The trackline density within each FAO region of all effort data published on SEAMAP was calculated after tracklines were projected using a customized Lambert Equal Area Azimuthal projection (mean center of all tracklines within the FAO region was used for the central meridian and latitude to minimize distortion).
Visual stimuli were projected using a Boxlight 6000 projector (Boxlight, Poulsbo, WA) onto a rear-projection screen, and viewed by the participants through a mirror mounted in the simulator's headcoil.
Detailed thermal performance of the OTFT package was projected using a Computational Fluid Dynamics (CFD) method as well.
Detailed thermal performance of the LED lighting was projected using a computational fluid dynamics (CFD) method for the various design parameters such as layout of the LED package and number of fins of the heat sink.
Normally, it would not make sense to have different factor values for different colour channels, but this is a possibility that can be exploited especially in structured light applications where we know that patterns can be projected using a single colour channel (red, green or blue).
Using movements of the arm, subjects guided the motion of a cursor to a series of targets which were projected using a computer controlled LCD projector onto a screen suspended 20 cm above the hand and reflected into view by a semi-silvered mirror positioned 10 cm below the screen.
Stimuli were projected using a Dukane 8942 ImagePro 4500 Lumens LCD projector onto an in-bore screen with a 45 × 30 visual degree angle.
Visual stimuli were projected, using a standard video projector, onto a screen in the recording room that was placed about 60 cm away from the participants.
For each z-stack, the signal of highest contrast was projected using a C++ algorithm as previously described (Merkel et al., 2014).
The position of the vertical axis of the gamma camera was projected using a laser level device (Black and Decker BDL 120. Black and Decker, Sweden) placed on the center of the face of the gamma camera which produced a fan beam of light perpendicular to the ground and thus created a line of light on the floor.
