diff --git a/content/tutorials/modeling_movement/GRASS_movement.qmd b/content/tutorials/modeling_movement/GRASS_movement.qmd index 61ecde5..25d0f66 100644 --- a/content/tutorials/modeling_movement/GRASS_movement.qmd +++ b/content/tutorials/modeling_movement/GRASS_movement.qmd @@ -366,7 +366,7 @@ To create a LCP in GRASS, we will use [r.path](https://grass.osgeo.org/grass-sta ::: ::: g-col-6 -2. Input the **coordinates of the hiker** as the starting point for the LCP. (We could also use a pre-defined vector point). +2. Input the **coordinates of the hiker** (477476,3914951) as the starting point for the LCP. (We could also use a pre-defined vector point). ![](img_movement/GRASS_movement_18.webp) ::: @@ -383,7 +383,7 @@ To create a LCP in GRASS, we will use [r.path](https://grass.osgeo.org/grass-sta #### Command line ```{bash} -r.path input=FMC_directions format=auto vector_path=LCP_cumulative start_coordinates=477476,13914951 +r.path input=FMC_directions format=auto vector_path=LCP_cumulative start_coordinates=477476,3914951 ``` #### Python @@ -393,7 +393,7 @@ gs.run_command("r.path", input="FMC_directions", format="auto", vector_path="LCP_cumulative", - start_coordinates=[477476, 13914951]) + start_coordinates=[477476, 3914951]) ``` :::::::: @@ -550,7 +550,7 @@ We can create a new LCP from the stranded hiker to FMC over terrain where land c #### Command line ```{bash} -r.path input=FMC_vegcost_directions format=auto vector_path=LCP_vegcost start_coordinates=477476,13914951 +r.path input=FMC_vegcost_directions format=auto vector_path=LCP_vegcost start_coordinates=477476,3914951 ``` #### Python @@ -560,7 +560,7 @@ gs.run_command("r.path", input="FMC_vegcost_directions", format="auto", vector_path="LCP_vegcost", - start_coordinates=[477476, 13914951]) + start_coordinates=[477476, 3914951]) ``` ::: diff --git a/content/tutorials/modeling_movement/GRASS_movement_pt.qmd b/content/tutorials/modeling_movement/GRASS_movement_pt.qmd index 1f0f0cf..1faffcd 100644 --- a/content/tutorials/modeling_movement/GRASS_movement_pt.qmd +++ b/content/tutorials/modeling_movement/GRASS_movement_pt.qmd @@ -356,7 +356,7 @@ Para criar um LCP no GRASS, usaremos [r.path](https://grass.osgeo.org/grass-stab ::: ::: g-col-6 -2. Insira as **coordenadas do caminhante** *(starting point)* como ponto de partida para o LCP. (Também podemos usar um ponto vetorial predefinido). +2. Insira as **coordenadas do caminhante** *(starting point)* (477476,3914951) como ponto de partida para o LCP. (Também podemos usar um ponto vetorial predefinido). ![](img_movement/GRASS_movement_18.webp) ::: @@ -373,7 +373,7 @@ Para criar um LCP no GRASS, usaremos [r.path](https://grass.osgeo.org/grass-stab #### Linha de comando ```{bash} -r.path input=FMC_directions format=auto vector_path=LCP_cumulative start_coordinates=477476,13914951 +r.path input=FMC_directions format=auto vector_path=LCP_cumulative start_coordinates=477476,3914951 ``` #### Python @@ -383,7 +383,7 @@ gs.run_command("r.path", input="FMC_directions", format="auto", vector_path="LCP_cumulative", - start_coordinates=[477476, 13914951]) + start_coordinates=[477476, 3914951]) ``` :::::::: @@ -537,7 +537,7 @@ Podemos criar um novo LCP do caminhante encalhado para o FMC em terrenos onde a #### Linha de comando ```{bash} -r.path input=FMC_vegcost_directions format=auto vector_path=LCP_vegcost start_coordinates=477476,13914951 +r.path input=FMC_vegcost_directions format=auto vector_path=LCP_vegcost start_coordinates=477476,3914951 ``` #### Python @@ -547,7 +547,7 @@ gs.run_command("r.path", input="FMC_vegcost_directions", format="auto", vector_path="LCP_vegcost", - start_coordinates=[477476, 13914951]) + start_coordinates=[477476, 3914951]) ``` ::: diff --git a/content/tutorials/modeling_movement/img_movement/GRASS_movement_18.webp b/content/tutorials/modeling_movement/img_movement/GRASS_movement_18.webp index 58512af..598c38c 100644 Binary files a/content/tutorials/modeling_movement/img_movement/GRASS_movement_18.webp and b/content/tutorials/modeling_movement/img_movement/GRASS_movement_18.webp differ