My Customized iPhone 5 Stencil Case

thingiverse

Here are the instructions you need to use: Using the options provided below, you can create a customized version of this thing using Thingiverse's customizer. Pattern Rotation: This setting controls how many degrees your pattern is rotated. Currently set at 13 degrees. 4 Corner Radius: Sets the radius for each corner on a standard case. The current value is 8. 4 Wall Thickness: Defines the wall thickness for a standard case, which currently stands at .6 units. Include Hooks: Toggles whether or not hooks are included in the design, which is set to no by default. Pattern Overlap: This option determines how much of each shape overlaps when being cut, set to 18 degrees in this example. 5 Corner Radius: Controls the radius of a specific corner, currently at 8. Mashup Type: Defines the type of mashup used for customizations, with the current value set to 1. Input Selection: If selected, lets users enter values directly. Currently, there is no input selected. Case Height: Represents the height in millimeters for a standard case, set to 9.5 units in this example. Type Of Case: Identifies which style of phone case design should be used, set to number three by default. Case Thickness: Defines the thickness of the phone case material, which is currently 1.8 mm thick. Index Values (j and i): Determine which pattern is being used and how it is displayed. These values are 0 for the first item in this list and 1 for the second item. Pattern Radius: Specifies a radius around an item that makes any parts of overlapping shapes become irrelevant, currently set at 17 units. Primary Color: The primary color for your custom phone case, set to white by default. Case Taper Value: Identifies the degree or percent which a specific section on your custom case is tapered. In this example it's 3%. Image Rotation Degree: Determines how many degrees an image in a design should be rotated prior to processing, currently at 30 degrees. Pattern Thickness: Defines how much material of a certain color (not necessarily primary) you want within a shape created by overlapping two other patterns together or shapes cut out into each other; also what would be visible once those have been subtracted out from underneath one another – here we're dealing mainly just one layer but can work backwards easily enough after this point too.