Mon Oct 27 10:44:09 MDT 2025
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1376490
south:      816330
west:       704910
east:       1044900
nsres:      30
ewres:      30
rows:       18672
cols:       11333
cells:      211609776
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_al.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1701450
south:      1002270
west:       -1746930
east:       -1146480
nsres:      30
ewres:      30
rows:       23306
cols:       20015
cells:      466469590
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_az.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1510470
south:      1107300
west:       122670
east:       568410
nsres:      30
ewres:      30
rows:       13439
cols:       14858
cells:      199676662
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ar.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2455530
south:      1242360
west:       -2361570
east:       -1646670
nsres:      30
ewres:      30
rows:       40439
cols:       23830
cells:      963661370
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ca.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2073720
south:      1566900
west:       -1146480
east:       -504630
nsres:      30
ewres:      30
rows:       16894
cols:       21395
cells:      361447130
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_co.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2365560
south:      2212680
west:       1833480
east:       1986000
nsres:      30
ewres:      30
rows:       5096
cols:       5084
cells:      25908064
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ct.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2055180
south:      1901220
west:       1704060
east:       1801830
nsres:      30
ewres:      30
rows:       5132
cols:       3259
cells:      16725188
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_de.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1936170
south:      1913820
west:       1610790
east:       1629390
nsres:      30
ewres:      30
rows:       745
cols:       620
cells:      461900
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_dc.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      961140
south:      259050
west:       796740
east:       1609020
nsres:      30
ewres:      30
rows:       23403
cols:       27076
cells:      633659628
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_fl.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1405950
south:      905550
west:       939240
east:       1425030
nsres:      30
ewres:      30
rows:       16680
cols:       16193
cells:      270099240
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ga.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3059850
south:      2208900
west:       -1715670
east:       -1189290
nsres:      30
ewres:      30
rows:       28365
cols:       17546
cells:      497692290
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_id.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2200740
south:      1569060
west:       378600
east:       732450
nsres:      30
ewres:      30
rows:       21056
cols:       11795
cells:      248355520
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_il.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2138430
south:      1666950
west:       687450
east:       961710
nsres:      30
ewres:      30
rows:       15716
cols:       9142
cells:      143675672
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_in.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2288280
south:      1938180
west:       -52050
east:       481740
nsres:      30
ewres:      30
rows:       11670
cols:       17793
cells:      207644310
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ia.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1903620
south:      1550640
west:       -532350
east:       121830
nsres:      30
ewres:      30
rows:       11766
cols:       21806
cells:      256569396
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ks.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1848480
south:      1513980
west:       569700
east:       1223910
nsres:      30
ewres:      30
rows:       11150
cols:       21807
cells:      243148050
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ky.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1115190
south:      664680
west:       181680
east:       698040
nsres:      30
ewres:      30
rows:       15017
cols:       17212
cells:      258472604
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_la.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3013020
south:      2487930
west:       1930770
east:       2263770
nsres:      30
ewres:      30
rows:       17503
cols:       11100
cells:      194283300
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_me.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2037750
south:      1828500
west:       1396620
east:       1802670
nsres:      30
ewres:      30
rows:       6975
cols:       13535
cells:      94406625
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_md.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2479920
south:      2297310
west:       1830840
east:       2143230
nsres:      30
ewres:      30
rows:       6087
cols:       10413
cells:      63383931
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ma.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2834820
south:      2117730
west:       429060
east:       1111680
nsres:      30
ewres:      30
rows:       23903
cols:       22754
cells:      543888862
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_mi.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2930700
south:      2278530
west:       -91830
east:       489840
nsres:      30
ewres:      30
rows:       21739
cols:       19389
cells:      421497471
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_mn.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1355280
south:      808500
west:       412290
east:       731820
nsres:      30
ewres:      30
rows:       18226
cols:       10651
cells:      194125126
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ms.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1963770
south:      1453110
west:       18930
east:       608220
nsres:      30
ewres:      30
rows:       17022
cols:       19643
cells:      334363146
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_mo.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3044400
south:      2472270
west:       -1497960
east:       -595590
nsres:      30
ewres:      30
rows:       19071
cols:       30079
cells:      573636609
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_mt.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2250420
south:      1887030
west:       -671190
east:       58530
nsres:      30
ewres:      30
rows:       12113
cols:       24324
cells:      294636612
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ne.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2358330
south:      1491870
west:       -2037510
east:       -1475430
nsres:      30
ewres:      30
rows:       28882
cols:       18736
cells:      541133152
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_nv.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2734260
south:      2428350
west:       1879920
east:       2039640
nsres:      30
ewres:      30
rows:       10197
cols:       5324
cells:      54288828
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_nh.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2236440
south:      1949790
west:       1725330
east:       1848390
nsres:      30
ewres:      30
rows:       9555
cols:       4102
cells:      39194610
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_nj.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1629450
south:      991800
west:       -1233570
east:       -616770
nsres:      30
ewres:      30
rows:       21255
cols:       20560
cells:      437002800
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_nm.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2658540
south:      2149140
west:       1319520
east:       1997520
nsres:      30
ewres:      30
rows:       16980
cols:       22600
cells:      383748000
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ny.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1690170
south:      1341780
west:       1054170
east:       1838910
nsres:      30
ewres:      30
rows:       11613
cols:       26158
cells:      303772854
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_nc.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2913450
south:      2549790
west:       -623880
east:       -42960
nsres:      30
ewres:      30
rows:       12122
cols:       19364
cells:      234730408
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_nd.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2250510
south:      1790160
west:       922770
east:       1292640
nsres:      30
ewres:      30
rows:       15345
cols:       12329
cells:      189188505
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_oh.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1573500
south:      1173090
west:       -620880
east:       141300
nsres:      30
ewres:      30
rows:       13347
cols:       25406
cells:      339093882
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ok.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2906940
south:      2301480
west:       -2300790
east:       -1584300
nsres:      30
ewres:      30
rows:       20182
cols:       23883
cells:      482006706
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_or.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2294550
south:      1962630
west:       1261950
east:       1781850
nsres:      30
ewres:      30
rows:       11064
cols:       17330
cells:      191739120
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_pa.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2373810
south:      2269230
west:       1969230
east:       2042460
nsres:      30
ewres:      30
rows:       3486
cols:       2441
cells:      8509326
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ri.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1449750
south:      1105680
west:       1145400
east:       1599480
nsres:      30
ewres:      30
rows:       11469
cols:       15136
cells:      173594784
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_sc.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2577210
south:      2164650
west:       -652230
east:       -35340
nsres:      30
ewres:      30
rows:       13752
cols:       20563
cells:      282782376
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_sd.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1603140
south:      1341750
west:       514650
east:       1267110
nsres:      30
ewres:      30
rows:       8713
cols:       25082
cells:      218539466
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_tn.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1517940
south:      310890
west:       -1000350
east:       237150
nsres:      30
ewres:      30
rows:       40235
cols:       41250
cells:      1659693750
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_tx.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2250690
south:      1629450
west:       -1581750
east:       -1085520
nsres:      30
ewres:      30
rows:       20708
cols:       16541
cells:      342531028
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_ut.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2695200
south:      2414400
west:       1766670
east:       1916940
nsres:      30
ewres:      30
rows:       9360
cols:       5009
cells:      46884240
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_vt.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      1966500
south:      1576770
west:       1089300
east:       1796970
nsres:      30
ewres:      30
rows:       12991
cols:       23589
cells:      306444699
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_va.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177420
south:      2734200
west:       -2144160
east:       -1545570
nsres:      30
ewres:      30
rows:       14774
cols:       19953
cells:      294785622
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_wa.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2064030
south:      1668060
west:       1155240
east:       1551960
nsres:      30
ewres:      30
rows:       13199
cols:       13224
cells:      174543576
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_wv.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2714490
south:      2180100
west:       242550
east:       763740
nsres:      30
ewres:      30
rows:       17813
cols:       17373
cells:      309465249
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_wi.tif> created.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      3177450
south:      259050
west:       -2361600
east:       2263800
nsres:      30
ewres:      30
rows:       97280
cols:       154180
cells:      14998630400
WARNING: Raster mask already exists and will be overwritten
All subsequent raster operations will be limited to the raster mask area.
Removing the mask (with r.mask -r) or renaming a raster map named 'MASK'
will restore raster operations to normal.
projection: 99 (NAD83 / Conus Albers)
zone:       0
datum:      nad83
ellipsoid:  grs80
north:      2539530
south:      2027610
west:       -1250370
east:       -633750
nsres:      30
ewres:      30
rows:       17064
cols:       20554
cells:      350733456
SECTION 1a (of 4): Initiating Memory.
SECTION 1b (of 4): Determining Offmap Flow.
   0%   4%   8%  12%  16%  20%  24%  28%  32%  36%  40%  44%  48%  52%  56%  60%  64%  68%  72%  76%  80%  84%  88%  92%  96% 100%
SECTION 2: A* Search.
   0%   2%   4%   6%   8%  10%  12%  14%  16%  18%  20%  22%  24%  26%  28%  30%  32%  34%  36%  38%  40%  42%  44%  46%  48%  50%  52%  54%  56%  58%  60%  62%  64%  66%  68%  70%  72%  74%  76%  78%  80%  82%  84%  86%  88%  90%  92%  94%  96%  98% 100%
SECTION 3a: Accumulating Surface Flow with MFD.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 3b: Adjusting drainage directions.
   1%   3%   5%   7%   9%  11%  13%  15%  17%  19%  21%  23%  25%  27%  29%  31%  33%  35%  37%  39%  41%  43%  45%  47%  49%  51%  53%  55%  57%  59%  61%  63%  65%  67%  69%  71%  73%  75%  77%  79%  81%  83%  85%  87%  89%  91%  93%  95%  97%  99% 100%
SECTION 4: Closing Maps.
Checking GDAL data type and nodata value...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
Using GDAL data type <Byte>
Input raster map contains cells with NULL-value (no-data). The value 255
will be used to represent no-data values in the input map. You can specify
a nodata value with the nodata option.
Exporting raster data to GTiff format...
   2%   5%   8%  11%  14%  17%  20%  23%  26%  29%  32%  35%  38%  41%  44%  47%  50%  53%  56%  59%  62%  65%  68%  71%  74%  77%  80%  83%  86%  89%  92%  95%  98% 100%
r.out.gdal complete. File <fdr_state_wy.tif> created.
	Command being timed: "../calc_state_fdr.sh"
	User time (seconds): 18036.26
	System time (seconds): 159.00
	Percent of CPU this job got: 99%
	Elapsed (wall clock) time (h:mm:ss or m:ss): 5:03:38
	Average shared text size (kbytes): 0
	Average unshared data size (kbytes): 0
	Average stack size (kbytes): 0
	Average total size (kbytes): 0
	Maximum resident set size (kbytes): 32658708
	Average resident set size (kbytes): 0
	Major (requiring I/O) page faults: 0
	Minor (reclaiming a frame) page faults: 81871365
	Voluntary context switches: 21800
	Involuntary context switches: 115838
	Swaps: 0
	File system inputs: 176
	File system outputs: 102568968
	Socket messages sent: 0
	Socket messages received: 0
	Signals delivered: 0
	Page size (bytes): 4096
	Exit status: 0
Mon Oct 27 15:47:48 MDT 2025