How to create specification for pants
Images
When taking pictures of the front, it is important to have both a full photo and a close-up. If there are additional details such as pockets, collars, and zippers, also take photos of those. The same applies to the back: ensure both a full photo and a close-up. If there are specific details like a label, be sure to take photos of those as well.
Upload in OutfitXR
Click the "+" button to add a new product. Give it a name along with its size. Save the new product and refresh the page.
Click 'Edit' and navigate to 'Specifications.' You can upload the PNG images using the upload button.
Specifications
Click 'Edit' next to the image to create specifications.
The image is now visible. To outline the seams of the garment, hold the right mouse button and draw lines. If you need to remove a line, you can do so in the schema next to the photo. To delete or adjust a line, right-click on it.
When adjusting the length, ensure that 'Manual measurements' is enabled. Enter the length in centimeters.
For the label, record 4 measurements: height, width, and 2 lines that clearly indicate the logo's position on the label.
For pockets, you only need the width and height measurements. You don't need to measure the curve.
For the full image, measure both height and width. When measuring the width, start from the seam lines.
For the close-up, measure the top edge of the pants and also measure from the seam line.
If it's unclear which line corresponds to which measurement, you can change the line's color when editing it.
Adjust the colors under "highlight color" Ensure that manual editing is enabled before saving.
For the back pocket, measure both height and width again. Remember that this pocket has an extra seam line, so measure the height from this additional seam line.
For the back, you measure in the same way as the front, both in height and width. Keep in mind that all measurements will likely be larger compared to the front. Everything saves automatically. You're done once you've indicated the measurements everywhere.