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3D Model – CAM 141107

 3D model

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – CAM 160429

 3D model

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – BRU 170520

 3D model

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – BR1 160216

 3D model

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Description:

Photogrammetry Footbridge over “restinga” vegetation

Resolution:

Faces  1000 thousand
Vertices   500 thousand

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – BOR 160518

 3D model

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Description:

Photogrammetry Footbridge over “restinga” vegetation

Resolution:

Faces  800 thousand
Vertices  400 thousand

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – ARR 150912

 3D model

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Description:

Photogrammetry over a rice field for landfill calculation

Resolution:

Faces 50  thousand
Vertices  26 thousand

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – ARI 160729

3D model

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Description:

3d model of a georeferenced topographical survey for cadastral documentation

Resolution:

Faces 1500thousand
Vertices 700 thousand

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – Flood area AND 170920

3D model – Planialtimetric Survey for cadastral over flood area

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Description:

3d model of a georeferenced topographical survey for cadastral and simulations over flood area

Resolution:

Faces 1000 thousand
Vertices 502 thousand

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – Terrain ACA 160317

 3D model – Planialtimetric Survey

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Description:

3d model of a georeferenced topographical survey for environmental licencing

Resolution:

Faces 1000 thousand
Vertices 502 thousand

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel

3D Model – Footbridge over restinga

 3D model – Footbridge over restinga vegetation

Three-dimensional online interactive model including VR, where it is possible to make a visual query of the area where the topographic survey was carried out. The objective of this model is to know and visually share the terrain situation, land use, building areas, reliefs, vegetation, water resources. At last it is as if possession possible to be flying over the place to know it.

This model is constructed from a Digital Surface Model (MDS) and the textured orthorectified images droped on the mesh.

Description:

Photogrammetry Footbridge over “restinga” vegetation

Resolution:

Faces 100 thousand
Vertices 60 thousand

Help Navigation and Controls:

Navigation can be in orbital or first person mode.

Orbital:

Camera movement: 1 finger to drag or left mouse button

Pan: 2-fingers to drag or right-click or SHIFT + left mouse button

Zoom in object: Double-click or double-click the object

Decrease Zoom: Double-tap or double-click the background

Zoom: Pinch in / out or Mousewheel or CTRL + Left mouse button

First Person

Move: ↑,←,↓,→ (or W,A,S,D)

Look around: 1-finger drag or Left Mouse Button

Adjust speed: Mousewheel