Confirm configuration of all cameras and PIs and enough room to manipulate specimens

[PipBrewer]

Map out physical set up (blueprint), check feasibility and what gets in the way (including lateral Rasberry PIs) Take some example images Consider how to affix cameras and what we need in order to create

[chelseagraham]

Raspberry Pi focal distances from end of lens to subject for Canon FOV #1 (Canon 3.6 cm x 2.4 cm field of view, 284 mm focal distance): Cicada (25 mm 1:14 Cosmicar/Pentax C2514-M) 110mm Dragonfly (8 mm 1:14 Ø25.5 Tamron 070195) 100 mm Ant (6.5 mm 1:18 Pentax TV Lens) 120 mm Beetle (25 mm 1:14 Ø30.5 Tamron 8230982) 120 mm Earwig (16 mm 1:14 Cosmicar/Pentax TV Lens) 160 mm

Cicada (25 mm 1:14 Cosmicar/Pentax C2514-M) 110mm Dragonfly (8 mm 1:14 Ø25.5 Tamron 070195) 100 mm Ant (6.5 mm 1:18 Pentax TV Lens) 120 mm Beetle (25 mm 1:14 Ø30.5 Tamron 8230982) 120 mm Earwig (16 mm 1:14 Cosmicar/Pentax TV Lens) 160 mm

Canon Dorsal Canon Lateral

[chelseagraham]

TO DO Test for larger FOVs (#4, #2) to determine distances which will not render Raspberry Pi cameras in frame Test with larger subjects to determine the angles of Pis needed to view label content

Consider: size of stage (how much space before a ledge to hold labels How large to make the ledge to accommodate labels

EntomoloGUI to be debugged so that Raspberry Pis can be viewed, from Canons seems that Pis are not n the FOV for #4, but the angles need to be adjusted to view the labels.

[chelseagraham]

Lenses selected:

1 Barcode lens: (8 mm 1:14 Ø25.5 Tamron 070195) 100 mm 4 Label lenses: (25 mm 1:14 Cosmicar/Pentax C2514-M) 110mm