Enabling 3D mode allows for designing pictures with multiple layers, where some pixels protrude further out than others
This may not be a good fit for all images, but can work quite well in many cases
建议使用jpg和bmp格式照片，其他格式有可能出现兼任问题。照片越简单，生成效果越好。
Be careful when using high resolutions - this can cause performance issues on less powerful machines, especially during pdf generation and for 3D previews
Computing the depth map can be computationally expensive. Be prepared to wait a bit, and be careful, especially if you have a less powerful device.
How does this work?The depth map is computed using a DNN (deep neural network). For the reasons described in the 'about' section, everything is run entirely within the browser, using a modified version of ONNX.js. The model used is MiDaS - more specifically, the small ONNX version which can be found here.
● 单击一个像素，用选定的画笔颜色覆盖其颜色
● 再单击绘制的像素，可以恢复原始颜色
● 右键单击像素，将其颜色用作画笔颜色
● 当前悬停在像素上的像素也在步骤4图像中高亮显示
● 请确保将您的画笔颜色添加到下面的“可用颜色”中，以便在步骤4中显示
● This section specifies how many pieces of each color you have available to create the image
● Color names are bricklink colors
● Step 4 of the algorithm cannot run unless you select enough pieces to fill the picture ('Missing Pieces' must be 0)
● If you're working with an existing set, then clear the available pieces and use the mix in option to add in the pieces from your set.
Required Pieces:Important: Since a linear error dithering algorithm was selected in the 'Quantization' section, infinite piece counts were used
| Color | Number Available |
|---|
● This setting determines which distance function is used to align pixels to their closest Lego colors
● This determines what strategy is used for aligning pixels
● Some algorithms run faster than others - be careful when running the greedy algorithms on larger images
Important: Since this is a linear error dithering algorithm, 'Infinite Piece Counts' under 'Available Colors' was enabled - be careful!
It's often best to use 'Euclidean RGB' for the color distance function, for mathematical cleanliness
Changing this is useful if you have a large background but not enough pieces to fill it out uniformly in step 4
● Click a pixel to increase its height
● Click a pixel to decrease its height
● The currently hovered on pixel is also highlighted in the step 4 color canvas
| 颜色 | 数量 |
|---|
| 颜色 | 数量缺失数量 |
|---|
较长的说明书可能会分成多个文件
颜色名称参考Bricklink
根据您的硬件和您选择的分辨率，生成pdf可能需要几秒钟。 如果您正在为更大的分辨率生成指令，尤其是高质量的pdf，请做好等待的准备。 较大的分辨率也可能导致页面速度变慢，在性能较弱的设备上可能会出现卡顿的情况， 所以建议优先制作低分辨率的说明书，然后再尝试制作高质量的说明书。
The type of piece used depends on 'Pixel Piece' under step 3
Frame elements are not exported
● This is a (very) rough preview of what the 3D effect might look like
● Hover your mouse over the image to vary the perspective
● Make sure your depth map is not blank
● This is unlikely to work well on less powerful devices, since this is generated dynamically
● Keep in mind that the effect varies from browser to browser, can be subtle, and may not be 100% representative of what the physical art piece would look like
● This is the set of plates that may be used to generate depth instructions and piece lists
● These pieces are used as padding so that the correct pixels protrude outwards
● Note that larger plates may be difficult to attach/detach from the base
Available Plates:Longer instructions may be split into multiple files
Depending on your hardware and the resolution you've chosen, the pdf can take quite a few seconds to generate. Be prepared to wait if you're generating instructions for larger resolutions, especially for high quality pdfs. Larger resolutions may also cause some slowness on the page or may not work at all on less powerful devices, so I recommend starting at the default and then going up.
Note: No user data is stored, so this is just aggregated info based on simple increments
| Date | Images created |
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