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Measurement Accuracy <0.5% measurement error, excluding user pixel selection error Pixel Placement Accuracy Pictometry provides a visualization system and therefore does not certify image accuracy Sensor Orientation Pictometry utilizes an IMU (Inertial Measurement Unit), ground station post- corrected differential GPS, and Kalman filtering to achieve a high degree of positional and directional accuracy. Sensor Positional Accuracy mean 15em absolute Sensor Directional Accuracy 0.015 degrees absolute (roll /pitch). 0.035 degrees absolute (heading) Ortho- Rectification The images are ortho - rectified to remove the variations due to elevation changes (utilizing the best DEM data available, including customer provided DEM data), resulting in geographically square pixels aligned to a rectilinear grid. This grid can be specified by any number of coordinate systems, including Latitude/Longitude, State Plane, UTM, and more. The desired coordinate system should be specified in the contract, or a default coordinate system will be used. Image Export JFIF (JPEG), TIFF, or BMP. Pictometry software can be utilized to export the images into any of the above industry - standard formats. The orthogonal images can optionally be transformed to a different projection during this export process, and an associated location reference file can be created for use in importing the images into other GIS mapping software. Image Tiling Individual orthogonal images are edge - feathered and mosaicked to produce orthogonal image tiles with tile sizes selected to balance single image coverage as well as manageability of open images. These orthogonal tiles provide continuous coverage across the area of interest. While some color balancing is done, these orthogonal tiles are not fully radiometrically balanced or edge- matched. Oblique Images Image Format Industry - standard image format with proprietary image trailer. Image Quality Images will have an unobstructed view of the ground and objects on the ground. In controlled airspace around airports, etc., and in areas of steep elevation change, the image ground sample distance may vary. There may be varying degrees of ground illumination and color variations due to lighting and cloud shadows. Due to the nature of oblique aerial photography, there may also be artifacts such as haze, glint and glare caused by reflected light. Measurement Accuracy <0.75% measurement error, excluding user pixel selection error Pixel Placement Accuracy Pictometry provides a visualization system and therefore does not certify image accuracy. Sensor Orientation Pictometry utilizes an IMU (Inertial Measurement Unit), ground station post - corrected differential GPS, and Kalman filtering to achieve a high degree of positional and directional accuracy. Sensor Positional Accuracy mean 15em absolute Sensor Directional Accuracy 0.015 degrees absolute (roll /pitch) 0.035 degrees absolute (heading) Image Export JFIF (JPEG), TIFF, BMP Pictometry software can be utilized to export the images into any of the above industry - standard formats Notes 1. The existing National Map Accuracy Standards focus on conventional analog aerial photography products. When used for digital mapping products, it is necessary to specify the approximate image scale (e.g. 1:1200) when stating NMAS requirements. 2. Pictometry's orthogonal images provide the coordinate accuracy fulfilling most planemetric requirements, however, Pictometry data is not intended for authoritative definitive mapping or surveying replacement. If there is a need for authoritative mapping products, additional work is required by licensed individuals in order to certify Pictometry's orthogonal imagery. Alternatively, a separate, authoritative orthogonal image capture can be done and those orthogonal images used inside of Pictometry. Our oblique images are unique to Pictometry and are intended to provide data not available elsewhere and lateral views with more visual information, such as building stock analysis. In Pictometry the orthogonal and oblique images are linked for your convenience and additional study. With a few clicks you can find the revealing lateral views, height measurements, and other information afforded by the oblique images while using the coordinate accuracy afforded by the orthogonal images. Documentation Pictometry International Corp. shall furnish 1 digital copy of the Licensed Documentation for the Licensed Software. Training End User orientation session(s), is limited to 25 attendees per training session, for employees) of the Licensee, or Authorized Subdivision(s) thereof. Advanced User technical training is limited to 10 attendees using Licensee computers. Administration / IT training is designed to provide the administrators of the Pictometry image library with the knowledge they will need to manage and distribute access to the Pictometry solution. Administration / IT Training is provided remotely via online tools. Renewal Licensees will receive online training sessions, customized to address Licensee's needs. Pictometry Trainers shall contact Licensee to determine training needs. EAP Economic Alliance Partnership (EAP) Licensee shall be eligible for the EAP program for the Term of Contract as defined on Section A to this Agreement. For multi - library contracts (more than one image capture on Section A), EAP terms and conditions shown below will apply for a period of two years from the date of execution of the Agreement. Any remaining image library captures will be covered by the then prevailing EAP terms, as defined by Pictometry International Corp. A. Imagery — with Pictometry's EAP program the Licensee may retain its imagery, as the EFS Software and Image License becomes perpetual at the end of the term of the License Agreement. B. Disaster Coverage at No Additional Charge — Pictometry will image up to 200 square miles of affected areas (as determined by Pictometry) of the events Page 8 of 16 Cabarrus County, NC — C 125085 20121219 C1V,�T- OT000- 20 1 21 12 1 ttac ment numDer 1 F -4 Page 44