Pinhole cams that were used experimentally
What’s about placing a pinhole cam in an unconventional way e.g. in front of a blister pack or a tiled window? Light will be reflecting and refracting in many ways so you don’t know exactly what you get at the end.
![](https://www.solargraphy.art/wp-content/uploads/2021/10/ae21-401ex.jpg)
Exposure ID: 0401A-AE21-CL/CR
Type: Cling film inside
Aperture: 0.6 mm
Direction: 170°
![](https://www.solargraphy.art/wp-content/uploads/2021/10/ae21-400ex.jpg)
Exposure ID: 0400A-AE21-CL/CR
Type: Cling film inside
Aperture: 0.6 mm
Direction: n/a
![](https://www.solargraphy.art/wp-content/uploads/2021/09/ss21-394ex.jpg)
Exposure ID: 0394A-SS21-CL/CR
Type: Hanging freely
Aperture: 0.6 mm
Direction: 140°
![](https://www.solargraphy.art/wp-content/uploads/2021/06/se21-369ex.jpg)
Exposure ID: 0369A-SE21-CL/CR
Type: Blister
Aperture: 0.6 mm
Direction: 135°
![](https://www.solargraphy.art/wp-content/uploads/2021/06/se21-368ex.jpg)
Exposure ID: 0368A-SE21-CL/CR
Type: Blister
Aperture: 0.6 mm
Direction: 130°
![](https://www.solargraphy.art/wp-content/uploads/2021/06/se21-366ex.jpg)
Exposure ID: 0366A-SE21-CL/CR
Type: Water inside
Aperture: 0.6 mm
Direction: 120°
![](https://www.solargraphy.art/wp-content/uploads/2021/06/se21-365ex.jpg)
Exposure ID: 0365A-SE21-CL/CR
Type: Blister
Aperture: 0.6 mm
Direction: n/a