
 cur = con.cursor()
  
 Filemame = "Results/outputPairsMulti.csv"
 import csv, re, sqlite3
  
-con = sqlite3.connect("res/database_modfire.db")
+con = sqlite3.connect("database_modfire.db")
 cur = con.cursor()
 Filemame = "Results/outputPairsMulti.csv"
 f=open(Filemame,"r")
...	...	@@ -267,3 +267,17 @@ In Single Criteria optimization the following file is written to the Results fol
267	267
268	268	outputPairsSingle.csv:- MU/Presc pairs for the solution found
269	269
	270	+# Step 5: Visualizing the example.
	271	+
	272	+
	273	+Run seeMap.py to see the Vale de Sousa Forest and it's sub-divisions
	274	+
	275	+Run plotPareto.py to plot a 2d Pareto frontier using the Results/parento.csv file (Only works if there are only 2 criteria in the pareto.csv file)
	276	+
	277	+Run seeResults.py to observe the contents of the solutions in the outputPairsMulti.csv file
	278	+
	279	+Run the makeSolFile.py and then the Maps/maps.py file to paint the solution in the outputPairsSingle.csv onto files in the Maps/MapOutput folder
	280	+
	281	+Run the makeSolFileMulti.py and then the Maps/maps.py file to pick a solution from the outputPairsSingleMult.csv file and paint the solution onto files in the Maps/MapOutput folder
	282	+
	283	+
...	...
...	...	@@ -2,9 +2,9 @@ import csv, re, sqlite3
2	2
3	3	fy= open("Maps/MapInputFile.txt", "w+")
4	4
5		-con = sqlite3.connect("res/database_modfire.db")
	5	+con = sqlite3.connect("database_modfire.db")
6	6	cur = con.cursor()
7		-Filemame = "Results/outputPairs.csv"
	7	+Filemame = "Results/outputPairsSingle.csv"
8	8	f=open(Filemame,"r")
9	9	lines=f.readlines()
10	10	result=[]
...	...
...	...	@@ -2,7 +2,7 @@ import csv, re, sqlite3
2	2
3	3	fy= open("Maps/MapInputFile.txt", "w+")
4	4
5		-con = sqlite3.connect("res/database_modfire.db")
	5	+con = sqlite3.connect("database_modfire.db")
6	6	cur = con.cursor()
7	7
8	8	Filemame = "Results/outputPairsMulti.csv"
...	...
1	1	import csv, re, sqlite3
2	2
3		-con = sqlite3.connect("res/database_modfire.db")
	3	+con = sqlite3.connect("database_modfire.db")
4	4	cur = con.cursor()
5	5	Filemame = "Results/outputPairsMulti.csv"
6	6	f=open(Filemame,"r")
...	...