jack
b52b983bb2
- Introduced new YAML layout files for wafers B, C, D, F, X, Z, and their reversed versions. - Implemented RBF heatmap interpolation using CuPy and NumPy for GPU acceleration. - Created a backend module to load wafer layouts from YAML files, mirroring the existing schema. - Developed a QQuickPaintedItem for rendering wafer maps, including sensor markers, heatmaps, and labels. - Enhanced the drawing capabilities with concentric rings, crosshair axes, and orientation markers.
69 lines
2.5 KiB
YAML
69 lines
2.5 KiB
YAML
# This will be the name of the output files
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name: zwafer
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wafers: ["Z"]
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# round or square wafer
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shape: round
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# diameter/size of the wafer
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size: 300
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# large or small markers and labels
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marker_size: small
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font_size: small
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# origin settings. x_origin can be left, right, or center. y_origin can
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# be top, bottom, or center. Using right or top probably also needs
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# reverse_x/reverse_y to be set as well.
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x_origin: center
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y_origin: center
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# sensor X and Y values, in mm relative to the wafer center
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X: [0.00, -1.17, 8.92, 1.17, -8.92, 22.52, 29.35, -22.52, -29.35, 45.05, 73.37,
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58.71, 9.66, -45.05, -73.37, -58.71, -9.66, 79.85, 89.06, 46.10, -23.86,
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-79.85, -89.06, -46.10, 23.86, 66.96, 109.06, 87.27, 14.36, -66.96,
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-109.06, -87.27, -14.36, 121.24, 135.23, 70.00, -36.23, -121.24, -135.23,
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-70.00, 36.23, 124.71, 139.09, 72.00, -37.27, -124.71, -139.09, -72.00,
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37.27, 89.49, 127.31, 145.74, 141.99, 116.62, 73.50, 19.19, -38.05, -89.49,
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-127.31, -145.74, -141.99, -116.62, -73.50, -19.19, 38.05]
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Y: [0.00, -8.92, -1.17, 8.92, 1.17, -29.35, 22.52, 29.35, -22.52, -58.71,
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-9.66, 45.05, 73.37, 58.71, 9.66, -45.05, -73.37, -46.10, 23.86, 79.85,
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89.06, 46.10, -23.86, -79.85, -89.06, -87.27, -14.36, 66.96, 109.06, 87.27,
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14.36, -66.96, -109.06, -70.00, 36.23, 121.24, 135.23, 70.00, -36.23,
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-121.24, -135.23, -72.00, 37.27, 124.71, 139.09, 72.00, -37.27, -124.71,
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-139.09, -116.62, -73.50, -19.19, 38.05, 89.49, 127.31, 145.74, 141.99,
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116.62, 73.50, 19.19, -38.05, -89.49, -127.31, -145.74, -141.99]
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# set this to either 0 or 1 for the initial sensor number (usually 1)
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start_sn: 0
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# If one or both axes are reversed, this can be used to fix it
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# without having to edit all of the coordinates.
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# These should be false for most normal wafers.
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reverse_x: false
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reverse_y: false
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# these are sensors whose labels need to be repositioned. Sensor numbers
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# start at start_sn. Directions are up, down, left, and right, and values
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# are multiples of the marker size.
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label_exceptions: {
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33: { left: [0, 0] },
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34: { left: [0, 0] },
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41: { top: [0, 0] },
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42: { bottom: [0, 0] },
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45: { top: [1, 0] },
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46: { bottom: [0.5, 0] },
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49: { left: [0, 0] },
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50: { bottom: [-1.75, -0.5] },
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51: { top: [-1, 0] },
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52: { top: [-1, 0] },
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53: { bottom: [0, 0] },
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54: { left: [0, -0.75] },
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55: { right: [0, 0.5] },
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58: { bottom: [-0.75, 0] },
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60: { top: [0, 0] },
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62: { right: [0, 1] },
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63: { right: [0, 0] },
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64: { left: [0, 0.25] }
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}
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