xinyuanwylb19

#Version 1.0
#Xinyuan Wei 03/23/2019
#Edge Identification from the Simulated TSLF Map
'''
This program can identify the edge from a simulated TSLF map.
The identification algorithm is Removal of Outer Lines (ROL).
'''
import gdal
import osr
import os

xinyuanwylb19

#AIL
#Version 1.0
#Xinyuan Wei 03/19/2019
#Edge Identification from the Simulated TSLF Map
'''
This program can identify the edge from a simulated TSLF map.
The identification algorithm is Agglomerating Partial Inner Lines (APIL).
'''
import gdal
import osr

xinyuanwylb19

#Version 1.0
#Xinyuan Wei 04/22/2018
'''
This program can reconstruct the .
'''
import numpy as np
import gdal
import osr

#read the .csv data

xinyuanwylb19

FFMC	BUI	WSV	WindDir	FWIBin	Season	Ecoregion
55	70	16	290	1	Summer	All
90	86	16	110	4	Summer	All
88	91	11	70	3	Summer	All
87	96	21	340	4	Summer	All
86	67	13	320	3	Summer	All
88	72	6	230	3	Summer	All
88	72	6	230	3	Summer	All
82	72	13	270	2	Summer	All
82	108	6	180	2	Summer	All

xinyuanwylb19

Rows are invdividual fires. Years are grouped into six classes based on the total area burned by all firest in those years.																					
individual fires grouped by annual area burned																					
> 1000 km2			400-999 km2			100-399 km2			10-99 km2			1--9 km2			01.-0.9 km2						
year	size (ha)	ln size (ha)	year	size (ha)	ln size (ha)	year	size (ha)	ln size (ha)	year	size (ha)	ln size (ha)	year	size (ha)	ln size (ha)	year	size (ha)	ln size (ha)				
80	0.9	-0.1	70	0.5	-0.7	84	400.0	6.0	69	1.2	0.2	72	0.1	-2.3	74	0.1	-2.3				
80	0.7	-0.4	70	0.3	-1.2	84	0.5	-0.7	69	2.0	0.7	72	0.1	-2.3	74	0.6	-0.5				
80	1.0	0.0	70	0.1	-2.3	84	25.0	3.2	69	0.1	-2.3	72	0.1	-2.3	74	7.4	2.0				
80	0.1	-2.3	70	1.2	0.2	84	1.2	0.2	69	2802.1	7.9	72	0.1	-2.3	74	2.0	0.7				
80	377.0	5.9	70	0.2	-1.6	84	0.4	-0.9	69	0.8	-0.2	72	0.8	-0.2	74	0.4	-0.9				
80	0.1	-2.3	70	0.4	-0.9	84	2800.0	7.9	69	1.0	0.0	72	40.5	3.7	74	0.1	-2.3				

xinyuanwylb19

#Number of Sample Points
#Version 1.0
#Xinyuan Wei 01/01/2016
'''
This program can calculate the minimum number of sample points (mean and median)
required to reliably estimate the fire cycle.
'''

import sys
import os

xinyuanwylb19

#Fire Map Stacking
#Version 1.0
#Xinyuan Wei 12/20/2015
#Fire Cycle Study
'''
This program can stack simulated fire maps and create a TSLF map.
'''
import os.path
import glob
import gdal