![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhiMtfRWxs-0ADIWigSmIf36Hdh34G4SNjN9MDhKPd8BzIkPazfD007t8dNFQs9NvpOptOYVVVShC_oI6Ooa2uBJtinoI5F1YrGcsgyRdORAoVGduOb8M5ev4zxjNarDKPOMCyVJ_O7pPY/s320/dscn0719.jpg)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhH-4SfnaH6KOTUQBG_kuyTeSEOCRK8fHWlSPraHpuT1EVB68t4kgm3YMDWVhpPIDJnFtquqkAFc6aKlhuBFfeJwwsBNoDcjXn9gP9I2me_WMgzJE7IgB2B_JkaEvboMdju3fBKSZDt2A0/s320/dscn0720.jpg)
Then, using a laser leveling instrument, I marked some heights on the walls and pillars. I am not able to set the instrument lower than 16 cm over the floor, so I had to manually make a line (using a long aluminum leveler) lower than the first one. The red line is approximately the level I will try to obtain. The fun part now will be to try to calculate how much concrete it takes to end up there... (6,97m x 9,73m x everything between 0 and 12 cm)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg0ozPDaEgSf7AKVNjv101oF1JduY0KpG2Y9jriWW97ISQBt2WzUuKqDa6Hcb1_fAuT7fMLqCbX8HiUToFFLf9KPl3eudqtiizgRd6p3pgZE5qlRsgGgp1VtVUWamSh7ksC6s39By5CDv0/s320/dscn0721.jpg)
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