We need to create component for NFT Xray which will be created in issue #101.
First we need to create some "card". It can be based on the same base as other NFTs, etc. or you can create new form for this case. The minting form will be on separated new page in VENFT App so it can also contain the special form how to display these types of the NFTs. We do not need to display them in the "MyNFTs page".
The data for the creating of this will be possible to create with use of tests. After I will forward in #101 I will share the test utility to mint own NFT Xray.
When the display component is ready we need to add new page in the menu of VENFT App Blazor (in the development mode now).
There will be multiple parameters with the setting of some number value. We should have some slider to make setup of values easier.
Here are the values with some common ranges:
Main parameters
-kV -- Kilovolt on X-ray tube -- usually range 0-225kV (sometimes up to 1000. Usually not exceed 10 000).
-mA or uA -- mili Ampers or micro Ampers in X-ray tube -- usually range 0-100uA for Electronics, plastics, Alum., 0-10mA for casting, welds, fast scanning, etc. Can go up to 1000mA (in medicine even over it)
-Exposure in seconds or miliseconds -- usually range 100ms-2seconds, can go down to 10ms higher to tens of seconds.
-Product description, mark, NFT hash
all common fields which are already in main Mint NFT Form. Example how to create separated form from it is here.
Filtration
-List of the material+thickness -- usually one or two metal sheets like: Alum. 2mm, Cu 0,1mm
Detector
-Type -- CCD, CMOS, product type
-Scintilator type
-Detector element size -- usually micrometers (like 27um x 27um, 125um x 125um)
-Decetor resolution in pixels (1024 x 1024)
-Bit depth
Scene coordinates-positions
-X-ray tube focal spot -- Detector distance -- usually in milimeters - usuall range 0 -- 1000 mm (sometimes more than 2 000 mm)
-X-ray tube focal spot -- Object distance -- usually in milimeters -- usuall range 0 -- 1000 mm (sometimes more than 2 000 mm)
I will add also some another parameters. It will be in the #101 soon.
We should definitely start with some wirediagrams or mockups.
We need to create component for NFT Xray which will be created in issue #101.
First we need to create some "card". It can be based on the same base as other NFTs, etc. or you can create new form for this case. The minting form will be on separated new page in VENFT App so it can also contain the special form how to display these types of the NFTs. We do not need to display them in the "MyNFTs page".
The data for the creating of this will be possible to create with use of tests. After I will forward in #101 I will share the test utility to mint own NFT Xray.
When the display component is ready we need to add new page in the menu of VENFT App Blazor (in the development mode now).
There will be multiple parameters with the setting of some number value. We should have some slider to make setup of values easier.
Here are the values with some common ranges:
Main parameters
-kV -- Kilovolt on X-ray tube -- usually range 0-225kV (sometimes up to 1000. Usually not exceed 10 000). -mA or uA -- mili Ampers or micro Ampers in X-ray tube -- usually range 0-100uA for Electronics, plastics, Alum., 0-10mA for casting, welds, fast scanning, etc. Can go up to 1000mA (in medicine even over it) -Exposure in seconds or miliseconds -- usually range 100ms-2seconds, can go down to 10ms higher to tens of seconds. -Product description, mark, NFT hash
Filtration
-List of the material+thickness -- usually one or two metal sheets like: Alum. 2mm, Cu 0,1mm
Detector
-Type -- CCD, CMOS, product type -Scintilator type -Detector element size -- usually micrometers (like 27um x 27um, 125um x 125um) -Decetor resolution in pixels (1024 x 1024) -Bit depth
Scene coordinates-positions
-X-ray tube focal spot -- Detector distance -- usually in milimeters - usuall range 0 -- 1000 mm (sometimes more than 2 000 mm) -X-ray tube focal spot -- Object distance -- usually in milimeters -- usuall range 0 -- 1000 mm (sometimes more than 2 000 mm)
I will add also some another parameters. It will be in the #101 soon.
We should definitely start with some wirediagrams or mockups.