Attribute GPS coordinates to trees

Usage

attributeTreeCoord(xy, plot, dim, coordAbs)

Arguments

xy: The relative coordinates of the trees within each plot
plot: The label of the plot (same length as the number of rows of xy or length of 1)
dim: The dimension of the plot (either one value if the plot is a square or a vector if a rectangle)
coordAbs: The result of the function cutPlot() or numberCorner()

Value

A data frame with two columns: - Xproj: The X coordinates in the absolute coordinate system - Yproj: The Y coordinates in the absolute coordinate system

Examples


# Trees relative coordinates
xy <- data.frame(x = runif(200, min = 0, max = 200), y = runif(200, min = 0, max = 200))


# cut the plot in multiple part
coord <- data.frame(X = rep(c(0, 200, 0, 200), 2), Y = rep(c(0, 0, 200, 200), 2))
coord[1:4, ] <- coord[1:4, ] + 5000
coord[5:8, ] <- coord[5:8, ] + 6000
corner <- rep(c(1, 2, 4, 3), 2)
Forestplot <- rep(c("plot1", "plot2"), each = 4)

Outcut <- cutPlot(coord, Forestplot, corner, gridsize = 100, dimX = 200, dimY = 200)
#> Warning: 'cutPlot()' has been replaced by `divide_plot()` and will be removed in the next version.
#> Please see the vignette `Spatialized trees and forest stand metrics with BIOMASS`


# Assign a plot to 200 trees
Forestplot <- rep(c("plot1", "plot2"), 100)

# attribute trees to subplots
attributeTreeCoord(xy, Forestplot, dim =100,coordAbs = Outcut)
#> Warning: 'attributeTreeCoord()' is deprecated and will be removed in the next version. The projected tree coordinates are now retrieved by the `check_plot_coord()` function
#> Please see the vignette `Spatialized trees and forest stand metrics with BIOMASS`
#>        Xproj    Yproj
#> 1   5008.835 5088.143
#> 2   6179.018 6042.892
#> 3   5151.306 5147.002
#> 4   6095.633 6068.102
#> 5   5096.927 5063.651
#> 6   6084.518 6105.389
#> 7   5196.865 5036.936
#> 8   6198.113 6150.666
#> 9   5166.549 5145.377
#> 10  6023.114 6097.853
#> 11  5060.084 5040.029
#> 12  6116.742 6119.784
#> 13  5131.931 5087.647
#> 14  6185.601 6003.773
#> 15  5004.024 5040.612
#> 16  6106.645 6060.872
#> 17  5082.551 5138.873
#> 18  6155.580 6016.514
#> 19  5015.527 5121.356
#> 20  6039.405 6177.680
#> 21  5114.933 5065.944
#> 22  6020.264 6096.299
#> 23  5158.465 5099.467
#> 24  6138.018 6108.825
#> 25  5126.354 5197.868
#> 26  6029.010 6152.983
#> 27  5137.937 5052.985
#> 28  6065.170 6158.257
#> 29  5194.667 5081.021
#> 30  6145.179 6048.164
#> 31  5120.565 5080.836
#> 32  6093.450 6109.903
#> 33  5164.520 5069.814
#> 34  6173.970 6062.262
#> 35  5018.340 5196.269
#> 36  6030.853 6039.083
#> 37  5019.657 5135.411
#> 38  6087.411 6074.602
#> 39  5084.760 5197.328
#> 40  6179.810 6190.161
#> 41  5139.655 5040.345
#> 42  6003.350 6163.093
#> 43  5181.712 5170.556
#> 44  6179.749 6105.113
#> 45  5023.763 5045.406
#> 46  6173.854 6122.827
#> 47  5103.498 5172.003
#> 48  6129.366 6118.202
#> 49  5131.481 5191.043
#> 50  6077.915 6088.752
#> 51  5155.728 5037.956
#> 52  6066.749 6023.780
#> 53  5028.881 5091.182
#> 54  6042.316 6075.868
#> 55  5128.182 5049.533
#> 56  6017.867 6124.426
#> 57  5111.313 5107.801
#> 58  6058.520 6063.612
#> 59  5154.185 5141.434
#> 60  6160.596 6032.823
#> 61  5056.706 5047.031
#> 62  6104.743 6184.084
#> 63  5085.677 5025.855
#> 64  6117.283 6059.874
#> 65  5060.168 5089.519
#> 66  6181.480 6173.845
#> 67  5184.794 5064.150
#> 68  6183.827 6024.706
#> 69  5090.813 5182.722
#> 70  6074.180 6073.301
#> 71  5085.399 5152.728
#> 72  6189.424 6003.514
#> 73  5016.562 5100.408
#> 74  6178.319 6141.866
#> 75  5041.663 5074.091
#> 76  6052.846 6104.616
#> 77  5121.294 5079.900
#> 78  6024.693 6052.376
#> 79  5113.074 5168.817
#> 80  6180.495 6027.526
#> 81  5151.581 5074.794
#> 82  6004.009 6169.118
#> 83  5121.936 5156.979
#> 84  6179.544 6167.932
#> 85  5022.809 5172.258
#> 86  6087.794 6199.489
#> 87  5026.206 5173.432
#> 88  6044.608 6012.028
#> 89  5158.864 5181.596
#> 90  6134.653 6026.168
#> 91  5070.014 5107.231
#> 92  6014.761 6100.685
#> 93  5183.751 5084.792
#> 94  6174.424 6000.674
#> 95  5113.197 5188.214
#> 96  6107.187 6142.129
#> 97  5071.601 5196.785
#> 98  6039.890 6172.282
#> 99  5147.740 5122.117
#> 100 6122.901 6096.172
#> 101 5070.654 5008.817
#> 102 6086.189 6132.855
#> 103 5174.091 5195.699
#> 104 6185.937 6040.027
#> 105 5118.276 5112.675
#> 106 6180.947 6187.691
#> 107 5197.692 5141.985
#> 108 6016.709 6060.359
#> 109 5080.534 5017.592
#> 110 6150.580 6082.330
#> 111 5019.982 5022.049
#> 112 6022.498 6004.338
#> 113 5124.318 5159.125
#> 114 6020.023 6106.865
#> 115 5065.401 5137.763
#> 116 6196.907 6109.905
#> 117 5108.154 5194.123
#> 118 6199.260 6037.800
#> 119 5128.538 5124.671
#> 120 6153.411 6004.794
#> 121 5113.339 5150.426
#> 122 6133.258 6092.237
#> 123 5030.443 5007.412
#> 124 6092.011 6027.382
#> 125 5027.313 5156.649
#> 126 6017.239 6157.920
#> 127 5020.803 5129.899
#> 128 6140.670 6096.036
#> 129 5084.532 5042.776
#> 130 6157.695 6186.153
#> 131 5073.971 5071.387
#> 132 6176.024 6091.612
#> 133 5159.437 5187.249
#> 134 6078.725 6056.643
#> 135 5121.963 5087.991
#> 136 6057.897 6164.026
#> 137 5105.919 5173.174
#> 138 6168.303 6144.012
#> 139 5153.163 5054.710
#> 140 6037.706 6138.035
#> 141 5167.521 5102.153
#> 142 6127.009 6171.452
#> 143 5131.913 5192.977
#> 144 6172.370 6186.470
#> 145 5169.645 5100.354
#> 146 6013.171 6033.997
#> 147 5019.181 5070.975
#> 148 6185.000 6066.213
#> 149 5075.416 5084.909
#> 150 6012.820 6032.873
#> 151 5018.950 5053.169
#> 152 6168.044 6090.653
#> 153 5190.995 5072.946
#> 154 6192.304 6133.736
#> 155 5124.997 5029.613
#> 156 6007.143 6109.656
#> 157 5131.724 5036.488
#> 158 6002.990 6001.507
#> 159 5094.275 5014.560
#> 160 6146.762 6138.600
#> 161 5071.194 5195.109
#> 162 6026.884 6037.334
#> 163 5090.179 5120.338
#> 164 6008.675 6044.365
#> 165 5082.159 5133.183
#> 166 6106.716 6035.862
#> 167 5167.925 5140.411
#> 168 6057.013 6002.164
#> 169 5060.940 5111.402
#> 170 6139.592 6186.633
#> 171 5176.981 5072.097
#> 172 6166.932 6187.152
#> 173 5151.638 5165.374
#> 174 6079.662 6045.754
#> 175 5051.275 5177.501
#> 176 6170.958 6116.920
#> 177 5126.755 5143.727
#> 178 6085.147 6034.320
#> 179 5188.294 5163.040
#> 180 6002.547 6133.206
#> 181 5160.786 5154.684
#> 182 6138.333 6127.756
#> 183 5083.115 5191.990
#> 184 6164.356 6111.548
#> 185 5080.623 5019.661
#> 186 6070.548 6116.773
#> 187 5125.007 5001.894
#> 188 6063.554 6168.687
#> 189 5160.114 5131.921
#> 190 6096.885 6106.561
#> 191 5054.341 5040.364
#> 192 6128.836 6188.745
#> 193 5152.038 5080.583
#> 194 6042.467 6011.623
#> 195 5110.991 5042.171
#> 196 6136.168 6177.581
#> 197 5112.976 5022.478
#> 198 6049.388 6129.331
#> 199 5082.340 5187.601
#> 200 6087.498 6061.079