CRAN Package Check Results for Package windfarmGA

Last updated on 2019-10-17 02:47:38 CEST.

Flavor Version Tinstall Tcheck Ttotal Status Flags
r-devel-linux-x86_64-debian-clang 2.2.2 42.74 402.64 445.38 OK
r-devel-linux-x86_64-debian-gcc 2.2.2 32.10 303.21 335.31 OK
r-devel-linux-x86_64-fedora-clang 2.2.2 604.80 OK
r-devel-linux-x86_64-fedora-gcc 2.2.2 651.61 OK
r-devel-windows-ix86+x86_64 2.2.2 114.00 1236.00 1350.00 OK
r-patched-linux-x86_64 2.2.2 39.17 395.09 434.26 OK
r-patched-solaris-x86 2.2.2 830.30 OK
r-release-linux-x86_64 2.2.2 35.63 403.01 438.64 OK
r-release-windows-ix86+x86_64 2.2.2 75.00 1165.00 1240.00 ERROR
r-release-osx-x86_64 2.2.2 OK
r-oldrel-windows-ix86+x86_64 2.2.2 57.00 811.00 868.00 ERROR
r-oldrel-osx-x86_64 2.2.2 OK

Check Details

Version: 2.2.2
Check: running tests for arch ‘x64’
Result: ERROR
     Running 'testthat.R' [355s]
    Running the tests in 'tests/testthat.R' failed.
    Complete output:
     > library(testthat)
     > library(windfarmGA)
     >
     >
     > test_check("windfarmGA")
     .......$Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "TRUE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "FALSE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are taken into account.
     trying URL 'http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip'
     Content type 'application/zip' length 72773076 bytes (69.4 MB)
     ==================================================
     downloaded 69.4 MB
    
     ...[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 98
     Amount duplicates: 102
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_evolution: Plot the Evolution of the Efficiency and Energy Values:"
     [1] "plot_parkfitness: Plot the Influence of Population Size, Selection, Crossover, Mutation:"
     Press [enter] to continue
     [1] "plot_fitness_evolution: Plot the Changes in Fitness Values:"
     Press [enter] to continue
     [1] "plot_cloud: Plot all individual Values of the whole Evolution:"
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     Cannot plot option 2,3,4,5.
     Only option 1,6 are available.[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 3
     Amount duplicates: 0
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     Cannot plot option 2,3,4,5.
     Only option 1,6 are available.[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 3
     Amount duplicates: 0
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     [1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 9
     Amount duplicates: 1
     Plot 2 Best Energy Solution:
    
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_evolution: Plot the Evolution of the Efficiency and Energy Values:"
     [1] "plot_parkfitness: Plot the Influence of Population Size, Selection, Crossover, Mutation:"
     Press [enter] to continue
     [1] "plot_fitness_evolution: Plot the Changes in Fitness Values:"
     Press [enter] to continue
     [1] "plot_cloud: Plot all individual Values of the whole Evolution:"
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     Maximum possible number for 'which': 10.$Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "TRUE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "FALSE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are taken into account.
     trying URL 'http://srtm.csi.cgiar.org/wp-content/uploads/files/srtm_5x5/TIFF/srtm_39_03.zip'
     Content type 'application/x-zip-compressed' length 37627843 bytes (35.9 MB)
     ==================================================
     downloaded 35.9 MB
    
    
     Start Genetic Algorithm ...
    
    
     1 : Round with coefficients 13356.6985 11737.267 9296.485 13356.7 11737.27 9296.48 97.11 83.8 63.26
     How many individuals exist: 300
     How many parks are in local Optimum: 1
     Elitarism activated. Best 7 individuals are increased
     Selection Percentage: 50
     FIX: How many parental individuals are selected: 148 from 296 with 50 %
     Selection - Amount of Individuals: 100
     crossover point rate: 2.1
     How many parental pairs are at hand: 50
     How many permutations are possible: 200
     How many permutations are selected: 200
     Crossover - Amount of Individuals: 200
     Mutation - Amount of Individuals: 200
     TrimToN - Amount of Individuals: 200$Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "TRUE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "FALSE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are taken into account.
    
     Start Genetic Algorithm ...
    
    
     1 : Round with coefficients 13458.8 11711.884 9415.219 13458.8 11711.88 9415.22 95.59 83.5 65.46
     How many individuals exist: 300
     How many parks are in local Optimum: 1
     Elitarism activated. Best 7 individuals are increased
     Selection Percentage: 50
     FIX: How many parental individuals are selected: 148 from 296 with 50 %
     Selection - Amount of Individuals: 100
     crossover point rate: 2.1
     How many parental pairs are at hand: 50
     How many permutations are possible: 200
     How many permutations are selected: 200
     Crossover - Amount of Individuals: 200
     Mutation - Amount of Individuals: 200
     TrimToN - Amount of Individuals: 200
     Weibull Distribution is used.
     Weibull Information from input is used.
     $Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "FALSE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "TRUE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are not taken into account.
    
     Start Genetic Algorithm ...
    
    
     1 : Round with coefficients 68.8189 59.139 45.63 68.82 59.14 45.63 92.86 80.91 62.79
     How many individuals exist: 300
     How many parks are in local Optimum: 1
     Elitarism activated. Best 7 individuals are increased
     Selection Percentage: 50
     FIX: How many parental individuals are selected: 148 from 296 with 50 %
     Selection - Amount of Individuals: 100
     crossover point rate: 2.1
     How many parental pairs are at hand: 50
     How many permutations are possible: 200
     How many permutations are selected: 200
     Crossover - Amount of Individuals: 200
     Mutation - Amount of Individuals: 200
     TrimToN - Amount of Individuals: 200
     Weibull Distribution is used.
     Weibull Information from package is used.
     trying URL 'http://github.com/YsoSirius/windfarm_data/raw/master/weibulldata.zip'
     -- 1. Error: Test Terrain and Weibull Effects (@test_terrain.R#84) ------------
     cannot open URL 'http://github.com/YsoSirius/windfarm_data/raw/master/weibulldata.zip'
     1: genAlgo(Polygon1 = sp_polygon, n = 12, iteration = 1, vdirspe = data.in, Rotor = 30,
     RotorHeight = 100, verbose = TRUE, weibull = TRUE) at testthat/test_terrain.R:84
     2: genetic_algorithm(Polygon1, GridMethod, Rotor, n, fcrR, referenceHeight, RotorHeight,
     SurfaceRoughness, Proportionality, iteration, mutr, vdirspe, topograp, elitism,
     nelit, selstate, crossPart1, trimForce, Projection, sourceCCL, sourceCCLRoughness,
     weibull, weibullsrc, Parallel, numCluster, verbose, plotit)
     3: download.file("http://github.com/YsoSirius/windfarm_data/raw/master/weibulldata.zip",
     destfile = "weibulldata.zip", method = "auto")
    
     [1] "ABBREV" "ADM0_A3" "ADM0_DIF" "ADMIN" "ADMIN.1"
     [6] "AVOIDname" "AVOIDnumeric" "FIPS_10_" "FeatureCla" "GBD"
     [11] "GDP_MD_EST" "GEO3" "GEO3major" "GEOUNIT" "GEOU_DIF"
     [16] "GLOCAF" "GU_A3" "IMAGE24" "ISO3" "ISO3.1"
     [21] "ISO_A2" "ISO_A3" "ISO_N3" "LAT" "LDC"
     [26] "LEVEL" "LLDC" "LON" "LabelRank" "MAP_COLOR"
     [31] "NAME" "NAME_FORMA" "NAME_SORT" "POP_EST" "POSTAL"
     [36] "REGION" "SID" "SOVEREIGNT" "SOV_A3" "SRES"
     [41] "SRESmajor" "SUBUNIT" "SU_A3" "SU_DIF" "ScaleRank"
     [46] "Stern" "TERR_" "TYPE" "continent"
     Enter an ISO3 code: [1] "ABBREV" "ADM0_A3" "ADM0_DIF" "ADMIN" "ADMIN.1"
     [6] "AVOIDname" "AVOIDnumeric" "FIPS_10_" "FeatureCla" "GBD"
     [11] "GDP_MD_EST" "GEO3" "GEO3major" "GEOUNIT" "GEOU_DIF"
     [16] "GLOCAF" "GU_A3" "IMAGE24" "ISO3" "ISO3.1"
     [21] "ISO_A2" "ISO_A3" "ISO_N3" "LAT" "LDC"
     [26] "LEVEL" "LLDC" "LON" "LabelRank" "MAP_COLOR"
     [31] "NAME" "NAME_FORMA" "NAME_SORT" "POP_EST" "POSTAL"
     [36] "REGION" "SID" "SOVEREIGNT" "SOV_A3" "SRES"
     [41] "SRESmajor" "SUBUNIT" "SU_A3" "SU_DIF" "ScaleRank"
     [46] "Stern" "TERR_" "TYPE" "continent"
     Enter an ISO3 code: Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Selection Method. Either 'FIX' or 'VAR' are available.
     Type 'F' for a fixed percentage of 50% and 'V' for a variable percentage.
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Selection Method. Either 'FIX' or 'VAR' are available.
     Type 'F' for a fixed percentage of 50% and 'V' for a variable percentage.
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs....trying URL 'https://biogeo.ucdavis.edu/data/diva/msk_alt/AUT_msk_alt.zip'
     Content type 'application/zip' length 216165 bytes (211 KB)
     ==================================================
     downloaded 211 KB
    
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......OGR data source with driver: ESRI Shapefile
     Source: "D:\temp\RtmpUXz2IM\RLIBS_1efa011964536\windfarmGA\extdata\shape.shp", layer: "shape"
     with 1 features
     It has 1 fields
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs....
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
     ################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
     ################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.weibullsrc class:
     1 - data.frame
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.list item classes:
     1 - numeric
     2 - numeric== testthat results ===========================================================
     [ OK: 778 | SKIPPED: 1 | WARNINGS: 163 | FAILED: 1 ]
     1. Error: Test Terrain and Weibull Effects (@test_terrain.R#84)
    
     Error: testthat unit tests failed
     Execution halted
Flavor: r-release-windows-ix86+x86_64

Version: 2.2.2
Check: running tests for arch ‘i386’
Result: ERROR
     Running 'testthat.R' [249s]
    Running the tests in 'tests/testthat.R' failed.
    Complete output:
     > library(testthat)
     > library(windfarmGA)
     >
     >
     > test_check("windfarmGA")
     .......$Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "TRUE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "FALSE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are taken into account.
     trying URL 'http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip'
     .[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 98
     Amount duplicates: 102
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_evolution: Plot the Evolution of the Efficiency and Energy Values:"
     [1] "plot_parkfitness: Plot the Influence of Population Size, Selection, Crossover, Mutation:"
     Press [enter] to continue
     [1] "plot_fitness_evolution: Plot the Changes in Fitness Values:"
     Press [enter] to continue
     [1] "plot_cloud: Plot all individual Values of the whole Evolution:"
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     Cannot plot option 2,3,4,5.
     Only option 1,6 are available.[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 3
     Amount duplicates: 0
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     Cannot plot option 2,3,4,5.
     Only option 1,6 are available.[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 3
     Amount duplicates: 0
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     [1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 9
     Amount duplicates: 1
     Plot 2 Best Energy Solution:
    
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_evolution: Plot the Evolution of the Efficiency and Energy Values:"
     [1] "plot_parkfitness: Plot the Influence of Population Size, Selection, Crossover, Mutation:"
     Press [enter] to continue
     [1] "plot_fitness_evolution: Plot the Changes in Fitness Values:"
     Press [enter] to continue
     [1] "plot_cloud: Plot all individual Values of the whole Evolution:"
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     Maximum possible number for 'which': 10.$Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "TRUE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "FALSE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are taken into account.
     trying URL 'http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip'
     -- 1. Error: Test Terrain and Weibull Effects (@test_terrain.R#39) ------------
     cannot open URL 'http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip'
     1: genAlgo(Polygon1 = sp_polygon, n = 12, iteration = 1, vdirspe = data.in, Rotor = 30,
     RotorHeight = 100, topograp = TRUE, verbose = TRUE, plotit = TRUE) at testthat/test_terrain.R:39
     2: genetic_algorithm(Polygon1, GridMethod, Rotor, n, fcrR, referenceHeight, RotorHeight,
     SurfaceRoughness, Proportionality, iteration, mutr, vdirspe, topograp, elitism,
     nelit, selstate, crossPart1, trimForce, Projection, sourceCCL, sourceCCLRoughness,
     weibull, weibullsrc, Parallel, numCluster, verbose, plotit)
     3: download.file("http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip", destfile = "clc.zip",
     method = "auto")
    
     [1] "ABBREV" "ADM0_A3" "ADM0_DIF" "ADMIN" "ADMIN.1"
     [6] "AVOIDname" "AVOIDnumeric" "FIPS_10_" "FeatureCla" "GBD"
     [11] "GDP_MD_EST" "GEO3" "GEO3major" "GEOUNIT" "GEOU_DIF"
     [16] "GLOCAF" "GU_A3" "IMAGE24" "ISO3" "ISO3.1"
     [21] "ISO_A2" "ISO_A3" "ISO_N3" "LAT" "LDC"
     [26] "LEVEL" "LLDC" "LON" "LabelRank" "MAP_COLOR"
     [31] "NAME" "NAME_FORMA" "NAME_SORT" "POP_EST" "POSTAL"
     [36] "REGION" "SID" "SOVEREIGNT" "SOV_A3" "SRES"
     [41] "SRESmajor" "SUBUNIT" "SU_A3" "SU_DIF" "ScaleRank"
     [46] "Stern" "TERR_" "TYPE" "continent"
     Enter an ISO3 code: [1] "ABBREV" "ADM0_A3" "ADM0_DIF" "ADMIN" "ADMIN.1"
     [6] "AVOIDname" "AVOIDnumeric" "FIPS_10_" "FeatureCla" "GBD"
     [11] "GDP_MD_EST" "GEO3" "GEO3major" "GEOUNIT" "GEOU_DIF"
     [16] "GLOCAF" "GU_A3" "IMAGE24" "ISO3" "ISO3.1"
     [21] "ISO_A2" "ISO_A3" "ISO_N3" "LAT" "LDC"
     [26] "LEVEL" "LLDC" "LON" "LabelRank" "MAP_COLOR"
     [31] "NAME" "NAME_FORMA" "NAME_SORT" "POP_EST" "POSTAL"
     [36] "REGION" "SID" "SOVEREIGNT" "SOV_A3" "SRES"
     [41] "SRESmajor" "SUBUNIT" "SU_A3" "SU_DIF" "ScaleRank"
     [46] "Stern" "TERR_" "TYPE" "continent"
     Enter an ISO3 code: Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Selection Method. Either 'FIX' or 'VAR' are available.
     Type 'F' for a fixed percentage of 50% and 'V' for a variable percentage.
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Selection Method. Either 'FIX' or 'VAR' are available.
     Type 'F' for a fixed percentage of 50% and 'V' for a variable percentage.
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs....trying URL 'https://biogeo.ucdavis.edu/data/diva/msk_alt/AUT_msk_alt.zip'
     -- 2. Error: Test Viewshed Functions (@test_visibility.R#19) ------------------
     cannot open URL 'https://biogeo.ucdavis.edu/data/diva/msk_alt/AUT_msk_alt.zip'
     1: getDEM(Polygon1) at testthat/test_visibility.R:19
     2: raster::getData("alt", country = ISO3)
     3: .raster(..., name = name, download = download, path = path)
     4: .download(theurl, zipfilename)
     5: utils::download.file(url = aurl, destfile = fn, method = "auto", quiet = FALSE, mode = "wb",
     cacheOK = TRUE)
    
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......OGR data source with driver: ESRI Shapefile
     Source: "D:\temp\Rtmp6FORpi\RLIBS_1e33436f464fb\windfarmGA\extdata\shape.shp", layer: "shape"
     with 1 features
     It has 1 fields
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs....
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
     ################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
     ################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.weibullsrc class:
     1 - data.frame
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.list item classes:
     1 - numeric
     2 - numeric== testthat results ===========================================================
     [ OK: 715 | SKIPPED: 2 | WARNINGS: 150 | FAILED: 2 ]
     1. Error: Test Terrain and Weibull Effects (@test_terrain.R#39)
     2. Error: Test Viewshed Functions (@test_visibility.R#19)
    
     Error: testthat unit tests failed
     Execution halted
Flavor: r-oldrel-windows-ix86+x86_64

Version: 2.2.2
Check: running tests for arch ‘x64’
Result: ERROR
     Running 'testthat.R' [309s]
    Running the tests in 'tests/testthat.R' failed.
    Complete output:
     > library(testthat)
     > library(windfarmGA)
     >
     >
     > test_check("windfarmGA")
     ..........$Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "TRUE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "FALSE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are taken into account.
     trying URL 'http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip'
     ...[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 98
     Amount duplicates: 102
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_evolution: Plot the Evolution of the Efficiency and Energy Values:"
     [1] "plot_parkfitness: Plot the Influence of Population Size, Selection, Crossover, Mutation:"
     Press [enter] to continue
     [1] "plot_fitness_evolution: Plot the Changes in Fitness Values:"
     Press [enter] to continue
     [1] "plot_cloud: Plot all individual Values of the whole Evolution:"
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     Cannot plot option 2,3,4,5.
     Only option 1,6 are available.[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 3
     Amount duplicates: 0
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     Cannot plot option 2,3,4,5.
     Only option 1,6 are available.[1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 3
     Amount duplicates: 0
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     [1] "plot_result: Plot the 'best' Individuals of the GA:"
     N different optimal configurations: 9
     Amount duplicates: 1
     Plot 2 Best Energy Solution:
    
     Plot 1 Best Energy Solution:
     Press [enter] to continue
     [1] "plot_evolution: Plot the Evolution of the Efficiency and Energy Values:"
     [1] "plot_parkfitness: Plot the Influence of Population Size, Selection, Crossover, Mutation:"
     Press [enter] to continue
     [1] "plot_fitness_evolution: Plot the Changes in Fitness Values:"
     Press [enter] to continue
     [1] "plot_cloud: Plot all individual Values of the whole Evolution:"
     Press [enter] to continue
     [1] "plot_heatmap: Plot a Heatmap of all Grid Cells:"
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     [inverse distance weighted interpolation]
     Maximum possible number for 'which': 10.$Input_Data
     [,1]
     Rotorradius "30"
     Number of turbines "12"
     Grid Shape Factor "5"
     Iterations "1"
     Mutation Rate "0.008"
     Percentage of Polygon "1"
     Topographie "TRUE"
     Elitarism "TRUE"
     Selection Method "FIX"
     Trim Force Method Used "FALSE"
     Crossover Method Used "EQU"
     Reference Height "100"
     Rotor Height "100"
     Resolution "150"
     Parallel Processing "FALSE"
     Number Clusters "2"
     Active Weibull "FALSE"
     Grid Method "Rectangular"
     Projection "+proj=laea +lat_0=52 +lon_0=10 +x_0=4321000 +y_0=3210000\n +ellps=GRS80 +towgs84=0,0,0,0,0,0,0 +units=m +no_defs"
    
     $Windspeed_Data
     ws wd
     1 12 0
    
     Topography and orography are taken into account.
     trying URL 'http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip'
     -- 1. Error: Test Terrain and Weibull Effects (@test_terrain.R#39) ------------
     cannot open URL 'http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip'
     1: genAlgo(Polygon1 = sp_polygon, n = 12, iteration = 1, vdirspe = data.in, Rotor = 30,
     RotorHeight = 100, topograp = TRUE, verbose = TRUE, plotit = TRUE) at testthat/test_terrain.R:39
     2: genetic_algorithm(Polygon1, GridMethod, Rotor, n, fcrR, referenceHeight, RotorHeight,
     SurfaceRoughness, Proportionality, iteration, mutr, vdirspe, topograp, elitism,
     nelit, selstate, crossPart1, trimForce, Projection, sourceCCL, sourceCCLRoughness,
     weibull, weibullsrc, Parallel, numCluster, verbose, plotit)
     3: download.file("http://github.com/YsoSirius/windfarm_data/raw/master/clc.zip", destfile = "clc.zip",
     method = "auto")
    
     [1] "ABBREV" "ADM0_A3" "ADM0_DIF" "ADMIN" "ADMIN.1"
     [6] "AVOIDname" "AVOIDnumeric" "FIPS_10_" "FeatureCla" "GBD"
     [11] "GDP_MD_EST" "GEO3" "GEO3major" "GEOUNIT" "GEOU_DIF"
     [16] "GLOCAF" "GU_A3" "IMAGE24" "ISO3" "ISO3.1"
     [21] "ISO_A2" "ISO_A3" "ISO_N3" "LAT" "LDC"
     [26] "LEVEL" "LLDC" "LON" "LabelRank" "MAP_COLOR"
     [31] "NAME" "NAME_FORMA" "NAME_SORT" "POP_EST" "POSTAL"
     [36] "REGION" "SID" "SOVEREIGNT" "SOV_A3" "SRES"
     [41] "SRESmajor" "SUBUNIT" "SU_A3" "SU_DIF" "ScaleRank"
     [46] "Stern" "TERR_" "TYPE" "continent"
     Enter an ISO3 code: [1] "ABBREV" "ADM0_A3" "ADM0_DIF" "ADMIN" "ADMIN.1"
     [6] "AVOIDname" "AVOIDnumeric" "FIPS_10_" "FeatureCla" "GBD"
     [11] "GDP_MD_EST" "GEO3" "GEO3major" "GEOUNIT" "GEOU_DIF"
     [16] "GLOCAF" "GU_A3" "IMAGE24" "ISO3" "ISO3.1"
     [21] "ISO_A2" "ISO_A3" "ISO_N3" "LAT" "LDC"
     [26] "LEVEL" "LLDC" "LON" "LabelRank" "MAP_COLOR"
     [31] "NAME" "NAME_FORMA" "NAME_SORT" "POP_EST" "POSTAL"
     [36] "REGION" "SID" "SOVEREIGNT" "SOV_A3" "SRES"
     [41] "SRESmajor" "SUBUNIT" "SU_A3" "SU_DIF" "ScaleRank"
     [46] "Stern" "TERR_" "TYPE" "continent"
     Enter an ISO3 code: Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
     Enter the turbine number that you want to optimize.Please enter the corresponding number:
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Selection Method. Either 'FIX' or 'VAR' are available.
     Type 'F' for a fixed percentage of 50% and 'V' for a variable percentage.
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Method. Either 'EQU' for equal crossover parts or 'RAN' for random parts.
     Type 'R' for random and 'E' for equal parts.
    
     Select appropriate Selection Method. Either 'FIX' or 'VAR' are available.
     Type 'F' for a fixed percentage of 50% and 'V' for a variable percentage.
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs....trying URL 'https://biogeo.ucdavis.edu/data/diva/msk_alt/AUT_msk_alt.zip'
     -- 2. Error: Test Viewshed Functions (@test_visibility.R#19) ------------------
     cannot open URL 'https://biogeo.ucdavis.edu/data/diva/msk_alt/AUT_msk_alt.zip'
     1: getDEM(Polygon1) at testthat/test_visibility.R:19
     2: raster::getData("alt", country = ISO3)
     3: .raster(..., name = name, download = download, path = path)
     4: .download(theurl, zipfilename)
     5: utils::download.file(url = aurl, destfile = fn, method = "auto", quiet = FALSE, mode = "wb",
     cacheOK = TRUE)
    
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......OGR data source with driver: ESRI Shapefile
     Source: "D:\temp\Rtmp6FORpi\RLIBS_1e33436f464fb\windfarmGA\extdata\shape.shp", layer: "shape"
     with 1 features
     It has 1 fields
    
     Hit <ENTER> if this is your Polygon
     No Projection is given. Take Lambert Azimuthal Equal Area Projection.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs....
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs......
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
     ################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
     ################### GA WARNING MESSAGE ###################
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.weibullsrc class:
     1 - data.frame
     Hit <ENTER> if this is your Polygon
     Polygon is not projected. Lambert Azimuthal Equal Area Projection is used.
    
     Hit <ENTER> if this is your Polygon
    
     Press <ENTER> if the windrose looks correct?
    
     Is the grid spacing appropriate?Type 'ENTER' if the the grid is corrent and 'n' if you like to change some inputs.list item classes:
     1 - numeric
     2 - numeric== testthat results ===========================================================
     [ OK: 718 | SKIPPED: 1 | WARNINGS: 150 | FAILED: 2 ]
     1. Error: Test Terrain and Weibull Effects (@test_terrain.R#39)
     2. Error: Test Viewshed Functions (@test_visibility.R#19)
    
     Error: testthat unit tests failed
     Execution halted
Flavor: r-oldrel-windows-ix86+x86_64