If we perform the photography we can visit the sites alone or accompanied by your representative. For each simulation point, a set of high resolution and multiple exposure (high dynamic range) field images are recorded. The precise elevation, longitude and latitude are recorded for each field image, along with calibrated lens field-of-view, compass heading, and rangefinding samples to insure maximum accuracy of the completed photo-simulation. Our high dynamic range imagery allows us to minimize uncooperative weather situations - low light or poor weather imagery can be made much brighter and more pleasant in appearance.

Customer provides plans of the proposed structure(s) as well as any needed topographical information about the landscape in which it will be built. Trinity correlates site design with aerial photography from public or customer sources, and also can construct a detailed topography simulation for maximum accuracy.

Trinity creates a three-dimensional model of all the proposed structures. This virtual structure is placed in the virtual landscape in precisely the position and orientation planned by the customer for the project. Our virtual model is built to exact scale and can be used for other measurement, analysis, or what-if experiments.

Customer can choose a view of the virtual structure from any angle, then Trinity creates a two-dimensional virtual image from that angle.

Trinity uses computer graphics techniques to align the virtual image of the proposed structure into position in the appropriate field image. Then the two are expertly blended (including shadows, reflections and other interaction between the virtual elements and real elements). The result is an accurate projection of how the proposed structure will look in place.