My Customized iPhone Stencil Case

thingiverse

Customized version of http://www.thingiverse.com/thing:58001 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=58001 Instructions Using the following options: 5cornerR is set at 8 units. Iphone Version number 2 is chosen. The perimeter tolerance of a five-sided shape is adjusted to .5. The index j setting is activated with the value zero, while index i is set to one. The four-sided perimeter tolerance is fixed at .5 units. Five-side length is measured as 123.8 units. Pattern thickness is precisely five units in diameter. Five-sides are specified to have a uniform thickness of one point zero. Thirteen degrees of rotation has been programmed into the pattern's movement. The case type number one setting applies here. Four-corner radius measurement reads eight units, no exceptions. Case construction measures 1.8 units at its maximum thickness level. Mashup settings specify a blend mode of option one with optional hook inclusions disabled. In terms of design dimension measurements four-sided shapes are calculated as sixty-eight and fifty-five hundredths. Twenty degrees to thirty minutes was established for the rotational parameter controlling pattern movement based on input file values specified for "image rotation". Pattern overlap distance is calibrated at eighteen units for a smooth blend between adjacent instances during creation processes undertaken within this interface space defined below using default settings when no specific input is provided within those fields. Dimensions of 58.6 measured as part-width are consistent across entire shape area covered in design, which reflects standard sizing characteristics inherent throughout our platform’s current configuration - unless altered by user-defined overrides. Five-side swidth value amounts to precisely six and one tenth units across width direction taken at center axis line defined between two extreme ends facing each other from opposite sides where dimensions get captured accurately as reference frame without ambiguity under specified precision level stated herebefore. Input data, including values assigned below this line represents information being fed back upstream from other areas so you may observe interdependence within our program’s structure based on specific input configurations set within those particular contexts affecting generated output results overall once they combine together synergistically to provide what we refer users as their very own fully personalized object file ready for immediate 3D printing upon submission into the system using relevant uploading procedures following completion of current operations in process