GCP Reports for printing out for your records.

[Bill.Neuhauser]

Until there is a way for Recap 360 to prove it is accurate it will remain a novelty.   What we need is one a better way to add and assign GCPs (Ground Control Points) to Recap .  Two we need an official Report that can be created to show the errors for each GSP.  We need to see just how close to our ground targets the final product really is.

Have a look at what others are providing and include something similar.   Before we waste out time of exporting and importing into Recap then into Civil 3D (or whatever) we need to know if what we are about to import is accurate enough for our needs.   As of right now this is not being done and until then any data from Recap 360 or Recap is just conceptual in nature as is about about as valuable as the old Google Earth surfaces we were able to import back in 2012.

Sure the final model sure looks pretty, but if it isn't accurate what good is it?  Proofs in the Pudding!  

Bill Neuhauser.

[felix.salgado]

Perfect, I think the same way, we need to know the reports before taking civilian and engineering.

What uav do you use, have you tried scan site proces ?

[Bill.Neuhauser]

I've used a few different DIY models with the Sony a5100.  But lately the new Phantom 4P.  An amazing drone!  20mb, mechanical shutter and a 1in sensor. All for $1500!

Bill

[vidanom]

Hi @Bill.Neuhauser,

Thank you for submitting your idea to us!
Your request has been reviewed and we are happy to inform you that the same has been implemented!

You may start using this feature today by downloading the latest ReCap Photo version from our product page.

Below you may see a sample of this report that ReCap Photo sends when creating new projects. 

Thank you again for using the Autodesk products and please continue to send us your requirements that will be of benefit to you!

Sincerely, 

The Autodesk ReCap Team

[felix.salgado]

Felicitaciones, seria importante ahora pensar  en la calidad,alguna configuracion de un template para las diferentes parametros de aereofotogrametria que voy a exponer a continuación :

1)puntos clave por imagen

2)Pares de imagen coincidentes

3) uso de  verificaciones  geométricas

4) Números específicos de puntos clave

5) Densificación de la nube de puntos

6) Número mínimo de coincidencias

7) resolucion y filtros  para los archivos raster

😎  ejemplo

La nube de puntos debe ser entregada con la configuración de la resolución más alta o en su defecto con las siguientes configuraciones

• Alto nivel de detalle
• Maximo octree de Profundidad-14
• Tamaño de textura-16384
• Criterios de diezmado: cualitativo
• Triángulos máximos -1000000
• Estrategia de diezmado sensible

* es importante darle mucho interés ala nube de puntos ya que esta, bien densificada es vital para la importación en civil 3D y trabajos de ingeniería 

[Bill.Neuhauser]

Would love to be able to read the above post Translate please?

[felix.salgado]

Congratulations, it would be important now to think about the quality, some configuration of a template for the different parameters of aereofotogrametria that I am going to expose next:
 
1) key points per image
 
2) Matching image pairs
 
3) use of geometric checks
 
4) Specific numbers of key points
 
5) Densification of the point cloud
 
6) Minimum number of matches
 
7) Resolution and filters for raster files
 
😎 example
 
The point cloud must be delivered with the highest resolution configuration or failing with the following configurations
High level of detail
Maximum octree of Depth-14
Size of texture-16384
Criteria for decimation: qualitative
Maximum triangles -1000000
Sensitive decimation strategy
 
* It is important to give a lot of interest to the cloud of points since this, well densified is vital for the import in civil 3D and engineering works