diff --git a/docs/kcl/appearance.md b/docs/kcl/appearance.md
index 685e8b12a..89bfb3e75 100644
--- a/docs/kcl/appearance.md
+++ b/docs/kcl/appearance.md
@@ -9,7 +9,7 @@ Set the appearance of a solid. This only works on solids, not sketches or indivi
 This will work on any solid, including extruded solids, revolved solids, and shelled solids.
 
 ```js
-appearance(data: AppearanceData, solid_set: SolidSet) -> SolidSet
+appearance(solid_set: SolidSet, color: String, metalness?: number, roughness?: number) -> SolidSet
 ```
 
 
@@ -17,8 +17,10 @@ appearance(data: AppearanceData, solid_set: SolidSet) -> SolidSet
 
 | Name | Type | Description | Required |
 |----------|------|-------------|----------|
-| `data` | [`AppearanceData`](/docs/kcl/types/AppearanceData) | Data for appearance. | Yes |
-| `solid_set` | [`SolidSet`](/docs/kcl/types/SolidSet) | A solid or a group of solids. | Yes |
+| `solid_set` | [`SolidSet`](/docs/kcl/types/SolidSet) | The solid(s) whose appearance is being set | Yes |
+| `color` | `String` | Color of the new material, a hex string like '#ff0000' | Yes |
+| `metalness` | `number` | Metalness of the new material, a percentage like 95.7. | No |
+| `roughness` | `number` | Roughness of the new material, a percentage like 95.7. | No |
 
 ### Returns
 
@@ -37,11 +39,8 @@ exampleSketch = startSketchOn("XZ")
   |> close()
 
 example = extrude(exampleSketch, length = 5)
-  |> appearance({
-       color = '#ff0000',
-       metalness = 50,
-       roughness = 50
-     }, %)
+  // There are other options besides 'color', but they're optional.
+  |> appearance(color = '#ff0000')
 ```
 
 ![Rendered example of appearance 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@@ -51,11 +50,7 @@ example = extrude(exampleSketch, length = 5)
 sketch001 = startSketchOn('XY')
   |> circle({ center = [15, 0], radius = 5 }, %)
   |> revolve({ angle = 360, axis = 'y' }, %)
-  |> appearance({
-       color = '#ff0000',
-       metalness = 90,
-       roughness = 90
-     }, %)
+  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)
 ```
 
 ![Rendered example of appearance 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@@ -76,16 +71,8 @@ example0 = cube([0, 0])
 example1 = cube([20, 0])
 example2 = cube([40, 0])
 
-appearance({
-  color = '#ff0000',
-  metalness = 50,
-  roughness = 50
-}, [example0, example1])
-appearance({
-  color = '#00ff00',
-  metalness = 50,
-  roughness = 50
-}, example2)
+appearance([example0, example1], color = '#ff0000', metalness = 50, roughness = 50)
+appearance(example2, color = '#00ff00', metalness = 50, roughness = 50)
 ```
 
 ![Rendered example of appearance 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A8V9DgAABAgQIECBAgADxn0OAAAECBAgQIED8xxIgQIAAAQIEiP8YAgQIECBAgADxH0eAAAGSkIQkJIEEEv9WAgQIECBA/PsJECBAgABxxe499wBw/fHruf749bzIBAgQIECA+PcRIECAAAHi306AAAECBIh/HwECBAgQ/z4CBAgQIP59BAgQIED8+wgQIECAeKGEEEIIIZ6DAAECBIh/HwECBAgQ/z6CX/jLX+Avn/aXvM7rvM57v+M7vuNncdVVV1111X8GyvHjx7nqqquuuuo/1ou92Iu99kd8xEd896W77+a73+d9+LcQIECAAAECBAgQIECAAAECBAgQIECAuOr/IgECBAgQIECAAAECBAgQIECAAAECBIj/XC/xJm/CI17zNfm7X/xFnvx7v8dzEyBAgAABAgQIECBAgPjPJ0CAAAECBAgQIP5zCBAgQIAAAQLEfywBAgQIECBA/McRIECAAAECxH8cAQIkIQlJSAIJJP6tBAgQIECA+PcTsD444EEv+7Icv/56nnzvk3nyvU/m30WAAAECxL+fAAECBIh/HwECBAgQ/z4CBAgQIP59BAgQIED8+wgQIECA+PcRIECAAPECCSGEEEII8RwECBAgQPz7CBAgQID4VzlYHfBXT/srHnHDI3iD13iD1wb4h3/4h9/hqquuuuqq/0gEV1111VVX/Yd6sRd7sdf+3M/93N+6dPfdfMs7vAMCBAgQIECAAAECBAgQIED87ydAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECD+7xEgQIAAAQIECBAgQIAAAQIEiBfu5pd5GQBu/6u/4j+CAAECBAgQIECAAAHiP48AAQIECBAgQIAA8R9LgAABAgQIECD+4wgQIECAAAECxH8MAQIECBAg/uMIECAJSUhCEkgg8W8lQIAAAQLEv97f/OIvAvCmL/WmACBAgAAB4t9HgAABAgSIfx8BAgQIEP8+AgQIECBA/NsJECBAgPj3ESBAgADx7yNAgAAB4t9HgAABAsQLJIQQQgghxHMQIECAAPHvI0CAAAHihbr74t18wY99AXdfvJvXeZ3Xee8Xf/EXf22uuuqqq676j0Rw1VVXXXXVf5gXe7EXe+3P/dzP/S2AX/zCL+R/AgECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIP5/ECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAsT/TAIECBAgQICAl3jTNwXg9r/6KwQIEP81BAgQIECAAAECBIj/PAIECBAgQIAA8R9LgAABAgQIECD+4wgQIECAAAHi30+AAAECBAgQ/zEECJCEJCQhCUkg8W8lQIAAAQLEC/aMv/orAK47fh0vkAABAgQIEP8+AgQIECBA/NsJECBAgADx7yNAgAAB4t9OgAABAgSIfzsBAgQIEP8+AgQIECD+fQQIECBeKCGEEEIIIZ6DAAECBIh/HwECBAgQz+Hui3fz4d/64VxzzTUP/vAP//DvfrEXe7HX5qqrrrrqqv8oBFddddVVV/2HuOaaax78uZ/7ub8F8EMf8RHc/ld/xb+FAAECBAgQIECAAAECBAgQIECAAAECxFX/VwkQIECAAAECBAgQIECAAAECBAgQIP7zvfibvAkAt/3VX3Hpnnt4IAECBAgQIECAAAECBIj/XAIECBAgQIAAAQLEfzwBAgQIECBAgPiPJUCAAAECBIj/OAIECBAgQPzHECBAgAAB4j+OAElIQhKSkAQS/1YCBAgQIEDA7t13c+tf/RXXH7+el3nQy/CvIkCAAAECxL+PAAECBIh/HwECBAgQ/z4CBAgQIP59BAgQIED82wkQIECA+PcRIECAAPFvJ0CAAAHihRJCCCGEeB4CBAgQIP59BAgQILj74t283Ze8HWfOnHnQh3/4h3/XNddc82Cuuuqqq676j0Bw1VVXXXXVf4gP//AP/y6AH/6Ij+COv/orBAgQIECAAAECBAgQIECA+B9MAgkkkEACCSSQQEISkpCEJCQhCUlIQhKSkIQkJCEJSUhCEpKQhCQkIQlJSEISkpCEJCQhCUlIQhKSkIQkJCEJSUhCEpKQhCQkIQlJSEISkpCEJCQhCUlIQhKSkAQSSCCBBBL/WwkQIECAAAECBAgQIECAAAHiRXPLy7wMAHt3382/lwABAgQIECBAgAAB4j+PAAECBAgQIECA+I8lQIAAAQIECBD/cQQIECBAgADxH0OAAAECBAgQ/34CBAgQIECA+I8hQBKSkIQkJIHEv5WAZ/zlXwLwpi/9piBA/PsIECBAgPj3ESBAgADx7yNAgAAB4t9HgAABAsS/jwABAgSIfzsBAgQIEP8+AgQIECD+7QQIECBAvEBCCCGEEEI8DwECBAgQ/3aCu3fv5vN//PO55pprHvw5n/M5v3XNNdc8mKuuuuqqq/69CK666qqrrvp3+9zP/dzferEXe7HX/qUv+AJu/6u/4r+UBBJIIIEEEpKQhCQkIQlJSEISkpCEJCQhCUlIQhKSkIQkJCFAgAABAgQIECD+fxEgQIAAAZKQhCQkIQlJSEISkpCEJCQhCUlIQhKSkIQkJCEJSUhCEpJA4n8SAQIECBAgQIAAATe/zMsA8Pe/9EsIEP81BAgQIECAAAECBIj/HAIECBAgQIAA8R9LgAABAgQIECD+YwgQIECAAAHiP4YAAQIECBAg/v0ECBAgQID4jyFAEpKQhCSQeFE946/+CoCXedDL8CwCBAgQIP59BAgQIECA+LcTIECAAAHi306AAAECBIh/OwECBAgQ/z4CBAgQIP7tBAgQIED8+wgQIECA+LcTIECAAPECCSGEEEI8XwIECBD/ar/4F7/Id/z6d3DNNdc8+HM+53N+i6uuuuqqq/69CK666qqrrvp3+dzP/dzferEXe7HX/vtf/EX+/pd+iReZBBJIICEJSUhCEpKQhCQkIQlJSEISkpCEAAECBAgQV/1fJUASkpCEJCQhCUlIQhKSkIQkJCEJSUhCEuK/zrHrrwfg9r/6K+4nQIAAAQIECBAgQID4zydAgAABAgQIECD+4wkQIECAAAECBIj/OAIECBAgQID4jyFAgAABAgSI/xgCBAgQIED8+wkQIECAAPHvJ0ASkpCEJCTx/Dzjr/4KgOuPX8/LPOhleIEECBAgQID49xEgQIAA8e8jQIAAAeLfR4AAAQLEv50AAQIEiH8fAQIECBD/dgIECBAg/n0ECBAg/n0ECBAgQDxfQgghhBBCPA8BAgQIEP+i7/iN7+A7fv07uOaaax784R/+4d/FVVddddVV/x5Urrrqqquu+jf78A//8O96sRd7sde+/a/+il/6oi9CEv9fif8fzP8REuLfyMa8aF78Td4EgL//xV/k30q86Mx/DvEvM/+xxAtm/mOIF8z8+4kXzPz7iOfP/PuI58/8+0ji+XnGX/0VD3qZl+FlHvQy/NUz/op/FfG8zL+deF7m3048L/NvJ56X+bcRz8v824nnZf5txPMy/zbieZl/O/GczPMlxAMZ8zzE8zLP4Rf/8hcBeL/Xf7/3Pnv27DN+5Ed+5LO56qqrrrrq34Jy/Phxrrrqqquu+td7x3d8x8968zd/84++/a/+ih/5yI9E/M8gQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQLE/x8CBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIP4HkpCEJCQhCUlIQhKSkIQkXvcjP5Jj11/PX/zoj3LfU57CfzYBAgQIECBAgAAB4j+HAAECBAgQIED8xxIgQIAAAQIEiP8YAgQIECBAgPiPIUCAAAECxL+fAAECBAgQ/34CBAgQIP5jXLrnHl7qTd8USfzS3/4Skvh3ESBAgAAB4t9OgAABAgSIfzsBAgQIEP8+AgQIECD+7QQIECBA/PsIECBA/PsIECBAgPi3EyBAgADxbydAgAAB4vkSQgghhBDi+RIgQIDgYHnAPbv38IjrH8Hrv/rrvzbAP/zDP/wOV1111VVX/WsRXHXVVVdd9a/2Yi/2Yq/9Tu/0Tp996Z57+JGP/Ej+vQQIECBAgAABAgQIECBAgAABAgQIEFf9XyRAgAABAgQIECBAgAABAgQIECBAgPivd/PLvAwAt//1XyMJSUhCEpKQhCQkIQkBAsR/LgECBAgQIECAAPEfT4AAAQIECBAg/mMJECBAgAAB4j+GAAECBAgQIP79BAgQIECA+PcTIECAAAHi30eAAAECBIh/nUt33w3Adceu436SkIQkJCEJxL+PAAECBIh/HwECBAgQ/3YCBAgQIP59BAgQIED82wkQIECA+LcTIECAAPHvI0CAAPHvI0CAAAHi306AAAECxPMlhBBCCPF8Ce7evZsv+Ikv4O6Ld/NO7/ROn/2O7/iOn8VVV1111VX/WgRXXXXVVVf9q7zYi73Ya3/u537ub1265x5+5CM+gvsJECBAgAABAgQIECBAgAAB4n8/AQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQID4v0WAAAECBAgQIECAAAECBAgQ/3ov9iZvAsDf/9IvsXfPPbxIJJBAQhKSkIQkJCEJSQgQIP7zCBAgQIAAAQIEiP9YAgQIECBAgADxH0eAAAECBAgQ/zEECBAgQID49xMgQIAAAQLEv48AAQIECBD/PgIECBAgQDx/u/fcwzP+6q+4/vj1vMyDXoYXRAhJSEISkkD8+wgQIECA+PcRIECAAPFvJ0CAAAHi30eAAAECxL+dAAECBIh/OwECBAgQ/3YCBAgQIP59BAgQIP59BAgQIJ4vIYQQQggh7nf3xbv5sG/7MO6+eDev8zqv894v9mIv9tpcddVVV131r0Fw1VVXXXXVi+yaa6558Od+7uf+FsCvfOEXsn/PPQgQ/zMIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgADxf58AAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIEiP+ZBAgQIECAAAECBAgQIOCWl3kZAG7/q7/iP5wEEkhIQhKSkIQkJCEJAQLEfw4BAgQIECBAgPiPJUCAAAECBAgQ/zEECBAgQIAA8e8nQIAAAQIEiH8/AQIECBAg/n0ECBAgQID49xEgQIAAccUz/uqvAHjf13xf/jWEkIQkJCEJBIh/OwECBAgQ/z4CBAgQIP7tBAgQIED8+wgQIECA+LcTIECAAPFvJ0CAAAHi306AAAECxL+dAAECBIh/OwECBAgQz5cQQghx7+69fPi3fzjXXHPNgz/8wz/8u6655poHc9VVV1111YuK4KqrrrrqqhfJNddc8+DP+ZzP+S2AH/3Ij+T2v/or/iMIECBAgAABAgQIECBAgAABAgQIECCu+r9EgAABAgQIECBAgAABAgQIECBAgADx3+fml3kZAO74q79CgAABAgQIECBAgPhPIIEEEpKQhCQkIQkBAgSI/3gCBAgQIECAAPEfS4AAAQIECBD/MQQIECBAgPiPIUCAAAECxL+fAAECBIh/PwECBAgQ/z4C/vYXfxGA649fDwLEv5kQQkhCEpJAgPi3EyBAgAAB4t9OgAABAsS/nQABAgSIfx8BAgSIfx8BAgSIfx8BAgSIfx8BAgSIfx8BAgSIfx8BAgSI5+uei/fw4d/24VxzzTUP/pzP+Zzfuuaaax7MVVddddVVLwqCq6666qqrXiQf/uEf/l3XXHPNg3/0Iz+S2//qr3ggAQIECBAgQIAAAQIECBAgQPzfIUCAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIED83yRAgAABAgQIECBAgAABAgSIf7sXe5M3Yee66wDYu+ceXlQCBAgQIECAAAECxH8gCSSQQEISkpCEJCQhQIAA8R9LgAABAgQIECD+4wgQIECAAAHi30+AAAECBAgQ/34CBAgQIED8+wgQIECAAPHvI0CAAAECxIvu0j338Iy/+iuuO3YdL/OglwEAAQIECBD/ZkIIIQlJSAIB4t9HgAABAsS/nQABAgSIfzsBAgQIEP92AgQIECD+7QQIECBA/NsJECBAgPi3EyBAgADxbydAgAAB4t9OgAABAsRlf/X0v+ILfvwLuOaaax78uZ/7ub/NVVddddVVLwqCq6666qqr/kWf+7mf+1sv9mIv9tp/9J3fyR1/9VcIECBA/M8hQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIEiP87BAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAPE/kwABAgQIECBAgAABAgSIK25+mZcB4B9+6Zf4zyBAgAABAgQIECBA/AeRQAIJJCQhCUkIECBAgPiPJUCAAAECBIj/OAIECBAgQPzHECBAgAAB4t9PgAABAgSIfx8BAgQIECD+fQQIECBAvGDP+Ku/AuBlbnkZXiABAgQIEP9mQgghCUlIAgHi30eAAAECxL+dAAECBIh/OwECBAgQ/3YCBAgQIP7tBAgQIED82wkQIECA+LcTIECAAPFvJ0CAAPHvI0Dwi3/1i3zHb3wHZ86cedDnfu7n/hZXXXXVVVf9Swiuuuqqq656oT73cz/3t17sxV7stW//q7/ij77ru/iPJkCAAAECBAgQIECAAAECBAgQIECAuOp/OwECBAgQIECAAAECBAgQIECAAAECxH8vATe/zMsA8A+/9EsIECBAgAAB4j+fAAECBAgQIECA+HeSQAIJJJCQhCQkIUCAAAHiP44AAQIECBAg/mMIECBAgAAB4t9PgAABAgSIfz8BAgQIECD+fQQIECBA/PsIECBAgAABt/3VXwHwJi/1JvyrCBAgQIAA8W8ihBCSkAQCBIh/HwECBAgQ/3YCBAgQIP7tBAgQIED82wkQIECA+LcTIECAAPFvJ0CAAPHvI0CAAPFvJ0CAAAHi3+Q7f/M7+Y7f+A5e7MVe7LU//MM//Lu46qqrrrrqhSG46qqrrrrqBXrHd3zHz3qxF3ux1779r/6KH/vIj+QFESBAgAABAgQIECBAgAABAsT/PQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQLE/30CBAgQIECAAAECBAgQIECA+I+xc911ANzxV3/FCyNAgAABAgQIECBAgPjPI0CAAAECBAgQ/04SSCCBBBKSkIQAAQIEiP84AgQIECBAgPiPIUCAAAECxL+fAAECBAgQ/34CBAgQIP59BAgQIECA+Pe5dPfdAFx/7Hpe5kEvA+LfR4AAAQLEv5oQQgghCUkgQID49xEgQIAA8W8nQIAAAeLfToAAAQLEv50AAQLEv48AAQLEv50AAQIEiH87AQIECBD/dgIECBAvsl/8y1/kr57+V7zO67zOe7/jO77jZ3HVVVddddULQjl+/DhXXXXVVVc9r9d5ndd57/d93/f96jv+6q/48Y/8SAQIECBAgADxP4sAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQPzvIUCAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIP7nEiBAgAABAgQIECBAgHheL/Ymb8LDX+M1+Idf+iWe+nu/x38UAQIECBAgQIAA8Z9DgAABAgQIECBA/BtJIIEEEkhIQhICBAgQIED8xxAgQIAAAQLEv58AAQIECBD/fgIECBAgQPz7CBAgQIAA8e8jQIAAAeJFtz444JaXeRmOX389f3XbX/GUe58CAgQIECD+fQQIECBA/KsJIYQQkpAEAgSIfx8BAgSIfx8BAgSIfx8BAgSIfzsBAgQIEP92AgQIECD+7QQIECD+fQQIECD+7QQIECBAPF8HqwP+6ul/xSOufwSv/+qv/9oA//AP//A7XHXVVVdd9dwIrrrqqquueh4v9mIv9tof/uEf/l1799zDj33kR/KfSYAAAQIECBAgQIAAAQIECBAgQIAAAeKq/00ECBAgQIAAAQIECBAgQIAAAQIECBD/vQQIECDg5pd5GQDu+Ku/QoAAAQLEfy4BAgQIECBAgADxn0OAAAECBAgQ/0YSSCCBBBJICBAgQIAAAeI/hgABAgQIEP9+AgQIECBA/PsJECBAgADx7yNAgAAB4t9HgAABAgSI5+/vfvEXAXjTl3hTXiABAgQIEP8+AgQIECD+1YQQQghJIECAAPFvJ0CAAAHi306AAAECxL+dAAECBIh/OwECBAgQ/3YCBAgQ/3YCBAgQIP7tBAgQIED82wkQIEA8y90X7+YLfuILuPvi3bzO67zOe7/O67zOe3PVVVddddVzI7jqqquuuuo5vNiLvdhrf+7nfu5vAfzKF34hLwoBAgQIECBAgAABAgQIECBA/P8hQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQPz/JUCAAAECBAgQIECAAAECBIj/eI99kzcB4I6/+iueHwECBAgQIECAAAHiP48AAQIECBAgQID4jyVAgAABAgQIEP9KEkgggQQSSCAhQIAAAQLEfwwBAgQIECD+/QQIECBAgPj3EyBAgADx7yNAgAABAsS/jwABAgQIeMZf/RUA1x2/jn8VAQIECBAg/u0ECBAgQPyrCCGEEEJIAgECBIh/OwECBAgQ/3YCBAgQIP7tBAgQIP59BAgQIP7tBAgQIED82wkQIED8+wgQIED82wkQILh7924+4js+gta1B7/TO73TZ7/Yi73Ya3PVVVddddUDEVx11VVXXfUs11xzzYM/93M/97cAfvwjP5I7/+qvECBAgAABAgQIEP/zCBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQID4ryNAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAsT/bAIECBAgQIAAAQIECBAgXrDHvsmbAPC4X/ol9u65h38PAQIECBAgQIAAAeI/hwABAgQIECBA/McSIECAAAECxL+SBBJIIIEEEgIECBAgQID49xMgQIAAAQLEv48AAQIECBD/PgIECBAgQPz7CBAgQID499m75x5u+6u/4vpj1/MyD3oZEP8+AgQIECD+7QQIECBA/KsIIYQQQiBAgAAB4t9OgAABAsS/nQABAsS/nQABAgSIfzsBAgQIEP92AgQIEP92AgQIECD+7QQIECD+ze7evZuP+I6P4MyZMw/68A//8O+65pprHsxVV1111VX3I7jqqquuuuqya6655sEf/uEf/l0AP/6RH8kdf/VX/FcRIECAAAECBAgQIECAAAECBAgQIECAuOp/IgECBAgQIECAAAECBAgQIECAAAECxP8MAgQIECBAwM0v8zLcT4D4zydAgAABAgQIECD+4wkQIECAAAECxH8cAQIECBAgQPwrSCCBBBJIIAEgQIAAAQLEfwwBAgQIECD+fQQIECBAgPj3ESBAgADx7yNAgAABAsSL7hl/9VcAvMlLvgkACBAgQID49xEgQIAA8W8nQIAAAeJFJoQQQgghBAIECBAg/u0ECBAg/u0ECBAgQPzbCRAgQID4txMgQID4txMgQIAA8W8nQIAA8W8nQIAAAeJFdvfu3XzBT3wB11xzzYM/53M+57euueaaB3PVVVdddRUAwVVXXXXVVZd9+Id/+He92Iu92Gv/6hd+IXf81V/xryFAgAABAgQIECBAgAABAgQIEFdd9a8jQIAAAQIECBAgQIAAAQIECBD/uW56mZcB4I+/8zu5nwABAgQIECBAgADxn0uAAAECBAgQIP7jCRAgQIAAAeI/jgABAgQIECBeRBJIIIEEEkgACBAgQIAAAeLfT4AAAQLEv58AAQIEiH8fAQIECBAg/n0ECBAgQDx/t/3VXwHwMre8DC+QAAECBIh/HwECBIh/HwECBIh/FSGEEEIIAAQIECD+7QQIECBA/NsJECBAgPi3EyBAgPi3EyBAgADxbydAgADxbydAgAAB4t9OgAAB4oX6xb/6Rb7jN7+Da6655sGf8zmf81tcddVVV10FQHDVVVdddRWf+7mf+1sv9mIv9tp//J3fyeN/6ZcQIECAAAECBAgQIECA+J9LgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAsT/DgIECBAgQIAAAQIECBD/OjvXXQfA3j338K8lQIAAAQIECBAgQPznECBAgAABAgSI/1gCBAgQIECA+I8jQIAAAQLEi0gCCSSQQAKJ+wkQIECAAPHvI0CAAAECxL+PAAECBAgQ/z4CBAgQIP59BAgQIEDAbX/1VwBcf+x6XuaWl+FFJkCAAAHi306AAAECxL+dAAECBIgXmRBCCCGEEAgQIECA+LcTIECAAPFvJ0CAAPFvJ0CAAAHi306AAAHi306AAAECxL+dAAECxL+dAAECxPP4zt/8Tr7jN7+Da6655sEf/uEf/l1cddVVV11F5aqrrrrq/7kP//AP/64Xe7EXe+07/uqv+JPv+i7+u4ir/i8Q/7HMfz/xonnsm7wJAI/7pV/iP5P4l5n/WOKFM/8xxAtm/v3E82deBBLPw+Z+4vkz/3bi+TP/duJ5mX878bzMv52A2/7qr7jlZV6Gl3nQy/BXt/8VmH8b8bzMv414XubfRjwv8yIR4oGMQTwv828jnpP5txHPy/zbiOdk/m3E8zL/NuI5mX8b8ZzMv414Ht/5m98JwPu97vu9N8DXf/3Xvw9XXXXVVf9/EVx11VVX/T/2ju/4jp/1Oq/zOu99x1/9FT/xkR/Jv4cAAQIECBAgQIAAAQIECBAgQFx11fMnQIAAAQIECBAgQIAAAQIECBD/tR7zJm8CwJ1/9VcIECBAgAABAgSI/1wCBAgQIECAAPEfT4AAAQIECBD/cQQIECBAgADx7ydAgAABAgSIf4EEEkgggQQSDyRAgAAB4t9PgAABAsS/jwABAgQIEP92AgQIECD+dX7/O78TgJe55WW4TIAAAQLEv50AAQIEiH87AQIECBD/dgIECBAgXiRCCCGEEM8iQIAA8W8nQIAAAeLfToAAAeLfToAAAQLEv50AAQLEv50AAQLEv50AAQIEiH87wS/91S/xV0//K17ndV7nvd/xHd/xs7jqqquu+v+L4Kqrrrrq/6kXe7EXe+13eqd3+uy9e+7hJz7yI3kgAQIECBAgQIAAAQIECBD/8wkQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIP53ESBAgAABAgQIECBAgADxb3fTy7wMAI/7pV/iRSFAgAABAgQIECBA/OcQIECAAAECBIj/WAIECBAgQID4jyNAgAABAsR/DAECBAgQIP4FEkgggQQSDyRAgAABAsS/jwABAgQIEP8+AgQIECD+7QQIECBAvGCX7r4bgOuOXccLJECAAAHi306AAAECxL+dAAECBIh/OwECBIgXiRBCCCGEEAAIECBAgPi3EyBAgPi3EyBAgADxbydAgADxbydAgADxbydAgAAB4t9OgAAB4l/l7t27+YKf/ALu3r2bd3qnd/rsd3zHd/wsrrrqqqv+fyK46qqrrvp/6MVe7MVe+3M/93N/a++ee/jJj/gIBAgQIP57CRAgQIAAAQIECBAgQIAAAQIkIQlJSEISkpAEEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBJIICEJAQIECBAgQIAAAQIECBAgQIAAAQIECBD/cwgQIECAAAECBAgQIJ7tsW/yJgA87pd+if9oAgQIECBAgADxn0OAAAECBAgQIP7jCBAgQIAAAeI/hgABAgQIEP8xBAgQIED8CySQQAIJJJ6bAAECBAgQ/z4CBAgQIP59BAgQIED82wkQIECAuOLSPfdw21/9Fdcfu56XueVleJEJECBAgPi3EyBAgADxbydAgADxbydAgAAB4kUihBBCCPEsAgQIEP92AgQIECD+7QQIECD+7QQIECD+7QQIECBA/NsJECBA/NsJECBA/Ivu3r2bD/+OD+fu3bt5ndd5nfd+sRd7sdfmqquuuur/H4Krrrrqqv9nrrnmmgd/7ud+7m8B/NoXfiF799zDfyQBAgQIECBAgAABAgRIQhKSkIQkkEACCSSQQAIJJJBAAgkkkEACiav+C0kggQQSSCCBBBJIIIEEEkgggQQSSCCBBBIAAgQIECBAgAABAgQIECBAgADx30OAgJte5mUAuPOv/goBAgQIECD+8wgQIECAAAECBIj/eAIECBAgQID4jyNAgAABAsR/DAECBAgQIP79BAgQIECAeCEkkEACCSSeHwECBAgQ/z4CBAgQIP59BAgQIED82wkQcNtf/RUA7/vq78u/iwABAsS/jwABAsS/nQABAgSIfzsBAgSIF4kQQgghxLMIECBAgPi3EyBAgPi3EyBAgPi3EyBAgADxbydAgADxbydAgADxbydAgADxfN2zew8f8R0fwTXXXPPgD//wD/+uF3uxF3ttrrrqqqv+fyG46qqrrvp/5JprrnnwN33TNz0d4Cc+8iO586/+ihdEgAABAgQIECBAgCQkIQlJSAIJJJBAAgkkkEACCSSQ+O8mQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQLEfxMJJJBAAgkkkEACCSSQQAIJJJC4nwABAgQIECBAgAABAgSI/zg3vszLAHDnX/0VL4gAAQIECBAgQID4zyNAgAABAgQIEP+xBAgQIECAAPEfQ4AAAQIECBD/fgIECBAgQPz7CRAgQIAA8QJIIIEEEkg8PwIECBAg/n0ECBAgQID4txMgQIAA8a/z97/4iwBcf+x6ECBAgADxbydAgAAB4t9OgAABAsS/nQABAsS/nQABAgSIf5EQQgghxHMQIECA+LcTIECAAPFvI0CAAAHi306AAAHi306AAAHi306AAAHi306AAAECxGV3797N23/F23PNNdc8+MM//MO/65prrnkwV1111VX/fxBcddVVV/0/8uEf/uHfBfCTH/mR3PVXf4UAAQIkIQlJSAIJJJBAAgkkkEACif9sAgQIECBAgAABAgQIECBAgAABAgQIECBAgABx1QsiQIAAAQIECBAgQIAAAQIECBAgQIAAAQIEiP8kEkgggQQSSCCBBBJIIIHEAwkQIECAAAECBAgQIEA8f495kzdh57rrANi75x7+PQQIECBAgAABAsR/DgECBAgQIED8xxIgQIAAAQLEfwwBAgQIECD+/QQIECBAgPj3EyBAgADxAkgggQQSSDw/AgQIECBA/PsIECBAgPi3EyBAgADxgl265x5u+6u/4rpj1/Eyt7wMz0OAAAECxL+dAAECBIh/OwECBAgQ/zYCBAgQIP7tBAgQIP5FQgghhBDPQYAAAQLEv50AAQLEv50AAQLEv50AAQLEv50AAQLEv50AAQIEiH87AYK7L93NF/zUF3DNNdc8+HM/93N/m6uuuuqq/z8Irrrqqqv+n/jcz/3c33qxF3ux1/6T7/ou7vzrvwYJJJBA4j+aAAECBAgQIECAAAECBAgQIECAuOr/IgECBAgQIECAAAECBAgQIECAAPEfQAIJJJBAAgkkkEACCSSemwABAgQIuOllXgaAx//SLyFA/OcSIECAAAECBIj/eAIECBAgQIAA8R9HgAABAgSI/xgCBAgQIED8+wkQIECAAPHvI0CAAAECxPMhgQQSSCDxgggQIECA+PcRIECAAPFvJ0CAAAHi2W77q78C4GVufhleJAIECBAg/u0ECBAgQPzbCRAgQPzbCRAgQID4txEgQIAA8UIJIYQQQjwPAQIEiH87AQIEiH87AQIEiH87AQIECBD/NgIECBAg/u0ECBAg/k1+8a9+ke/4re/gzJkzD/qmb/qmp3PVVVdd9f8DwVVXXXXV/wOf+7mf+1sv9mIv9tqP/6Vf4k+/67v41xAgQIAAAQIECBAgQIAAAeL/HwECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBIj/3wQIECBAgAABAgQIECBAgPg3kkACCSSQQAIJJJC48WVeBoDH/9IvcT8BAgQIECBAgADxn0eAAAECBAgQIP7jCRAgQIAAAeI/hgABAgQIECD+/QQIECBAgPj3EyBAgADx7ydAgAAB4vmQQAIJJJB4QQQIECBA/PsIECBAgPi3EyDg9r/6KwDe5CXehH8zAQIECBD/dgIECBD/dgIECBAg/u0ECBAg/u0ECBAgXighhBBCiOchQIAAAeLfRoAAAQLEv40AAQIEiH87AQIEiH87AQIEiH87AQIEiBfZd/7Wd/Idv/UdXHPNNQ/+8A//8O/iqquuuur/PipXXXXVVf/HffiHf/h3vdiLvdhr3/lXf8Wvf9EXIf7vEP9/if85zP8O4kVnXnQ7110HwJ1//dcg8QLZPJD4l5n/eOKFM/9xxPNn/mOI58/8+4jnz/zbiefP/NuJ52Wei8RzsHlBxPMy/3bieZkX3d7ddwNw/bHreZlbXoa/uv2veA7m30Y8J/NvI56X+bcRz8n824jnZP5txPMyz5cQz82Y5yCek/m3Ec/J/NuI52T+bcRzMv824jmZfxvxnMwL9It/9Ytcf/x63vR13vS977vvvlt/9Ed/9HO46qqrrvq/i3L8+HGuuuqqq/6vep3XeZ33fqd3eqfPvvOv/oqf+qiPQvz3EyBAgAABAgQIECBAgAABAgQIECBAXPU/hQABAgQIECBAgAABAgQIECBAgADxP4sAAQIECBAgQIAAAY95kzfhoa/xGjz+l36Jp/3+7/NCSSCBBBJIIIEEEs+PAAECBAgQIECA+I8nQIAAAQIEiP84AgQIECBAgPiPIUCAAAECxL+fAAECBAgQ/z4CBAgQIP59BAgQIECAeAAJJJBAAokXRoAAAQLEv48AAQLEC7c+OODml3kZjl1/Pffs3cNf3f5XPAcBAgSIfzsBAgQIEP92AgQIEP92AgQIECD+bQQIECBA/NsJECBAvFBCCCGEEM9DgAAB4t9OgAAB4t9OgAAB4t9OgAAB4t9OgAAB4t9OgAAB4jkcrA54yj1P4RHXPYLXf/XXf22Af/iHf/gdrrrqqqv+byK46qqrrvo/6sVe7MVe+8M//MO/a++ee/ipj/oo/iMJECBAgAABAgQIECBAgAAB4qqrXjABAgQIECBAgAABAgQIECBA/Pe58aVfGoA7//qvESBAgAABAsSLSAIJJJBAAgkkkHhBBAgQIECAAAHiP5YAAQIECBAg/uMIECBAgADxH0OAAAECBIh/PwECBAgQ/z4CBAgQIED8+wgQIECAeAAJJJBAAokXRoAAAQLEv50AAQIEiOf097/4iwC8zM0vw79IgAABAsS/nQABAgSIfxsBAgQIEP92AgQIEP92AgQIEP92AgQIEC+UEEIIIcTzECBAgPi3EyBAgPi3EyBAgPi3EyBAgPi3EyBAgPi3EyBAgODu3bv5gp/6Au7evZvXeZ3Xee93eqd3+myuuuqqq/5vIrjqqquu+j/oxV7sxV77cz/3c39r7557+I0v/EJeGAECBAgQIECAAAECBAgQ/7MJECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECD+dxEgQIAAAQIECBAgQID4j/OYN3kTAO78q7/ihREgQIAAAQIECBAvAgkkkEACCSSQeGEECBAgQIAA8R9LgAABAgQIEP8xBAgQIECA+I8hQIAAAeLfT4AAAQLEv58AAQIEiH8fAQIECBAPIIEEEkj8SwQIECBA/NsJECDg9r/6KwCuO3Yd/yYCBAgQIP7tBAgQIP7tBAgQIP7tBAgQIED82wgQIECA+LcRIECAAPECCSGEEM+XAAECBIh/GwECBAgQ/zYCBAgQIP5tBAgQIP7tBAgQIP7tBHdfupuP+K6PoPXtwa/zOq/z3i/2Yi/22lx11VVX/d9DcNVVV131f8w111zz4M/93M/9LYDf/MIv5K6//msECBAgQIAA8d9PgAABAgQIECBAgAABAgQIECBAgAAB4qr/SAIECBAgQIAAAQIECBAgQIAAAQIECBAg/ucQIECAAAECBAgQIEC8YI9+kzcB4PG/9Evs33MP/14CBAgQIECAAAHihZBAAgkkkEACiRdGgAABAgQIEP+xBAgQIECA+I8hQIAAAQLEv58AAQIECBD/PgIECBAgQPz7CBAgQID49xEgQIAA8UwSSCCBBBL/EgECBAgQ/3p799zD7X/1V1x/7Hpe5paXAQECxL+dAAECxL+dAAECBIh/GwECBAgQ/3YCBAgQ/3YCBAgQ/3YCBAgQz5cQQgghxAskQIAA8W8nQIAA8W8nQIAA8W8jQIAAAeLfRoAAAQLEv8rdu3fzEd/1EZw5c+ZBH/7hH/5d11xzzYO56qqrrvq/heCqq6666v+Qa6655sGf8zmf81sAP/2RH8mdf/3X/GcTIECAAAECBAgQIECAAAECBIir/r8RIECAAAECBAgQIECAAAECxH8fAQIECBAg4KaXfmkA9u+5B/FfQ4AAAQIECBAgXgAJJJBAAgkkkHhhBAgQIECAAPEfR4AAAQIEiP8YAgQIECBA/PsJECBAgPj3EyBAgADx7yNAgAAB4t9HgAAB4gEkkEACiReFAAECxIvmtr/6KwDe5MXfhOcgQIAA8W8nQIAAAeLfToAAAeLfToAAAeLfToAAAeLfToAAAeLfToAAAeL5EkIIIYR4gQQIECD+7QQIECD+7QQIECD+7QQIECD+7QQIECD+RXfv3s0X/NQXcM011zz4cz7nc37rmmuueTBXXXXVVf93EFx11VVX/R/y4R/+4d91zTXXPPg3vuiLuPOv/5p/LQECBAgQIECAAAECBAgQ/zsJECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAAB4n83AQIECBAgQIAAAQIECBD/uW58mZcB4Am/9EsACBAgQIAAAQIEiP98AgQIECBAgHgBJJBAAgkkkPiXCBAgQIAAAeI/hgABAgQIECD+/QQIECBAgPj3ESBAgAAB4t9HgAABAsS/jwABAgSIfzsBAgQIEM8kgQQSSLwoBAgQIEA8r3/4xV8E4GVufhleKAECBAgQ/3YCBAgQ/3YCBAgQ/3YCBAgQIP5tBAgQIED82wgQIED82wkQIEA8X0IIIYQQL5AAAQLEv50AAQLEv50AAQLEv50AAQLEv50AAQLE8/WLf/2LfMFPfQHXXHPNgz/ncz7nt7jqqquu+r+D4Kqrrrrq/4jP/dzP/a0Xe7EXe+0//a7v4gm/9EvcT4AAAQIECBAgQIAA8T+DAAECBAgQIECAAAECBAgQIECAAAECBAgQIECA+P9NgAABAgQIECBAgAABAgQIECBAgAABAgQIECD+5xEgQIAAAQIECBAgQPzrbF93HdvXXQfA/j338KISIECAAAECBAgQ/3kECBAgQIAA8XxIIIEEEkgggcS/RIAAAQIEiP84AgQIECD+YwgQIECA+PcTIECAAPHvI0CAAAHi30eAAAECxL+dAAECBAhAAgkkkHhRCRAgQMDePfdw6e67uf7Y9bzMzS/Dv4oAAQLEv50AAQIEiH8bAQIECBD/dgIECBD/dgIECBD/NgIECBAg/m0ECBAgni8hhBBCiBdIgAAB4t9OgAAB4t9OgAAB4t9OgAAB4t9OgAAB4ll+8a9/ke/4re/gmmuuefDnfu7n/hZXXXXVVf83EFx11VVX/R/wuZ/7ub/1Yi/2Yq9951/9FX/+Xd+FAAHiv54AAQIECBAgQIAAAQIECBAgQFz1v50AAQIECBAgQIAAAQIECBAgQPz3EiBAgAABAgQIECCuuPFlXgaAJ/zSL/EfTYAAAQIECBAg/nMIECBAgAAB4vmQQAIJJJBA4l8iQIAAAQIEiH8/AQIECBAg/v0ECBAgQID49xEgQIAA8e8jQIAAAeLfR4AAAQLEv50AAQIESAIJJJBA4kV1+1/9FQAvc8vLgPi3EyBAgADxbydAgADxbydAgADxbydAgADxbydAgADxbydAgADxbyNAgAAB4nkIIYQQQrxAAgQIECD+bQQIECD+7QQIECD+7QQIECD+7QQIEHzn73wn3/Fb38GLvdiLvfaHf/iHfxdXXXXVVf/7EVx11VVX/S/3ju/4jp/1Yi/2Yq9951/9FT/zUR/FfxQBAgQIECBAgAABAgQIECD+7xMgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAA8f+LAAECBAgQIECAAAECBIj/egIe/cZvDMBdf/3XCBAgQIAA8Z9HgAABAgQIEP85BAgQIECAAPFcJJBAAgkkXlQCBAgQIED8+wkQIECAAPHvJ0CAAAHi30eAAAECxL+PAAECBIh/HwECBIh/HwECBAhAAgkkkHhB/uGXfgmAl7n5ZQBAgAABAsS/nQABAsS/nQABAsS/nQABAgSIfxsBAgSIfzsBAgSIfzsBAgSIfzsBAgSI5yGEEEII8UIJECBA/NsIECBA/NsJECBA/NsJECBA/Jv90t/8En9161/xOq/zOu/9ju/4jp/FVVddddX/bgRXXXXVVf+LvdiLvdhrv9M7vdNn3/lXf8XPfNRH8cIIECBAgAABAgQIECBA/M8kQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAg/nsIECBAgAABAgQIECBAgAABAgQIECBAgAABAgQIECBAgAABAgSI/9kECBAgQIAAAQIECBAg/mPc+DIvA8ATfumXeEEECBAgQIAAAeI/hwABAgQIECBA/McTIECAAAHiASSQQAIJJJB4UQkQIECAAPHvJ0CAAAHi30+AAAECxL+PAAECBIh/HwECBAgQ/3YCBAgQIP7tBAgQIEASSCCBxP0u3X03ANftXMcLJECAAPFvJ0CAAAHi30aAAAECxL+dAAECxL+NAAECBIh/GwECBIh/OwECBIh/OwECBIjnIYQQQgjxQgkQIED82wgQIED82wkQIED82wkQIEC8yO7evZsv+Okv4C9v/Uve6Z3e6bPf8R3f8bO46qqrrvrfi+Cqq6666n+pF3uxF3vtz/3cz/2t/Xvu4Wc/6qMQIECAAAECBIj/PgIECBAgQIAAAQIECBAgQIAAAQIEiKv+OwkQIECAAAECBAgQIECAAAECBAgQ/zMIECBAgAABAgQIEC/Yo9/kTQB4wi/9Ev8eAgQIECBAgADxn0OAAAECBAgQ/7EECBAgQIAA8UwSSCCBBBL/GgIECBAg/v0ECBAgQID49xEgQIAAAeLfToAAAQLEv48AAQIEiH87AQIECBD/dgIECJCEJPbuvZfb/+qvuP7Y9bzMzS/Di0SAAAECxL+dAAECxL+dAAECxL+dAAECxL+dAAECxL+NAAECBIh/GwECBIh/OwECBIjnIYQQQvyLBAgQIP5tBAgQIP7tBAgQIP7tBAgQIF6ou3fv5gt++gu4e/duXud1Xue9X+zFXuy1ueqqq67634ngqquuuup/oRd7sRd77c/93M/9LYDf/MIv5L+CAAECBAgQIECAAAECBAgQV131nAQIECBAgAABAgQIECBAgPjvIUCAAAECBNz40i8NwF1//deI/zwCBAgQIECAAPEfT4AAAQIEiP94AgQIECBAABJIIIEEEki8qAQIECBAgPj3EyBAgADx7ydAgAAB4t9OgAABAsS/jwABAgSIfzsBAgSIfx8B//BLvwTA+73q+yGEEP9qAgQIEP92AgQIEP92AgQIEP92AgQIEP92AgQIEP92AgQIEP82AgQIEP92AgQIEM9BCCGEEOJfJECAAPFvI0CAAPFvJ0CAAPFvJ0CAAPE87tm9h4/47o/gmmuuefCHf/iHf9eLvdiLvTZXXXXVVf/7EFx11VVX/S9zzTXXPPhzP/dzfwvgZz7yI7nrr/+afwsBAgQIECBAgAABAgSI/x0ECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIEiP+dBAgQIECAAAECBAgQIP5z3fAyLwPAXX/1VwAIECBAgAABAsR/HgECBAgQIED8xxIgQIAAAQLEfywBAgQIECAACSSQQAKJfw0BAgQIECD+fQQIECBA/PsJECBAgPi3EyBAgADx7yNAgADxbydAgAAB4l/n9r/6KwCuO3YdCBBIQhJCCPGvJkCAAAHi30aAAAECxL+NAAECBIh/GwECBIh/OwECBIh/OwECBIh/GwECBIh/OwECBIjnIIQQQgjxLxIgQID4txEgQID4txMgQID4txMgQIC47O7du3n7r357rrnmmgd/+Id/+Hddc801D+aqq6666n8Xgquuuuqq/2U+/MM//LsAfuYjP5K7/vqveSABAgQIECBAgAABAsR/PwECBAgQIECAAAECBAgQIECAAAECBAgQ/4kkkEACCSSQQAIJJJBAAgkkkEACCSSQQAIJJJBAAon/agIECBAgQIAAAQIECBAgQIAAAQIECBAgQPzPIkCAAAECBAgQIECA+Nd51Ju8CdvXXQfA/j338KIQIECAAAECBIj/HAIECBAgQID4jyVAgAABAsR/LAECBAgQgAQSSCCBxL+WAAECBIh/HwECBAgQIP59BAgQIED82wkQIECA+LcTIECAAPFvJ0CAAAHiBdu75x5u/6u/4rqd63iZm1+G5yBAIAlJSEKIfxMBAgSIfzsBAgSIfzsBAgSIfxsBAgQIEP82AgQIEP92AgQIEP82AgQIECD+bQQIECCegxBCCCHEv0iAAAHi30aAAAHi306AAAHi306A4O5Ld/MFP/MFXHPNNQ/+3M/93N++5pprHsxVV1111f8eBFddddVV/4t87ud+7m+92Iu92Gv/1hd9EXf/9V8jQIAA8V9PgAABAgQIECBAgAABAgQIEP8KEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBJIIIEEEkgggQQSSCCBBBL/6SSQQAIJJJBAAgkkkEACCSSQQAIJJJBAAgkkkEACCSSQQAIJJJBAAgkk/iMIECBAgAABAgQIECBAgAAB4r+XAAECBAgQIECAeLYbX/qlAXjiL/0S/1EECBAgQIAAAeI/ngABAgQIECD+4wgQIECAAPEfR4AAAQIESAIJJJBA4l9LgAABAsS/nwABAgSIfx8BAgSIfx8BAgQIEP92AgQIEP8+AgQIEM/p9r/6KwBe+qaX5l8kkIQkJCHEv4kAAQLEv50AAQLEv50AAQLEv50AAQLEv40AAQLEv50AAQLEv50AAQLEv40AAQLEcxBCCCFeJAIECBD/NgIECBD/dgIECBD/Jr/417/Id/z2d3DmzJkHfc7nfM5vcdVVV131vwfBVVddddX/Ep/7uZ/7Wy/2Yi/22k/8pV/iib/0S/xHEyBAgAABAgQIECBAgADxL5BAAgkkkEACCSSQQAIJJJBAAgkkkEDiv4oAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQID4TyaBBBJIIIEEEkgggQQSSCCBBBJIIIHEv5UAAQIECBAgQIAAAQLEfz0BAm54mZcB4Im/9EsIECBA/OcRIECAAAECxH88AQIECBAg/uMIECBAgADxH0eAAAECJIEEEkgg8a8lQIAAAeLfT4AAAQLEv50AAQIEiH8fAQIEiH87AQIECBD/dgIECLjjr/8agDd98TflX00gCUlIQhL/JgIECBAg/m0ECBAgQPzbCBAgQPzbCRAgQPzbCBAgQID4txEgQID4txMgQID4txEgQIB4FiGEEEKIF4kAAQLEv40AAQLEv50AAQLEi+w7f+c7+Y7f/g6uueaaB3/4h3/4d3HVVVdd9b8Dlauuuuqq/wU+/MM//Lte7MVe7LXv+qu/4re+6It4UYn/ABL/HcRVz0381zP/ShL/ajb/WuJFZ/7jbF93HQB3/fVf89zEC2f+44kXzPzHES+Y+fcTz5/59xPPRQLAPJPNv5Z4XubfRzwn828nnpf5txHPy/zbiOdk/vX27r4bgOt2ruNlbn4Z/uqOvwIA828iiQeyzb+JeE7m30Y8J/OvJ56T+bcRz8n824jnZP71xHMy/zbiOZl/PfGczGVCPJAx/yLxnMy/nnhO5t9GPCfzAv3i3/wiAO/3Ou/33vfdd9+tP/qjP/o5XHXVVVf9z0Y5fvw4V1111VX/k73jO77jZ735m7/5R9/1V3/Fz37URwEgQIAAAQIECBAgQLwAEkgggQQSSCCBBBJIIIHEv5YAAQIECBAgQIAAAQIECBAgQIAAcdX/FAIECBAgQIAAAQIECBAgQIAAAeJFIIEEEkgggQQSSCCBBBL/FgIECBAgQIAAAQLEv+xRb/ImPOQ1XoMn/tIvcevv/z7/WgIECBAgQIAA8R9PgAABAgQIEP+xBAgQIECA+I8hQIAAAeI/jgABkpCEJJBA4t9CgAABAsS/jwABAgSIfx8BAgQIEP92AgQIEP92AgQIECD+ZeuDA256mZfh2PXXc/fe3fz1HX8NAAIECBD/ZpKQhCQk8W8mQIAA8W8nQIAA8W8jQIAAAeLfRoAAAeLfToAAAeLfRoAAAeLfToAAAeLfRoAAAeJZhBBCiBeZAAECxL+NAAECxL+dAAECxHM4WB1wz6V7eMR1j+D1X/31XxvgH/7hH36Hq6666qr/uQiuuuqqq/4He7EXe7HXfqd3eqfP3r/nHn7uoz4KAeL5kEACCSSQQAIJJJBAAol/DQECBAgQIECAAAECBAgQV131vAQIECBAgAABAgQIECBAvBASSCCBBBJIIIEEEkj8WwgQIECAAAECBNzw0i8NwF1//df8ZxAgQIAAAQIEiP9YAgQIECBAgPiPI0CAAAECxL+fAAECBAgQ/zEECJCEJCSBBBL/FgIECBAg/n0ECBAgQPz7CBAgQPzbCRAgQID4txMgQIB4/v7oO78TgJe56WV4gQQIECD+zSQhCUkg/u0ECBAg/u0ECBAg/u0ECBAg/m0ECBAg/u0ECBAg/m0ECBAg/u0ECBAg/m0ECBAgLhNCCCGEeJEJECD+7QQIECD+7QQIECC4e/duvuBnvoC7d+/mnd7pnT77nd7pnT6bq6666qr/uQiuuuqqq/6HerEXe7HX/tzP/dzf2r/nHn7uoz4KJJBAAgkkkEDiRSVAgAABAgQIECBAgADxv4MAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAA8b+PAAECBAgQIECAAAECxPMhgQQSSCCBBBJIIPGv9ag3eRMA7v6rv0KAAAECBAgQ/3kECBAgQIAA8R9LgAABAgSI/zgCBAgQIP5jCBAgQID4jyFAgCQkIQkk/q0ECBAgQPz7CBAgQID4txMgQIAA8W8nQIAA8W8nQIAAAQL27rkHgOuPXc+LTIAAAQLEv5oQkpCEJBAg/m0ECBAg/u0ECBAg/u0ECBAg/m0ECBAg/u0ECBAg/m0ECBAg/u0ECBD/dgIECBCXCSGEEEK8SAQIECD+7QQIECD+7QR3X7qbj/jej+Du3bt5ndd5nfd+sRd7sdfmqquuuup/JoKrrrrqqv+Brrnmmgd/7ud+7m8B/PYXfRH799zDCyJAgAABAgQIECBAgPjvJ0CAAAECBAgQIECAAAECBAgQIECAAAHiqheVAAECBAgQIECAAAECBAgQIECAAAECxP88AgQIECBAgAABAsRzkUACCSSQQAIJJJC436Pe5E0AeOIv/RL799zDCyNAgAABAgQIEP85BAgQIECA+I8lQIAAAQLEfwwBAgQIECD+/QQIECBA/McQIAlJSEIS/x4CBAgQIP59BAgQIP59BAgQIP7tBAgQIED82+3fcw93/NVfcd3OdbzMzS/Dv5kAAQLEv5oQQkhCEggQ/zYCBAgQIP5tBAgQIP7tBAgQIP5tBAgQIP7tBAgQIP5tBAgQIP5tBAgQIP7tBAgQIC4TQgghXmQCBAgQ/3YCBAgQ/2p3797NR3zvR3DmzJkHffiHf/h3XXPNNQ/mqquuuup/HoKrrrrqqv9hrrnmmgd/0zd909MBfu6jPoq7//qvESBAgAABAsR/PQECBAgQIECAAAECBAgQIEBc9X+JAAECBAgQIECAAAECBAgQIP57CRAgQIAAAQIEiOcigcT1L/MyANz9138NEkj8WwkQIECAAAHiP54AAQIECBAg/uMIECBAgADxH0OAAAECxL+fAAECBAgQ/36SkIQkJCGJfw8BAgQIEP92AgQIECD+7QQIECBA/NsJECBA/Ovc/ld/BcCbvNibgAABAsS/nQABAsS/mhBCSEISCBD/dgIECBD/NgIECBD/dgIECBD/NgIECBD/dgIECBD/NgIECBD/NgIECBD/dgIECBAIIYQQQrzIBAgQIP7tBAgQIF4kd+/ezYd/z4dzzTXXPPhzPudzfuuaa655MFddddVV/7MQXHXVVVf9D/PhH/7h3wXwcx/1Udz913/NfzYBAgQIECBAgAABAgSI//sECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAA8f+HAAECBAgQIECAAAECxH89AQIECBBww0u/NAB3//VfI55JAgkkkEACCSSQ+LcQIECAAAECxH88AQIECBAg/uMIECBAgADx7ydAgAABAsS/nwABAgSIfz9JSEISkhD/PgIECBD/PgIECBD/PgIECBD/dgIECBAv3ON+6ZcAeJmbXobnIUCAAPFvJ0CAAPGvJoQQkkCAAPFvJ0CAAPFvI0CAAPFvJ0CAAPFvI0CAAPFvJ0CA+LcTIECA+LcRIECA+LcTIEBcJoQQQvyrCBAgQPzbCRAgXqi/esZf8QU/8wVcc801D/6cz/mc3+Kqq6666n8Wgquuuuqq/0E+93M/97de7MVe7LX/4ru+i7v/+q/5txIgQIAAAQIECBAgQPzPJECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBIj/XgIECBAgQIAAAQIECBAgQIAAAQIECBAgQIAAAQIECBAgQPzPJ0CAAAECBAgQIECA+M+xfd11bF93HQD799wDgAABAgQIECBAPJMEEkgggQQS/1YCBAgQIECA+I8lQIAAAQLEfxwBAgQIEP8xBAgQIED8+wkQIECA+HeSkIQkJCFA/NsJECBAgPi3EyBAgADxbydAgADxbydAgAAB4tn27rmHO/7qr7hu5zpe5qaX4YUSIECAAPFvI0CAAAHiRSaEEEJIAgECxL+dAAECxL+NAAECxL+dAAECxL+NAAECxL+NAAECxL+dAAECxL+NAAECxL+NAAECBEIIIYQQ/yoCBAgQ/zYCBAgQz+MX/+YX+Y7f+Q6uueaaB3/TN33T07nqqquu+p+D4Kqrrrrqf4jP/dzP/a0Xe7EXe+0n/fIv8xff/d08PwIECBAgQIAAAQLEfx8BAgQIECBAgAABAgQIECBAgAAB4qr/agIECBAgQIAAAQIECBAgQIAAAQLE/wwCBAgQIECAAAECxL/O9S/90gA86Zd/mReVAAECBAgQIEASSCCBBBJIIPFvJUCAAAECBIj/OAIECBAgQPzHECBAgAAB4t9PgAABAsS/nwABAsS/kwQSkpCEAPHvI0CAAAHi306AAAHi306AAAECxL+dAAEC9u65B4CXvuml+VcTIECA+LcTIECAeJEJIYQQkkCAAPFvJ0CAAPFvI0CAAPFvJ0CAAPFvI0CAAPFvI0CAAPFvJ0CAAPFvI0CAAPFvI0CAAIEQQgjxryZAgADxbyNAgABx2Xf+znfyHb/zHVxzzTUP/vAP//Dv4qqrrrrqfwaCq6666qr/Ad7xHd/xs17sxV7ste/+67/md77oixAgQIAAAeK/lgABAgQIECBAgAABAgSIq/6/EyBAgAABAgQIECBAgADx30eAAAECBAgQIEA82yPf5E0AuOuv/or/KAIECBAgQIAkkEACCSSQ+PcQIECAAAHiP44AAQIECBD/MQQIECBA/PsJECBAgPj3ESBAgADx7yCBhCQkIUCA+PcRIECA+LcTIECAAPFvJ0CAAPFv87hf+iUAXubmlwEB4t9OgAAB4t9OgAAB4kUmhBBCIECAAPFvJ0CAAPFvI0CAAPFvJ0CAAPFvI0CAAPFvI0CAAPFvJ0CA+LcTIECA+LcRIEAgCSGEEOJfTYAA8W8nQPBLf/tL/OLf/CKv8zqv897v+I7v+FlcddVVV/33o3LVVVdd9d/sdV7ndd77nd7pnT777r/+a37+oz6K/yzi/z7x/4/5303865j/OuKKG176pQF48i//MuLZzH8O8XxIAJjnYvNvJZ4/8x9DPC/z7yeel/n3Ec/L/NuJ52X+DSTuJwCbBzL/NuJ5mX8b8ZzMv414TuZftnf33QC8zE0vw7OI52T+bcRzMv824jmZf5EQD2SZ52D+bcRzMv964jmZfxvxbObfRjwn868nnpP51xPPyfzbiGcz/zbiWYTAPIsxLzLxnMy/yt27d/Odv/udXHfsOt7pnd7pswF+9Ed/9HO46qqrrvrvQ3DVVVdd9d/oxV7sxV77wz/8w79r/557+PmP+ij+LQQIECBAgAABAgSI/zkECBAgQIAAAQIECBAgQIAAAQIECBAgQIAA8f+TAAECBAgQIECAAAECBAgQIECAAAECBAgQ/3MJECBAgAABAgQIEP9xHvnGbwzAk375l3luAgQIECBAgADxn0OAAAECJCEJJJBAAol/DwECBAgQIP5jCBAgQIAA8e8nQIAAAeLfT4AAAQLEv48AAQIEiH8DCSSQQEKAAAHi30eAAAHi306AAAHi306AAAECxPPau+ce7virvwLgZW56GZ4vAQIEiH87AQIEiH87AQIEiBeJEEIIcZkAAQLEv50AAQLEv40AAQLEv40AAQLEv50AAQLEv40AAQLEv40AAQLEv40AAQLEv50AAQIhhBDiX02AAAHiRXL37t18wc9+AXfv3s3rvM7rvPfrvM7rvDdXXXXVVf99CK666qqr/pu82Iu92Gt/7ud+7m/t33MPv/NFX8TzI0CAAAECBAgQIP57CBAgQIAAAQIECBAgQIAAAeKq/y0ECBAgQIAAAQIECBAgQIAAAeK/nwABAgQIECBAgHjRXP8yLwPA3X/1V/xrCRAgQIAAAeI/ngABAgRIQhKSQAKJfy8BAgQIECD+YwgQIECA+PcTIECAAPHvJ0CAAAHi30eAAAHi30ACCSSQECBAgADxbydAgADxbydAgAAB4t9OgAAB4orH/dIvAfC+r/y+vEgECBAgQPzbCBAgQPzbCRAgQPyLhBBCCCEuEyBAgPi3EyBAgPi3ESBAgPi3ESBAgPi3EyBA/NsJECBA/NsIECBA/NsIECBA/NsIECCQhBBCCPGvJkCAAPEC3XPpHj7i+z6C1rcHv+M7vuNnvdiLvdhrc9VVV13134Pgqquuuuq/wTXXXPPgz/3cz/0tgN/9oi/inr/+awQIECBA/NcQIECAAAECBAgQIECAAHHVVf8yAQIECBAgQIAAAQIEiP8eAgQIECBAgABxxfUv/dIA3P3Xf81/JAECBAgQIED8xxMgQBKSkIQkkEDi30uAAAECxH8MAQIECBD/fgIECBAg/v0ECBAg/n0ECBAgQPwrSSCBBBIAAgQIEP92AgQIECD+7QQIECD+7QTc+Vd/BcB1O9fxbyZAgADxbyNAgADxbydAgADxLxJCCCGeRYAAAeLfToAAAeLfRoAAAeLfRoAAAeLfRoAAAeLfToAA8W8nQIAA8W8jQIAA8W8jQIBAEkII8W8iQIB4Hnfv3s1HfN9HcM011zz4wz/8w7/rmmuueTBXXXXVVf/1CK666qqr/otdc801D/7wD//w7wL4hY/6KO7+67/mP5oAAQIECBAgQIAAAeJ/BwECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIECAAAECBAgQIP53ESBAgAABAgQIECBA/Nd55Bu/MdvXXQfAwT33IECAAPGfR4AAAQIECBD/sQQIkIQkJCEJJP69BAgQIECA+PcTIECAAAHi30eAAAECxL+PAAECBIh/HwECBIh/JQkkkEACQIAAAeLfR4AAAeLfToAAAeJfZ++ee7jjr/6K63au42VufhkQIED82wkQIED82wgQIED82wkQIEC8UEIIIYQQzyJAgADxbydAgPi3EyBAgPi3ESBAgPi3ESBAgPi3ESBAgPi3EyBA/NsJECBA/NsIEEhCEkII8a8mQIAAcdndu3fzBT/7BVxzzTUP/tzP/dzfvuaaax7MVVddddV/LfSgBz2Iq6666qr/Sh/+4R/+Xa/zOq/z3vv33MO/hbjqqqv+Jebfb/u66wDYv+cerrrqfzrznASY5yTAPCcB5jkJMM9JgHlOAsxzEmD+a+1cdx0A9+zdw1XPnzH3E8KYZzFIwjYPJAnbPJAkbPNAkrDNA0nCNg8kCds8kCRs80BCGPNAQhjzQEIY80BCGPNAQhjzQEIY80BCGPNAQhjzQEIY80BCGPNAQhjzQEIY80BCGPNAQhjzQEIY80BCGPNAQhjzQEIY80BCGPNAQhjzQELY5oEkYZsHkoRtHkgStrnf9cevB+C3fuu3vvvrv/7r34errrrqqv86VK666qqr/ou92Iu92GsDbF93HVddddX/fNvXXcdVV131P991O9dx1VVX/c93zTXXPJirrrrqqv9aVK666qqr/oudPXv21muuuebBf/AlX8K9f/M3vEgkHkj89xH/PuLfT/z7ieci8a8l/mOIfyWJF0T8DybxQOK/hvi3ecx7vAcPeoM34PHf//0841d/lX+RxPMjrrrq+TP/Pcx/HvNMNv8RDIjnZEA825mXfEle4eM/nr89+7d8+Z99Oc9i/mOYy4z5VzP/NubfxlxmzL+K+dcz/2bGAGBAPCcD4jmZfx3zr2eehzFCPJAxQmCexRghHsgYIZ7FYIwQD2SMEA9kjBCYZzFGiPsZY4wQz2IwRogHMkaIBzJGiAeyjSQeyDaSeBaDMUI8kDFCPJAxmGe5bvs6vuotvoozZ848mKuuuuqq/1pUrrrqqqv+G+3fcw/iX0HigcS/nfj3E/8CiRdG/PuIfz/xXCT+LcR/DPGvJPHCiP9Y4j+IxHMT/3XEv+zo3nu539G99/KvJvGiEFf9X2b+e5n/XOaZbP4jmH+9B113HQB/e9/fcu/hvQBg/n3MZcb8q5l/O/NvYy4z5l/F/OuZfxuDMf8q5l/H/OuZ52HMC2X+dcy/jnmhjHke5l/H/OuZF5kxmOfw0je8NAD/8A//8NtcddVVV/3XIrjqqquu+i/293//978NsHnddQAYMC8imwcyYP5tDJh/HwPmhbB5YQyYfzsDBsy/nQED5plssPnXMmDA/PsYMGBeRDbYvCAGDJj/GAYMGDD/DjbYYHM/AwYMGDD/eQwYMGDAgPkPZoMNNthg8/wYMGDAgAEDBgyYq/4nM2DAgAEDBgyY/1oGDBgwYP7jGbCNbWyDDTb/VgYMGDD/AQyYfxsDBtsYY8y/igHzb2PA/OsZMBhjzIvMgPnXMWD+9Qy2MeZFZsD865h/HQPmORhjzAtkwLzoDJh/HfMCGWPMczBg/nXMv44B8yIzBvM8Xur6lwLgH/7hH36Hq6666qr/WlSuuuqqq/6L/cM//MPvAFz3Ui/F3/Bs5grxL7C5TOJ+5grxr2eeTfzbmGcTz8XmMokXxDyb+Lcxzyb+bcyzyeYyiX8t82zi3848J/FC2Fwm8YKY5yT+/cxzEv8GNs8i8UDmeYn/PObZDu+5B4CNa6/lP4zN85D4l5gXjbjqP4L5n8381zCAzX808x/DXLF57bUA3HN4D/9q5jJj/k3Mv535tzMY869m/vXMv43BmH8V869n/vXMczDmhTL/euZfx7xQxjwP869j/vXMv4ptXpCXvuGlueqqq676b0Llqquuuuq/2NmzZ28F2LruOp4fc4X4F9hcJnE/c4X4tzFXiH87c4V4LjaXSbww5grxb2euEP925plsBCDxb2GeTfz7mGcTL4DNs0i8MObZxH8M85zEv5LNc5B4buY5if985vkT/wFsnofEv4X5txP/95j/3cx/Ldv8ZzD/ccx/EIMx/2bm38782xmM+Vcz/3rm38ZgzL+K+dcz/3rmeRjzQpl/HfOvZ14gY56H+dcz/3rmRWYM5kXyD//wD7/NVVddddV/LYKrrrrqqv9i991336333XffrVvXXcd1L/VSvCAGzIvA5rkZMGD+bQyYfx8D5vmwweZfYsCA+bczYMD8+xiwDTbY/FsZMGD+/QwYMC+EDTYvCgMGDJj/OAYMGDBg/pVssMHmBTFgwIAB8x/j6N57Adi49lpeEAMGDBgwYMD8O9lggw022GDzn8mAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGzP8eBgwYMGDA/CeysY1tbGMb2/xHMWDAgPn3M2DAPH8b117Li8RgG9sY869mwID5tzFg/vUMGGxjzIvMgAHzr2PA/JvYxph/FfOvZ/71zHMwxpgXyID51zH/OgbMC2TM8zD/euZfx4B5kRmD+Rddt30dAPfdd9+tXHXVVVf91yK46qqrrvpvcPbs2Vt5ERkwYF4IG2yeHwPm38aAAfNvZ8CAeS422LwoDJh/HwMGzL+dAQO2webfw4AB8+9nwIAB83zYYIPNi8qAAQPmP5YBAwbMv4INNtj8SwwYMGDAgPmvZcCAAQMGDBgw/0Y22GCDDTbYXPU/mwEDBgwYMGDA/CeywcY2trGNbcx/LAMGDJj/GAYMmBfdvYf38jwMtrGNMf9qBgyYfxsDBsy/nsE2xhjzIjNg/vUMmH8T29jmX8WA+dcxYP51DJhnMcaYF8r86xgw/zrmBTLGmOdh/nUMmH8d869iG8y/6I0f9cYA/NZv/db3cNVVV131X4/gqquuuuq/wd///d//NsC1L/3S/GsYMC+EDTbPjwHzb2fA/PsYMM/FBpsXhQED5t/HgPn3MWAb2/x7GTBg/mMYMGCeDxtssPnXMGDA/MczYMCAeRHZYIPNv4YBAwYMmBfs8N57Adi89lr+MxgwYMCAAQMGzL+SDTbYYIMNNthc9Z/PgAEDBgwYMGD+C9hgg41tbGMbA+Y/ngEDBsx/DAMGDJh/nc1rrwXg3qN7AbCNbWxjzL+JAfNvZ8D82xhsY8y/igHzr2fA/JvYxjb/KgbMv44B869jwDwHY14oA+Zfx/zrGDAvkDHPw4D51zH/OgbMi8wY27yort26FoD77rvv6Vx11VVX/dejctVVV1313+Af/uEffgfgupd6Kf6Gfz1zhXgBbJB4fswV4t/GXCH+7cyziWeyuUziRWGeTfzbmGcT/3a2AUBC/PuYZxP/fubZxHOxAUDiX8M8J/Efyzwv8ULYPAeJfw3zP5N50YkXwuaFkrjq+TP/Q9g8P+a/hvnPYf5j2cY2/2bm38f82xmM+Tcx/zbm38w2/2rmX8/865nnYcwLZf71zL+eeYGMeb7Mv4751zP/KsZg/lWu274OgLNnzz6Dq6666qr/elSuuuqqq/4bnD179laAreuuw1wh/vXMFeL5sLlM4vkxzyb+9cyziX87c4V4Jhsk/jXMFeLfzjyb+DeyMYAEgPj3Mc8m/v3McxLPZPMsEv9a5jmJ/3jmeYkXwOY5SPxbmCsMmGcT//OYfz3xTDb/Ion/7cz/UDb/EvNfy/znMP+xbAOwee21ANx7eC//aubfz/zbGYz5NzH/NubfzDb/aubfxvzrmedgzL/I/OuZfx3zQhnzPMy/nvnXM/8qtvlXM7z0DS8NwD/8wz/8NlddddVV//WoXHXVVVf9N7jvvvtuBdi67jruZ64Q/3rmCvF82Fwm8YKYK8S/jblC/NuZZ5MNABL/GubZxL+deTbxb2ADYIn7iX8f85zEv595TgKwuUzi38o8L/Efzzwv8XzYPIvEi+ro3nsB2Lz2Wh7IvGDifw/zr2DzIpP4f8/m38L81zP/ecx/LNv8hzD/fubfxTb/Zubfxvyb2eZfzfzbmH898xyM+ReZfz3zr2deIGOeL/OvY/71zL+KMZh/PXPZddvXAXDffffdylVXXXXVfz2Cq6666qr/Jv/wD//w2wDXvdRL8UAGzL+NAfMC2GDzwhgw/3YGDJh/HwMGsMHm38KAAfPvY8CA+TewwQYbAwbMfwwDBsx/HAMGDGCDDTb/EQwYMGD+8xgwYMCAeS422GCDzb/k8N57Adi49lpeFAYMGDBgwIAB8/+EDTbYYIMNNthggw022GCDDTbYYIMNNtj8l7LBBhtssMEGG2ywwQYbbLDBBhtssMEGmxfEgAEDBgwYMGD+8xkwYMCA+Y9nwID5D2BjG9vY5t/FgAHzb2fAgPm3MdjGNv9qBgyYfz0D5t/ENrb5VzP/egbMv44B8xyMeaEMmH8dA+Zfx4B5gYx5HgbMv4751zP/KsZg/nUMmMve+FFvDMA//MM//DZXXXXVVf89CK666qqr/pv8/d///W8DXPfSL83zY8D82xgwYJ4Pm3+JAQPm386A+fcxYMA22PxbGTD/fgbMv5ENNgAGDJj/GAYMGDD/MQwYMGAbbLD5j2LAgAHzn8uAAQMGzAPYYIMNNv/ZDBgwYMCAAQPmqudhgw022GCDDTbYYIMNNthggw022GCDDTbYYIMNNthggw02/xEMGDBgwIABA+a/lgEDBgyY/xwGDBgw/wFsbGMb8y/bvPZaAO49vJfnYcCA+fcxYP7NbGMbY/7VDJh/GwPm38Q2tvlXM2D+dQyYfz3zHIwx5oUy/3rmX8+8QMYY8zzMv5751zFgXmTG2Abzr2Oer/vuu+9Wrrrqqqv+exBcddVVV/03OXv27DMArnupl+KFMWD+7QyY52KDzYvCgPm3M2DA/PsYsI1t/q0MGDD/PgYMmH8DG2zuZ8CAAfMfw4AB8x/HgAHb2Aab/0gGDBgwYP5zGTBgwIABA9hggw02R/feC8DmtdfyX8GAAQMGDBgwYMCAueq/gwEDBgwYMGDAgPnvY8CAAQPmP4cBAwYMmP8ANraxjW3Mv87mtdcCcO/hvQBgwID59zFgwPyb2MY2tvk3MWD+9QwYMP8mtrHNv5oB869jwPzrGTDPYowxL5QB869jwPzrGDDPlzHGPA8D5l/HgPnXMf8qxmD+9czzeKkbXgqAf/iHf/gdrrrqqqv+e1C56qqrrvpvct99990KsHXddbwozBXi38ZcIR7ABgCJf4m5QvzbmSvEv49tACTxb2WeTfzbmWcT/wo2l0k8kHk28e9nnpP4j2EAm/tJ4j+aeV7iP5d5LjaX2WCDxP8E5l9PXPVA5n8f81/L/AezuZ/5T2D+fcy/izGYfzvzb2f+XWzzb2L+9cy/jXkOxvyLzL+N+dczL5Axz5f51zP/euZFZgzmX8+8QC99w0sD8A//8A+/zVVXXXXVfw8qV1111VX/Tc6ePXsr/wbm2cS/nnk28Uw2SLwozLOJfxvzbOLfzjYASIh/O/Ns4t/OPJt4Edk8i8QDmWcT/zHMs4n/OLZ5Fgnxn8M8J/FfY+O66/Df/i3YPDdJ/G9g/uOJ/3zm/x/z38P8B7O5n/mPZa7YuO46AO49vJd/E/PvZpt/F/NvZ/7NjMH825h/G/OvZ56DMS8S869n/vXMC2TM82X+9cy/nvlXMQbzr2deqOu2rwPgvvvuu5Wrrrrqqv8eBFddddVV/03uu+++W//hH/7ht7euu47rXuql+LcwYP7tDJhnssHmX8OA+fcxYP6dbGxjwPz7GDBg/n0MGDD/CjbYPD8GDJj/OAYMGDD/gWxsYxsD5j+PAQMGDBgw/3EO772Xf4ltbGMb2xgwYP7vM2DAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMP93GTBgwIABA+a/hgEDBgyY/wA22GBjGwMGzH8MAwbMv5MBA+bfzDa2sc2/iQED5t/GgPk3sY1tMP96Bsy/ngHzr2PAPAdj/kUGzL+OAfOvY8C8QMY8X+Zfz/zrmX8VYzD/euaFeukbXhqA++6771auuuqqq/77EFx11VVX/Q+wed11mH87A+bfzoB5Jhts/jUMGDD/dgYMmH8HG2wMmH8/A+bfz4ABA+ZFYIPNC2LAgAHzH8eAAQPmP4gNNrYxYMCA+c9lwIABA+bf5vDeewHYuPZaXmQ22GBjG9sYMGDAgAED5qr/qwwYMGDAgAED5r+WAQMGDJj/ADbYYIONbQwYMP8xDBgwYJ6/zWuvBeCew3t4oQwYMP9mxtjGNv9mBsy/jQED5t/ENrb5NzFg/vUMmH898xyMMeaFMmD+dQyYfz3zAhljzPMwYP51DJh/HQPmRWaMbTD/OgbMv+i67esA+Id/+Iff5qqrrrrqvw/BVVddddV/o7//+7//bYCt664DwID5tzNg/u0MGDCADTb/WgbMv48B8+9gg40BA+bfx4AB8x/DgAHzL7DBBpsXxoAB8x/LgAED5j+ADTbYABgwYMD85zNgwIABA+a/iA022GCDzf0MGDBgwIABAwbMVf/TGDBgwIABAwYMmP8eBgwYMGDA/AewwQYbbLAxYMCA+Y9jwID5D2DAgPk3M8Y2tsH82xgwYP5tDJh/M9vY5t/EgPnXM2D+9QyYZzHGmBfKgPnXM/96BszzZYwxz8OA+dcz/3rmX8UYzL+eeZG91A0vBcA//MM//A5XXXXVVf99qFx11VVX/Tf6h3/4h98BuP6lXoq/5tnMs4l/PfNs4t/GXCGbyyT+NcyziX8b82zi38AGAAnzbOLfzjyb+PczzyZeCJvLJF4Y85zEfxzzbOLfyeZZJADM8xL/+czzJ+Do3nsB2Lz2Wv7D2TxfEs/N/OuIq/61zP8u5j+BzQti/nOYf5/Na68F4N7DewHA/LsZg/n3M/8+5t/MGMy/nfm3Mf825jkY8yIx/3rmX8+8UMY8X+Zfz/zrmX8VYzD/euZf7aVveGmuuuqqq/4HoHLVVVdd9d/o7NmztwJsXXcdL4i5QvzbmCvEv425QjZI/FuYK8S/nblC/BvYACABYJ5N/NuZZxP/fubZxAtg8ywS/xLzbOI/jnle4t/I5lkkHsg8L/Ffw4B5NnOF+E9m83xJvKjMv4/438X832X+k9i8IOY/l/lPYMD8mxmD+fcz/z7m38UYzL+d+bcx/zbmORjzIjH/eubfxrxAxjxf5l/P/NuYfxVjMP965l/PcN32dQD8wz/8w29z1VVXXfXfh+Cqq6666r/Rfffdd+t9991369Z113HdS70UL4wB829nwPzbGbCNbf6tDBgw/3YGDJh/AxtsHsiA+fczYMD8xzBgwIB5AWyweVEZMGDA/MczYMCA+TeywQabF8SAAQMGzH+ew3vuAWDj2mu5nwEDBgwYMGD+k9lggw022GDzn8GAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQPmfz8DBgwYMGDA/DvZYIMNNthgg80DGTBgwPzHM2DAgPmPYcDA5rXXAnDv4b38axljG9tg/n0MmH87A+bfzDa2wfzrGTBg/vUMmH89A+ZZjDHmX2TA/OuZfz0D5vkyxpjny/zrmX89A+ZFZoxtMP965l/PPIf77rvvVq666qqr/vsQXHXVVVf9Nzt79uyt/CsYMP92Bsy/j21s8+9hwPz7GDBg/pVssHkgAwbMv58BAwbMfwwDBszzYYMNNv8aBgwYMP/xDBgwYP4NbLDBBpsXxoABAwbMfw8DBgwYMGDAgPlPYoMNNthggw02V/3PYMCAAQMGDBgw/0422GCDDTbYYPP8GDBgwID5j2fAgAHzH8OAAQPm38YYY2xjG8y/jwED5t/OgPk3McY2tvk3MWD+bQyYfz0D5lmMMeZfZMD86xkw/zoGzAtkzPNlwPzrGDD/euZfxRjMv54B869jwFz2Ro96IwB+67d+67u56qqrrvrvRXDVVVdd9d/s7//+738b4LqXfmn+NQwYMP82BgyYfzvb2Mb82xkwYP59DBgw/wo22GDzQAYMmP8YBgyY/xgGDJjnwwabfwsDBgyY/3gGDBgwYP6VbLDB5kVhwIABAwbMv87RvfcCsHnddfxHMGDAgAEDBgwYMP/BbLDBBhtssMEGm6v+YxgwYMCAAQMGzL+TDTbYYIMNNthg84IYMGDAgAHzn8OAAQPmP44BA+YF27zuOgDuPbyX58cYY2yDAfPvY8CA+bczYMD8mxhjG8y/jQHzb2PA/OsZMM9ijDH/IgPmX8+A+dczL5AxxjwPA+Zfz/zrGTAvMmNsg/nXM/965jlct30dAPfdd9+tXHXVVVf996Jy1VVXXfXf7B/+4R9+B+C6l3op/q3MFeLfxlwh/o1sDCAh/u3MFeLfx1wh/hVsLpN4IPNs4t/PPJv49zPPSTyTzbNI/FuY5yT+45nnJF5ENs9B4kVlnj/xP4N50Yl/J5sXicT/R+Y/mc1/BPNfy/znMP9+xjyL+Y9j/v3Mv5kxAJh/O/NvZ/5tzHMw5kVi/m3Mv415gYx5gcy/nvm3Mf8qxmD+9cy/jXke1+1cB8DZs2efwVVXXXXVfy8qV1111VX/zc6ePXsrwPZ112GuEP825grxb2OeTfwb2BhAQvzbmWcT/3bm2cSLyOYyiedmnk38+5lnE/8xzLOJZ7J5Fol/K/OcxH8887zEi8DmOUj8a5nnZf5nM/824l/J5l9F4n8S81/E5j+T+a9n/nOZf5/Na68F4O7DuwHA/Mcx/37m38UYzL+P+bcz/zbmORjzIjP/NuZfz7xAxrxA5t/G/OuZfxVjMP825l/PvEAvfcNLA/AP//APv81VV1111X8vKlddddVV/83uu+++WwG2rruOrWuv5eDeezFXiH8bc4X4tzNXiH8DGwNIAIh/O/Ns4t/OPJt4EdhcJvH8mGcT/37m2cR/DPOcBGBzmcS/l3lO4j+HeV7iX2DzLBL/Vof33gvA5rXXYp6X+N/J/Cez+U8n8a9i87+B+e9l/nOZ/wA2z8P8xzD/fubfxZjLzL+P+bcz/zbmORjzIjP/NubfxrxAxjxf5t/G/NuYfxVjMP965t/GvFDXbV8HwH333XcrV1111VX/vQiuuuqqq/4H+Id/+IffBti67jqwwQbAgPm3M2DA/NsZMP9GNtgYMP9+Bsy/nwED5kVgg80LY8CA+Y9hwIAB8x/HgAEDtsEGm/8oBgwYMP+5DBgwYMC8EDbYYIPNv9bhvfcCsHnttTw3AwYMGDBgwIC56j+VDTbYYIMNNthggw022GDzP4kBAwYMGDBg/msZMGDAgPmPZ8CAAfNvZIMNNtgAGDD/QQwYMP8+Bsy/mTG2wYD5tzFgwPzbGDD/egbMsxhjzIvEgPnXM2D+9QyY58sYY54v869nwPzrGTAvMmNsg/nXM/96BswL9caPemMAfuu3fuu7ueqqq67670dw1VVXXfU/wN///d//NsD1L/VSPIsNNgAGDJh/OwPm386AAfNvYANgwID59zFgwPz7GTBg/gU22PxLDBgw/3EMGDD/sQwYsA022PxHMmDAgPnPZ8CAAQMGzPNhgw022PxnMmDAgAEDBgyYq/6vMmDAgAEDBgyY/x4GDBgwYP5zGDBgwPw72GCDDYABAwbMFZvXXgvAvYf38q9mwID59zFgwPybGGOMbTD/dgbMv40BA+Zfz4B5FmOMeZEYMP96Bsy/ngHzfBljzPNlwPzrmX89A+ZFZowxmH89A+Zfz1x11VVX/W9EcNVVV131P8A//MM//A7AdS/90jwPG2zuZ8D82xkw/z4GzL+SDTb3M2DA/PsYMGD+/QyYf4ENNtj8SwwYMP9xDBgwYP7jGDBgG9tg8x/NgAEDBsx/DQMGDBgwz8UGG2yweW6H99wDwOa11/IfzYABAwYMGDBgwIC56n8SAwYMGDBgwIAB89/LgAEDBgyY/zwGDBgw/0Y22GCDDTYABgyY52/zuusAuOfgHl4kBgyYfx8DBsy/iTHG2AYD5t/OgPm3MWD+bQyYZzHGmBeJAfOvZ8D86xkwz5cxxjxfBsy/ngHzr2f+VYzBgPnXM/825kX2Uje+FAD/8A//8DtcddVVV/33o3LVVVdd9T/I9nXX8QLZIHE/c4X4tzHPJv5tzLOJF5HNZRL3M1eIfx9zhfj3Mc8mXggbACT+JeY5if8Y5tnEfxwD2NxPEv8ZzPMS//nMCyab/2nMv4646kVl/vcy//XMfwCb58f8JzD/Mcy/izHPYv59zL+P+bczz8GYF5n5tzH/duYFMuYFMv965t/G/KsYc5n5tzH/euZf7aVveGkA/uEf/uG3ueqqq67670flqquuuup/gLNnz94KsHXddbxQNgBI3M9cIf7tzBXi385cIV5ENpdJ3M88m/i3M88m/n3Ms4kXwAYAiReVeTbxH8M8J/EfxzbPIiH+85jnJf7rmOd0eO+9AGxeey3YXCbxP5n5jyH+5zL/P5j/PuY/iM0LYv7ttq69FoB7D+/lOZj/OObfxRgAzL+f+fcx/3bmORjzIjP/dubfxrxAxrxA5t/G/NuYfxVjMP825t/G/OsZrtu+DoD77rvvVq666qqr/vsRXHXVVVf9D3Dffffd+g//8A+/DXDdS780/yIbbB7IgAHzb2fA/PsYMGBeRDbYPDcD5t/PgAHz72fAgHkBbLDB5l/DgAHzH8uAAfMfzMY2tjFgwPznMmDAgAHzX8+AAQO2sY1tbIPN/0UGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA+b/HgAEDBgyY/1oGDBgw/0Y22GCDDTYPZMCAAfMfyIAB8+9nwID5NzHGGGMwYP7tDBgw/3YGzL+NAXOZMcYY8yIxYP5tDJh/PQPm+TLGmOfLgPnXM2D+9QyYF5kxxmD+bcy/ngHzr2d46RteGoB/+Id/+B2uuuqqq/5noHLVVVdd9T/M1nXXYUC8CGwAkHggc4X4tzHPJv7tzBXiRWBzmcQDmWcT/z7m2cS/j3k28XzYXCbxr2Gek/iPYZ6T+A9icz9LPJD4z2Wel/iPd3jPPQBsXnstL4gBbJ6HBIC46v878z+L+Q9g8y8x/zkMbFx7LQD3HNzDv5v5dzHmWcy/n/n3Mf8+5lmM+Vcx/3bm38a8QMa8QObfxvzbmH81YzD/NubfxvzrmWe5buc6AO67775bueqqq676n4Hgqquuuup/iL//+7//bYCta68FwIAB8yKweX4MmH8fA+bfx4AB8yKwweb5MWDA/PsZMGD+/QwYMGCeiw02/1YGDJj/WAYMGDD/QWywwQbAgAED5r+GAQMGDBgw/41ssLGNbWxjwIABAwbMVf/bGTBgwIABAwbMfx8DBgwYMGD+DWywwQYbbJ4fAwYMmP9YBgyY/yAGDJh/E2OMMQYDBsy/jwHzb2fA/NsZMJcZY8yLzID5tzFg/vUMmOfLGGNeIPNvY/5tzL+KMcZg/vUMmH89A+ZfzzyHl7rhpQD4h3/4h9/mqquuuup/BoKrrrrqqv8h/uEf/uF3AK5/6ZfmuRkw/wIbbJ4fAwbMv50BA+bfx4B5Edhg84IYMGD+/QwYMP8xDBgwD2CDDTb/VgYMmP94BgwYMP8BbLDB5n4GDBgwYP7rGDBgwIAB86I5vPdeADavu47/EDbYYIMNNtgYMGDAgAEDBgwYMGCu+q9iwIABAwYMGDBgwID5n8GAAQMGzL+BDTbYYIMNNi+IAQMGzH8sAwYMmOe1dd11ANx7eC8vMgMGzL+JMcYYA4AB8+9jwID5tzNg/m0MGDCXGWPMi8yA+bcxYP71DJjnyxhjXiAD5l/PgPnXM2BeZMYYgwHzr2f+bcy/jXkeL33jS3PVVVdd9T8Mlauuuuqq/yHOnj17K8D2ddfxgpgrxAthc5nE82OuEP925grxb2eeTbwQNpdJvCDmCvHvZ55N/PuZZxPPZAOAxL+VeU7iP5Z5TuLfweZZJB7IPC/xX8c8f+K/gc3zJfHczL+N+P/L/N9h/gPY/GuZ/1zmP4H5dzPmOZh/P/PvZ/59zLMY869m/u3Mv515vox5ocy/jfm3Mf9qxmD+bcy/jfm3Mc+XMddtXwfAP/zDP/w2V1111VX/MxBcddVVV/0Pcd99991633333bp13XVc/9IvzQtjwPwLbLB5QQyYfx8DBsy/jwED5oWwweaFMWDA/McwYMD8xzBgwDyTDTbY/HsZMGDA/MczYMCA+XewwQabF8SAAQMGzH89AwYMHNx7LwCb116L+W9ggw022GCDDTb/WgYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwID538eAAQMGDBgw/0o22GCDDTbYvCgMGDBg/nMYMGD+9TavvRaAew/v5TkYMGD+zYwxxhgADBgw/z4GzL+PAfNvZ8BcZowx/yoGzL+NAfNvY8A8D2OMeYEMmH8b829j/lWMMQbzb2P+bcy/jXm+jLlu+zrud999993KVVddddX/DARXXXXVVf+DnD179lb+FQwYMC+EDTYviAED5t/HgPn3M2BeCBts/iUGDJj/GAYMmP8YBgyYZ7LB5j+KAQPmP4cBAwbMv5ENNthg88IYMGDAgPnvY8CAAQMGDJj/BjbYYIMNNthgc9X/fAYMGDBgwID5V7LBBhtssMEGmxeVAQMGDJj/HAYMGDD/gQwYMP8mxhhjjDGXGTBg/n0MGDD/dgYMmH87A+YyY4z5VzFg/m0MmH8bA+b5MuYFMmD+bQyYfz0D5kVmjDEYMP96Bsy/ngHzr2fAPA9jjAF46RtfGoDf+q3f+m6uuuqqq/7nILjqqquu+h/k7//+738b4LqXein+tQyYF8LmX2LA/PsYMGD+fQwYMC+ADTbY/EsMGDD/MQwYMP8xDBgwYBtssPmPYsCAAfOfw4ABAwbMv4ENNti8KAwYMGDA/Oc4vOceADavu45/iQEDBgwYMGDA/BezwQYbbLDBBhtsrvqvYcCAAQMGDJh/BRtssMEGG2ywweZfy4ABAwbMfx4DBgyY/1ib110HwD379/BvYYwxxjyLAQPm38+A+fcxYP7tDBgwGGOMMS8yAwbMv40B829jwDxfxhjzApl/GwPmX8+A+Vcx5jLzb2P+bcy/jXm+jHmgl77hpQG47777buWqq6666n8Ogquuuuqq/0H+4R/+4XcArn/pl+bfyoB5AWyw+ZcYMP9+Bsy/nwED5gWwweZFYcCA+Y9hwID5j2PAgG2w+Y9mwIAB85/HgAED5l/JBhtssHlRGTBgwIAB8z+HAQMGDBgwYMCAAfNfxAYbbLDBBhtssMEGm6uePwMGDBgwYMCAAQPmX2CDDTbYYIMNNthgg82/lQEDBgwYMP+5DBgwYP5jGTBgwPzbGGOMMc9iwID59zNgwPzbGTBg/u0MmMuMMeZfxYD5tzNg/m0MmOfLGGNeIAPmX8+A+bcx/yrGGIMB869nwPzrGTD/egbM8zDGmBfk7Nmzz+Cqq6666n8OKlddddVV/4OcPXv2VoCt667DXCH+bcyziediA4DEC2OeTfzbmWcT/z7mCvF82AAg8aIwzyb+/cyzif8YBrC5nyT+o5nnJP5zmOclXkQ2zyLxr2WeP/E/k3nRif9kNv9qEv8bmX8Hm/9O5r+e+c9nXrCta68F4N7De3lBjHm+zH8c8x/D/PuZy4z5NzH/PubfzrxAxrxQ5t/O/NuYfxVjLjP/dubfxvzbmOfLmBfkpW98aQD+4R/+4be56qqrrvqfg8pVV1111f8g9913360A29ddx9Z113Fwzz2YK8S/nblCPBcbACT+JeYK8e9jrhD/PubZxHOxAUDiRWWeTfz7mWcT/3Fsc5mE+M9hnpP4z2Oel/gX2DwHiX8r84KJKw7vvReAzWuv5X8i8+8n/oPZ/Hcw//eZ/z7mP5/59zHmBTL/ccx/DPPvZ57FmH8T8+9j/u3MC2TMC2X+7cy/jflXMwYA829j/m3Mv415vox5oQzXbV8HwH333XcrV1111VX/cxBcddVVV/0P8w//8A+/DbB93XU8kAHz72PAPB822LwoDBgw/z4GDJh/PwMGzHOxweZfy4AB8x/DgAHzH8jGNrYxYP7zGDBgwPznM2DAgAHzL7DBBhts/qMYMGDg8N57Adi49lrM/z0GDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGzP8dBgwYMGDAgPmvY8CAAQPmP4cBAwbMi27z2mu5nzHGGPM8DBgw/34GDJh/PwPm38eAwRhjjPlXM2D+bQwYMP82BszzZYwxL5AB829jwPzbmH8VY4zBgPnXM2D+bcy/jXm+jHmhDG/86DcG4Ld+67e+m6uuuuqq/1kIrrrqqqv+h/n7v//73wa4/qVeiufHgPn3MWDAPBcbbF5UBsy/nwED5t/PgAHzADbY/FsYMGD+YxgwYMD8B7HBxjYGDJj/PAYMGDD/NQwYMGDAvBA22GCDzX8GAwYMGDBgwFx11YvGgAEDBgwYMP/1DBgwYMD85zFgwID5N7LBBuCeg3t4DgYMGDD/fgYMmH8/AwbMv48BgzHG/KsZMGD+bQyYfzsD5vkyxpgXyID5tzFg/m0MmBeZMcZgwPzbmH8bA+Zfz4B5HsYY8wIZMFddddVV/9MRXHXVVVf9D/MP//APvwNw/Uu/NC+MAQPm38eAeS422LyoDBgw/34GzH8MAwbMM9lg829lwID5j2PAgPkPYoMNgAED5j+XAQMGDJj/GgYMGDBgXgAbbLDB5t/i4J57ANi87jr+JQYMGDBgwIABA+aq/+sMGDBgwIABAwbMfx8DBgwYMP+5DBgwYP6NbLDBBhuAreuuA+Dew3vBgAHzH8OAAfPvZ8CA+fcxYLCNMcb8qxkw/3YGzL+dAfM8jDHGmBfIgPm3MWD+bQyYF5kxxlxm/m0MmH89A+bfxjxfxrxQ5jm89I0vDcA//MM//A5XXXXVVf+zULnqqquu+h/m7NmztwJsXXcdLypzhfi3M1eIB7BB4l/DXCH+fcyziX8/c4UAbJ5F4t/CPJv4j2Gek/h3sHkWCfOcxH8u85zEfw3z/IkHsHkOEv/VzItGXPU/jfnfw/zXM/8BbF4YA+Y/mPmPZf5jmMuM+Tcz/z7m38c8X8b8i8y/nfm3M/9qxlxm/m3Mv535tzHPlzEvlHm+XvrGlwbgH/7hH36bq6666qr/WahcddVVV/0PtX3ddfxrmSvEv515NgHYXCbxr2GeTfz7mGcT/z7m2QRgc5nEv5V5NvEfxzyb+HeweRYJAPOcxH8u87zEfx3z/AnA5nlIPNDhvfcCsHXttdzHfx3zryOu+tcy//uZ/z7m38nmRWGe09a11wJwz8E9/JuZ/1jmP4a5zJh/M/PvZ/59zPNlzL/I/NuZfzvzr2bMZebfzvzbmH8783wZ80KZF+i67esAuO+++27lqquuuup/FoKrrrrqqv9h7rvvvlv/4R/+4bcBrn/pl+bfwoAB8+9jwDyTDTb/FgYMmH8/AwbMv58BAwawwebfy4AB8x/LgAED5t/BBhtsHsiAAQPmv4YBAwYMmP96BgwYMGDAgG2wwQab/y0MGDBgwIABAwYMGDBgwIABAwYMGDBg/ucyYMCAAQMGDBgwYMCAAQMGDBgwYMD872LAgAEDBsx/HQMGDBgw/wY22GCDzQtiwIAB8x/IgAHzH8OAAfPvY8BgG2OM+TcxYP59DJh/OwPmeRhjzAtlwPzbmX87869ijDEYMP82Bsy/jfm3MWCehzHGvEAGzAv00je+NAD/8A//8NtcddVVV/3PQ3DVVVdd9T/QfffddyvAdS/1Uph/HwPm38eAAQPYYPNvZcD8xzBg/mMYMGAbbLD59zJgwPzHM2DA/DvYYIPNczNgwID5r2PAgAED5r+PAQMGDu65B4CNa6/FNtj8f2DAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBsz/bQYMGDBgwID5r2XAgAED5t/ABhtssMHmBTFgwID5l21edx0A9x7cy7/IgAHzH8OAAfPvZ7CNMcb8mxgwYP7tDBgw/3YGzPMwxpgXyoD5tzNg/m0MmBeZMcYAYP5tDJh/GwPmX8+AeR7GGPNCmX/RddvXAXDffffdylVXXXXV/zxUrrrqqqv+B7rvvvtuBdi+7joAzBXi3848m/i3M1fI5jKJfwvzbOLfxzyb+Pczz2QjAIl/L/OcxH8c85zEv4HNs0g8N/O8xH8N87zEfy8D2DwPCQBx1VUvmPmfxfwHsPnXMv+JzH8s8x/HYMy/m/n3M/8+5gUy5l9k/n3Mv535VzHmWcy/nfm3Mf925vky5oUyL7KXvvGlAfiHf/iH3+Gqq6666n8eKlddddVV/wP9wz/8w+8AbF93HQ9krhD/PuYK8W9nnslGABL/VubZxL+PeTbx72cAGwBJ/Ecxzyb+Y5nnJP6VbJ5F4gUxz0n81zHPn/jPcXjPPQBsXXstL5QNgHkuEs9NXPV/kfmfzfwHsPnXMv+xtq69FoB7Du8BAPMfz/zHMZcZ8+9m/v3Mv495gYz5F5l/H/NvZ/5VjHkW829n/u3Mv415voz5F5l/lZe+4aUBuO+++27lqquuuup/HipXXXXVVf8DnT179laAreuu4/kxzyb+7cwV4t/HADYCkPj3MFeIfz/zbOLfzzbPIiH+Y5jnJP5jmeck/hVsnkXihTHPSfzXM8+f+G9m89ws8aIQV/1PYP73Mf9ONv9W5r+IAfMfx/zHMhjz72b+/cy/n3m+jHmRmH8f829n/tWMAcD825l/O/NvZ54vY14o829y3c51AJw9e/ZWrrrqqqv+5yG46qqrrvof6L777rv1vvvuu3X7uuu4/qVfmhfGgPn3MWDA/PsYsI1t/r0MGDD/MQwYMP9BbGxjwPzHMmDA/OcwYMCA+VewwQabF4UBAwYMmP8+BgwYMGDAvOgO770XgM3rruM/jA022GCDDTbPzYABAwYMGDBgwIABAwYMmKteGAMGDBgwYMCAAQMGDBgw/7MZMGDAgAHzr2CDDTbYYIPNv4YBAwbMfw4DBgxsXncdAPce3Mu/mwED5j+GwTa2MebfzIAB8+9jwPz7GDDPwxhj/kUGzL+dAfNvY8D8qxhjzGXm38782xgw/zYGzPMwxpgXyvybXLd1Hfe77777buWqq6666n8eKlddddVV/0OdPXv21muuuebBvIjMFeLfx1wh/n1sc5mE+Pcxzyb+/cyziX8nGwBL3E/8xzHPSfzHM89JvAhsnkXiRWWel/jvY14w8d/E5gWSeFGZ/xziv4656oHMv5PNfxTzn8/8JzL/sQzG/Icw/zHMv595vox5kZh/H/NvZ/7VjHkW829n/u3Mv415voz5F5l/O8NL3/jSAPzWb/3Wd3PVVVdd9T8TwVVXXXXV/1B///d//9sA17/US/GvYcCA+fcxYMD8O9nYxvzHMGDA/McwYMD8O9lgg40BA+Y/ngED5j+PAQMGzIvABhts/i0MGDBgwPzPYMCAgf177gFg89prMf+NbLDBBhtssMHmv4oBAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABA+b/JwMGDBgwYMC8iGywwQYbbLDB5t/KgAEDBsx/HgMGzAu3de21ANxzeA8vMgMGzH8I29jGNsb8uxgwYP59DBgw/3YGDJjnYIwxxvyLDJh/OwPm3878qxhjzGUGzL+NAfNvY8D825jny5h/kfm3MWAue+kbXxqA++6771auuuqqq/5nIrjqqquu+h/qH/7hH34H4IaXfmn+rQyYfz8D5t/JxjYGzH8MA+Y/jgED5t/JBhsAAwYMmP9YBgwYMP95DBgwYP4FNthgg82/lQEDBgyY/1kMGDBgwIABA+a/iQ022GCDDTbYYIPNVf/9DBgwYMCAAQPmX2CDDTbYYIMNNthg8+9lwIABA+Y/lwEDBsx/MAMGDJj/ELaxjW3+Qxgw/34GzL+PAfM8jDHmRWLA/NsZMP92BsyLzBhjLjNg/m0MmH8bA+bfxoB5HsYY80IZMP825vk6e/bsM7jqqquu+p+JylVXXXXV/1Bnz569FWDruuswIP7tzLOJfzvzbOLfyAbAEvcT/z7m2cR/DPNs4t/I5lkkAMyzif9Y5jmJ/xzmOYkXwuZZJP49zPMn/utsXXcdLwrzLxP/DWz+RRJX/duYfweb/2rmv575j7F13XUA3HtwL8/B/IezzX8o8x/D/Mcwz5cxLzLz72P+fcy/ijHPYv59zL+d+bczz8OYf5H5tzPP10vf+NIA/MM//MNvc9VVV131PxOVq6666qr/oe67775bAbavu47t665j/557ABD/PuYK8e9jrhD/RjaXSZgrxL+feTbxH8M8m/g3srlM4n7m2cR/PPOcxH8O87zE82HzHCT+I5jnT/zHObz3Xv6jmRed+C9k868m8X+Z+Tew+Z/C/Pcw/wXMfwrb/Icy/3HMv595vox5kZl/P/PvY/5VjHkW8+9j/u3Mv515voz5F5l/O/MCXbdzHQD33XffrVx11VVX/c9EcNVVV131P9g//MM//DbA1nXXcT8DBsy/jwHz72fAgPk3ssEGGwMGzH8MAwbMfxwDBsy/kQ022DyQAQMGzH8OAwYMmP9cBgwYMGCeDxtssPnPYMCAAQMGzL/dwT33ALB57bX8VzNgwIABAwYMGDBgwIAB81/MBhtssMEGG2ywwQYbbLDBBhtssMEGG2yw+c9kwIABAwYM2MY2trGNbWxjG2ywwQYbbLDBBhtssMEGG2z+uxgwYMCA+a9jwIAB859n89pr+Y9mjG1sY5v/EAYMmH8/AwbMv48B8zyMMeZFYsD8+xgw/3YGzIvMGGMuM2D+7QyYfxsD5t/GgHkexhjzQhkw/zYGzAv0xo9+YwB+67d+63u46qqrrvqfi+Cqq6666n+wv//7v/9tgBte6qV4fgyYfx8DBsy/nwED5t/IBhsAAwbMfwwDBsx/HAMGzL+RDTbPjwED5j+PAQMGzH8+AwYMGDAPYIMNNtj8ZzJgwIABA+b/HgMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQPmP44BAwZsYxvb2MY2trGNbWxjG9vYxja2sY1tbGMb29jGNraxDTbYYIMNNtj8b2LAgAEDBgyY/1oGDBgw/3kMGDBgnu2eg3v49zDGNrbB/McwYMD8xzBg/v0MmOdgjDHGvEgMmH8fA+bfzoB5kRljzLOYfzsD5t/GgPm3M8/DGGNeKAPm38aA+Rddt3MdV1111VX/CxBcddVVV/0P9g//8A+/A3D9S7802LwgBsy/nwHzH8OA+TeyweZ+BgyY/xgGDJj/OAYMGDD/SjbYYPP8GDBgwPznMWDAgPmvYcCAAQPmmWywwea/igEDBgwYMGCuOLz3XgC2rruOq57NgAEDBgwYMGDAgAEDBgwYMGDAgLnq+TFgwIABA+a/hwEDBgyY/zwGDBgwz2vruusAuPfgXv41jLGNbWyD+Y9hwID5j2HAgPn3MWDAPAdjjHmRGTD/dgYMmH87A+ZFZowxz2LA/NsYMP925t/OgHkexvyLzL+deZFdt30dAP/wD//w21x11VVX/c9F5aqrrrrqf7CzZ8/eCrB93XUAYAOAxPNjnk3825lnE/8+5tnEv5INABL3M1eI/xjm2cR/HPNs4l/B5lkknh/znMR/DvOcxH8N81xsxANI/Fczz2bAPCdx1VX/euZ/JvNfy/znMOYy85/D/Mcx/3HM8zDmX8X8+5l/P/OvYsxzMP925t/H/NuZ58uYf5H5tzP/ai9940sD8A//8A+/zVVXXXXV/1wEV1111VX/C2xfdx3PwQabF8aA+fczYP5jGDD/BjbYPJABA+Y/jgED5j+WAQPmX8kGm3+JAQMGzH8eAwYMGDD/dQwYMGAb22CDzX+Vg3vuAWDr2mt5bgYMGDBgwIABA+aq/48MGDBgwIABA+Z/BgMGDBgw//kMGDBg/vU2r70WgHsO7uGBjDHGGNtgwPzHMWDAgPn3M2DA/PsZMGCegzHGvMgMmH8fA+bfx4B5kRljzLMYMP925t/OgPm3MWCehzHG/IvMv535N7lu5zoA7rvvvlu56qqrrvqfi+Cqq6666n+w++6779Z/+Id/+G2A61/6pXkeNv8SA+bfz4AB8+9nwID5V7LB5rkZMGD+4xgwYP5jGTBgwLyIbLDB5kVhwID5z2fAgAHzX8uAAdvYxja2+Z/KgAEDBgwYMGDAgLnqfwMDBgwYMGDAgAED5n8WAwYMGDBg/msYMGDA/McyxhjbYMCA+Y9jwID5j2PA/McwYJ6DMcYY8yIzYP59DJh/HwPmRWaMMc9iwPzbGTD/NgbMv515voz5Fxkw/zYGzL/JGz/6jQH4h3/4h9/mqquuuup/NoKrrrrqqv/h7rvvvlsBrn/pl+b5ssHmX2LAgPn3M2DA/PsZMGD+FWywwea5GTBg/uMYMGD+4xkwYF5ENthg86IwYMCA+c9nwIABA+a/nm1sYxvb2Mb8+x3cey8Am9ddx38mAwYMGDBgwIABAwYMmKv+IxgwYMCAAQMGDBgwYMD8z2fAgAED5r+WAQMGzH8gG2y2rr0WgHsO7gED5j+WAQPmP44BA+bfz4AB8yzGGGPMi8yAAfPvY8D82xkwYF5kxhjzLAbMv50B829jwPzbGTDPwxhjXigD5t/GgPm3M89y33333cpVV1111f9sVK666qqr/oe77777bgW44aVfmr/gCvF82Fwm8S8xV4h/P3OF+PczzyZeRDaXSTw382ziP4Z5TuI/jnlO4l9g8ywSLwrznMR/PvO8xH8xG/MAEg8k/vcy/zHE/07m/yfzP4P5T2TzQOY/kfmPZ/7jmOfLmH818+9n/v3Mv5oxz8H8+5h/H/NvZ54vY14k5t/O/PuYy176xpcG4B/+4R9+h6uuuuqq/9moXHXVVVf9D/cP//APv8NzMc8mnovNZRL/EvNs4t/HPJv49zNXiBeRzWUSz495NvEfxzyb+I9lnpN4IWyeReJFZZ6X+M9nnpf4L2TzQAaQeH7EFYf33APA1nXX8X+Ruep/IvM/i/lPZPNA5vnbuu46AO49uJd/F/Mfz/zHMs/DmH818x/D/PuZfzVjnoP59zH/PubfzjxfxrxIzL+d+fcxz+Glb3xpAP7hH/7ht7nqqquu+p+NylVXXXXV/3Bnz569FWD7uut4fswV4rnYXCbxojBXiH8/c4X49zPPJl4ENpdJvCDm2cR/HPNs4j+eeTbxQtg8i8S/lnlO4r+GeV7iv5DNc5AAMFeYZzPPJq666t/O/M9l/hPZPDfzn8z85zD/sczzMObfxPzHMP9+5l/NmOdg/n3Mv4/59zHPw5gXifm3M/9+5nlct3MdV1111VX/SxBcddVVV/0Pd9999936D//wD7+9fd113PDSL80LYsA8HzbYvKgMGDD/fgYMmP8YBgyYF4ENNti8MAYMmP9YBgwYMP/xDBgwYF4IG2yw+bcyYMCA+a9lwIABA+a/kA022GBzcM89AGxdey0PZMCAAQMGDBgwV/1/Z8CAAQMGDBgw/zMYMGDAgAHzH8gGG2ywwQbAgAED5kW3de21ANxzcA//IgMGzH8sAwbMfwwDBsyzGGOMMf8qBgyYfz8D5t/HgHmRGWOMMc9iwPzbGTD/dgbMv50B8zyM+RcZMP925t/HgHke1+1cx/3uu+++W7nqqquu+p+NylVXXXXV/zHm2cQD2Fwm8aIyV4h/P/Ns4t/PPJv4F9gAIPHCmGcT/7HMs4n/eOY5iefD5lkk/q3M8xL/dczzJ/4L2TwHiRfEvGjEVf/bmP99zH8ymxfE/Bcx/znMfzzzPIz5NzH/Mcx/DPOvYszzMP8+5t/H/PuY58uYF4n5tzP/PuaFeukbXxqA3/qt3/purrrqqqv+5yO46qqrrvpf4O///u9/G+D6l35p/jUMmOdig82/hgED5j+GAfMfx4AB8y+wweZFYcCA+Y9nwIAB85/DgAED5vmwwQab/wgGDBgwYP7rGTBgwIAB8x/n8N57Adi87jqehw022GCDzb+WAQMGDBgwYMCAAQMGzFX/GQwYMGDAgAEDBgwYMGD+ZzNgwIABA+Y/mA022GCDzQMZMGDA/MfZuu46AO49uJfLDBgwYP5jGTBg/uMYMGCexRhjjPlXMWDA/PsZMP8+BgyYF5kxxjwHA+bfzoD5tzNg/u0MmOdhjDH/IgPm3878+5h/0Uvf+NIA3Hfffbdy1VVXXfU/H5Wrrrrqqv8F/uEf/uF3AG546ZfmL/jXM88mnsnmMol/DfNs4t/HPJv4j2GeTbwANs8i8S8xz0n8xzLPJv5zmOckHsDmWST+o5jnJP57mBdM/Ceyeb4k/iOY/xji/wbz/5P5L2DzLzH/DQyY/3jmP555Hsb8m5n/GOY/hvlXM+Y5mH8/8+9j/n3M82XMi8T8+5h/H/Ovdvbs2Wdw1VVXXfU/H5Wrrrrqqv8Fzp49eyvA9nXX8e9lrhDPZHOZxL+WuUL8+5lnE/8xzLOJF8DmMokXlXk28R/LPCfxn8M8J/FMNs8i8R/JPC/x38u8YOI5HdxzDwBb117Lv4vN8yXx38Fc9T+d+S9i86Iy/3XMc9q67joA7jm4h/8Q5j+HeR7G/JuZ/zjmP4b5VzHmeZh/P/PvZ/59zPMw5kVi/n3Mv5/5V3npG18agH/4h3/4ba666qqr/ucjuOqqq676X+C+++679b777rt1+7rr2LruOsy/nwED5plssPm3MGDA/McwYMD8xzFgwLwANthg869hwID5z2HAgPnPZcCAAfNMNthg85/FgAEDBgyY/xkMGDBgwDyb+U9ggw022GCDDTZX/d9nwIABAwYMmP9gNthggw022GDzghgwYMCA+c9nwID5T2LAgPmPZcCAucwYY4wx5l/NgAHz72fAgPn3M2BeZMYY8xwMmH8fA+bfx4D5tzNgnoMxxrxIzL+dAfPvY8D8q123cx0A9913361cddVVV/3PR3DVVVdd9b/E2bNnbwXYvu46AAyY/xgGzDPZYPNvZcD8xzFgwPzHMWDAvAA22PxrGTBgwPzHM2DAgPnPZcCAAQO2wQab/woGDBgwYP5nOLjnHgC2rrsOAwYMGDBgwID5D2aDDTbYYIMNNthc9T+fAQMGDBgwYMD8B7LBBhtssMEGG2z+JQYMGDBg/msYMGDAvGBb110HwD0H9/CvZsCA+Y9lwIC5zBhjjPk3M2D+Yxgw/34GDJgXmTHGPAcD5t/HgPn3MWD+7QyY52HMi8SA+bcz/z4GzL/JGz/mjQH4rd/6re/mqquuuup/B4Krrrrqqv8l/v7v//63AW546ZfmgQwYMP9+BgwYwAabfysDBsx/HAMGzH8cAwbM82GDzb+VAQPmP4cBAwbMfz4DBmxjG2yw+a9iwIABAwbM/1wGDBgwYMCAAQMGzH8QG2ywwQYbbLDB5qr/XAYMGDBgwIABA+Y/kA022GCDDTbYYPOiMmDAgAED5r+GAQMGDJj/JAYMGDD/sQwYMJcZY4wx/2YGDJh/PwMGzL+fAfOvYowxz8GA+fcxYP59DJh/OwPmeRhjzL/IgPm3M2D+fcy/neG67eu46qqrrvpfhuCqq6666n+Jf/iHf/gdgBte+qV5QQyY/xgGDGCDzb+HAQPmP44B8x/LgAHzXGywwebfyoAB85/HgAED5j+fAQO2sY1t/jsYMGDAgAHzn+Pg3nsB2Lr2Wv6jGDBgwIABAwYMGDBgwPwb2WCDDTbYYIMNNthgc9UVBgwYMGDAgAEDBgwYMP9BbLDBBhtssMEGG2yw+dcyYMCAAQPmv5YBAwbMv8/WtdcCcO/BvTxfBgyY/3gGDJjLjDHGmH8zAwbMfwwD5j+GAfMiM8YYY56DAfPvY8D8+xgw/3YGzPMwxph/kQHzb2fA/PsYMP925rLrdq4D4B/+4R9+h6uuuuqq/x2oXHXVVVf9L3H27NlbAbavu45/iXk28e9jnslGABL/HubZxL+feTbxH8c8m3gAm8sk/q3McxL/OcxzEv/5bPMcJMR/D/P8if/dzL+PeCFs/tUk/icy/81s/iuZ/znMfyHzn8s8izH/Icx/LPMfx/yrGfM8zH8M8+9n/n3M82XMi8T8+5h/P/PvYy4zBuClbnwpAP7hH/7ht7nqqquu+t+BylVXXXXV/zLb113Hv4a5Qvz7GcBGABL/XuYK8R/DPJv4j2OekwBsnkXi38M8J/Gfwzwn8V/AxjyTxP3Efx/zgokX7uCee+ClXoqt666Dv/kb/jcy/8Fs/lNI/Jew+d/E/M9i/mttXXcdAPfs3wPmP555Dsb8hzD/8cx/HPOvYszzZf5jmH8/8+9jni9jXmTm38f8+5l/O3OZMQ90/c71ANx33323ctVVV131vwPBVVddddX/Evfdd9+t//AP//DbADe89Evzr2XAgPn3M2Ab2/xHMGDA/McxYMD8xzNgwDyTDTbY/EcwYMD85zJgwID5L2CDDTa2MWDAgPmfwYABAwYMGDBgrvovZYMNNthggw022GCDDTbYYIMNNthggw022GCDDTbYYIPN/0QGDBgwYMCA+e9lwIABA+Y/nwEDBsx/EgMGDMYYY4wx/y4GDJj/OAYMmH8/AwbMi8wYY56HAfPvY8CA+fcxYP7tDJjnYYwxLxID5t/OgPn3MWD+7cxlxjzQGz/mjQH4h3/4h9/mqquuuup/D4Krrrrqqv9F7rvvvlsBbnjpl+bfw4D5j2Eb25j/GAYMmP84BgyY/3gGDJhnssHmP4oBAwbMfy4DBgwYMP/JbLDBBhsDBgwYMP/zHNxzDwCb116LAQMGDJirrnrRGDBgwIABAwbM/wwGDBgwYP5rGDBgwDyvrWuvBeCeg3v4dzFgwGCMMcb8uxkwYP7jGDBg/mMYMC8yY4wx5jkYMGD+fQyYfz8D5t/OgHkexhjzIjFg/u0MmH8fA+bfzoDBGGNekPvuu+9Wrrrqqqv+96By1VVXXfW/yH333XcrwA0v/dIYEP8+5tnEv5ONuUIS/xHMs4n/GOY5if845gFsxDNJ/Ecxz0n85zLPSfwnsnkOEub5E/8zmReNuOr/KvO/j/nvY/6LmGcx5j+U+Y9n/mOZfzVjni/zH8P8+5l/P/N8GfMiM/8+5t/P/PuYy4x5YV7mppcB4B/+4R9+h6uuuuqq/z2oXHXVVVf9L/IP//APvwOwfd11AJgrxL+fuUL8+9kGAAnxH8M8m/iPY55N/Mcyz2QjnkniP5J5TuI/l3le4j+JzXOQuJ95/sR/roN77wVg67rr+PcwLzpx1X8383+D+e9n/n22rrsOgHsP7uVfZC4z5j+c+c9h/mOZfxVjXiDzH8P8+5l/P/N8GfMiM/9+5t/P/PuYy4z5l7z0jS8NwD/8wz/8NlddddVV/3tQueqqq676X+Ts2bO38nyYK8S/n3k28e9kYwAJAPEfwzyb+I9jnk38xzLPZAMgif8M5jmJ/3zmeYn/BDbPQeK5medP/O9l/m3EVc/N/P9g/mcw/8XMZcb8pzD/Ocx/LPOvZszzZf7jmH8/8+9nni9jXmTm38/8+5l/H3OZMS+q63auA+C+++67lauuuuqq/z0Irrrqqqv+F7nvvvtu/Yd/+Iff3r7uOm546ZfmuRkwYP5jGDD/AWywMWD+YxkwYP5jGTBg/nPYxja2+c9kwIAB81/HgAEDBsx/AhtssMHmhTFgwIABAwbMv87BPfcAsHXddfxPZ8CAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQPm/x4DBgwYMGD++xgwYMD859i67joA7tm/BwwYbGMbY4z5D2XAgPmPZcCA+Y9hwIB5kRljjDHPw4D59zNgwPz7GDD/PgbM8zDGmBeJAfPvY8D8+xgw/3YGDMYY86J66RtfGoCzZ88+g6uuuuqq/12oXHXVVVf9H2WuEP9+5tnEv4MNgCXuJ/7jmGcT/3HMs4n/eLZ5Fgnxn8c8J/Ffxzwv8R/I5nlI/EvMCyauuuq/l/mfyfzXM4ANgDHG/Kcw/znMfzzzr2LMC2T+45j/GObfzzxfxrzIzL+f+fcz/34GY/4trtu5DoC///u//22uuuqqq/53Ibjqqquu+l/m7//+738b4IaXfmleFAYMmP8YBgyYfwcbbAAMGDD/sQwYMP+xDBgwYP4T2NjGNgbMfy4DBgyY/3oGDBgwYP6D2WCDDTb/WgYMGDCwf++9AGxdey3mqqv+/QwYMGDAgAED5n8GAwYMGDD/NQzYxja2wWb7uusAuHf/Xv7DGDBgwPzHMmDA/McxYMC8yIwx5vkyYP5jGDD/fgbMv48B8zyMMeZFYsD8+xgw/37m38eAwZh/E8PL3PgyANx3331P56qrrrrqfxcqV1111VX/y/zDP/zD7wDc+NIvzZ/zr2OuEP8xzBXi38jmWSTMs4n/OObZxH8s82ziP5gNgAEkAMR/LvO8xH8t8/yJ/wA2z0Pi38r8y8RV/1+Z/33Mfx/b/Jcx/3nMfzzzr2bMC2T+45j/OObfzzwPY/5VzL+f+Y9h/n3MZcb8m5jncfbs2Wdw1VVXXfW/C5Wrrrrqqv9lzp49eyvA9nXX8W9lnk38+5lnE/9GNpdJAJhnE/9xzLOJ/1jm2cR/MBsASzyQ+M9nnpP472Gel/gPYPM8JJ6fg3vuAWDruut4UZkXnbjqfwPzv5/5b2Zj/vW2rrsOgHsO7uFfxfznMv85zL+KMS+U+Y9j/mOY/xjmeRjzr2L+/cx/DPPvYy4z5t/MPIeXvumlAfiHf/iH3+aqq6666n8Xgquuuuqq/2Xuu+++W++7775bt6+7ju3rruPfy4D5j2PAgPk3ssHmgQwYMP+xDBgw//EMGDBg/gPZYIMNgAEDBsx/DQMGDBgw/30MGDBgwIAB8+9kgw022GDzX8GAAQMGDBgwYMCAAQMGzFX/XgYMGDBgwIABAwYMGDBg/ncxYMCAAQPmv5gNNraxjW3MfwEDBsx/DgMGzH8sAwbMi8QYY4x5vgwYMP8xDJh/PwPm38+AeQ7GGPMiM2D+fQyYfz8D5t/HYIwx/yYGzPO4buc6AO67775bueqqq67634Xgqquuuup/obNnz94KsHXddRgw/34GDJj/OAbMv5ENNtg8kAED5j+WAQPmP4cBAwbMfxAbbLC5nwEDBsx/HQMGDBgw//0MGDBgwID5d7DB5uCeewDYuvZasPnvZsCAAQMGDBgwYMCAAQMGDBgwYMCAAfO/gwEDBgwYMGDAgAEDBgwYMGDAgAED5v8OAwYMGDBg/hvYYGMb29jGgPn327ruOgDuPbiX58uAAQPmP54BAwbMfywDBsyLxBhjjHmBDJj/GAYMmH8/A+bfz4B5DsYY8yIzYP79zL+fAfPvY8BgzL+JAfN8vfFj3xiA3/qt3/purrrqqqv+9yG46qqrrvpf6O///u9/G+DGl35p7mfA/McwYMD8xzBgwPwb2WDz3AwYMP+xDBgw/3kMGDD/QWywwQab+xkwYMD81zJgwIAB8z+DAQMGDBgwYP6NbLDBBhts/jczYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw/38ZMGDAgAED5r+BDTbYYGMb2xgw/0UMGDBg/nMYMGD+4xkwYF4kxhhjzAtkwID5j2HA/McwYP79DJjnYIwxLzID5t/PgPn3MWD+fQwYjDHmX82AeaGu276Oq6666qr/xQiuuuqqq/4X+od/+IffAbjhpV+a52bA/McxYP7jGDBg/g1ssHl+DBgw/7EMGDBg/nMYMGDA/AexwQabBzJgwIAB81/LgAEDBsz/LAYMGDBgwIABc8XBPfcAsHXttbxANthggw022GBz1VUvjAEDBgwYMGD+m9hggw022NjGgAED5r/G1rXXAnDP/j1g/vMYMGD+4xkwYF4kxhhjzAtkwID5j2HAgPn3M2DA/PsZMM/BGGNeZAbMv58B8+9n/n0MGIwx5t/EvEiu37kegH/4h3/4Ha666qqr/vehctVVV131v9DZs2dvBdi57jpeEPNs4t/PPJv4j2GeTfwr2DyLxHMzzyb+Y5lnE/85zHMS/042zyLx3MxzEv+1zPMn/ucxYK4wYJ6X+BfYPF8SV/3fZ/6Hsnlu5r+XeU5b113Hfwrzn8v8qxjzLzL/8cx/HPMfwzwPY/7VzH8M8x/D/PuYy4z5NzP/Ki9900sD8A//8A+/zVVXXXXV/z4EV1111VX/C9133323Amxfdx0vCgMGzH8MAwbMfxwDBsy/kg02L4gBA+Y/ngEDBsx/HgMGzH8AG2yweUEMGDBgwPz3MGDAgAED5r/fwb33ArB93XU8PwYMGDBgwIABAwbM82GDDTbYYIMNNlf9z2fAgAEDBgwYMGDA/DeywQYbbLDBBhtsDBgwYMD81zNgwIB5we45uId/NwMGzH8OAwbMi8QYY4x5oQyY/zgGDJj/GAbMv58B8xyMMeZfxYD59zNg/v0MmH8fgzHG/JsYMP9q1+1cB8B99913K1ddddVV//sQXHXVVVf9L/UP//APvw1ww0u/NP8aBsx/HAPmP5YBA+ZfwQabF8aAAfOfw4AB85/HgAED5t/JBhts/iUGDBgw/70MGDBgwID538eAAQMGDBgwYMCAAQPYYIMNNthggw022Fz1H8+AAQMGDBgwYMCAAfM/gA022GCDDTbYYHM/AwYMGDBg/usZMGDAgPlPZsCAAfOfw4AB8yIxxhhjXigDBsx/HAPmP4YBA+bfz4B5DsYY869iwPz7GTD/fgbMv4/BNsb8mxgw/yZv/Ng3BuAf/uEffpurrrrqqv+dCK666qqr/pf6+7//+98GuPGlX5p/CwMGzH8MAwbMfywD5l/BBhtsXhgDBsx/DgMGDJj/PAYMGDD/DjbYYIPNv8SAAQMGzH8/AwYMGDBg/uMd3HMPAFvXXcd/FQMGDBgwYMCAAQO2sY1tbGMb29gGG2z+vzFgwIABAwYMGDBgwIABAwYMmP9BbLDBBhtssMEGG2yemwEDBgwYMP99DBgwYP5ttq+7DoB79u/hRWLAgPnPYcCAAfMiMcYYY14oAwbMfxwDBsx/DAPmP4YB8yzGGGPMv4oB8+9nwPz7GTD/PgYMxvybmX8fc9l99913K1ddddVV/ztRueqqq676X+6Gl35p/r3MFeI/hnk28R/DPJt4EdkAIPHCmGcT/znMs4n/POY5iX8jm2eReFGY5yX++5kXTPz/YJ7J5kUmcdV/Ipv/COZ/HvPfxPznM/9qxrxIzH888x/L/Mcxz8OYfxPzH8P8xzD/fuYyY/7NzL+f4WVuehkA/uEf/uF3uOqqq67634nKVVddddX/Uv/wD//wOwA7113H637yJ/MfTVwFIK56HhL/EgHmOQkwIP5327r2WgAe8UZvxNZ113HVVf/fmWcTYJ6TAPOcBJjnJMA8JwHmiutf6qUAeKnrX4pPes1P4n8yYx5ICGMeSAjbPJAkbPNAkrDNA0nCNg8kCds8kBDGPJAQxjyQEMY8kBDGPJAQxjyQEMY8kBDGPJAQxmCeRQhj/tsZEGCekwDznASY5yTA/M9hnpMA85wEmOckwDyPN37sGwPwD//wD7/NVVddddX/TuhBD3oQV1111VX/G11zzTUPfu3Xfu33eqd3eqfP5qqrrrrqqquuuuqqq/6TfP3Xf/37/NZv/dZ3c9VVV131vxN60IMexFVXXXXV/2av8zqv895cddV/LwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAfGcDIjnZEA8JwPiORkQz8mAeE4GxHMyIJ6TAf3Wb/3Wd3PVVVdd9b8XetCDHsRVV1111VVXXXXVVVddddVVV1111VVXXfV/EpWrrrrqqquuuuqqq6666qqrrrrqqquuuur/KipXXXXVVVddddVVV1111VVXXXXVVVddddX/VVSuuuqqq6666qqrrrrqqquuuuqqq6666qr/q6hcddVVV1111VVXXXXVVVddddVVV1111VX/V1G56qqrrrrqqquuuuqqq6666qqrrrrqqqv+r6Jy1VVXXXXVVVddddVVV1111VVXXXXVVVf9X0Xlqquuuuqqq6666qqrrrrqqquuuuqqq676v4rKVVddddVVV1111VVXXXXVVVddddVVV131fxWVq6666qqrrrrqqquuuuqqq6666qqrrrrq/yoqV1111VVXXXXVVVddddVVV1111VVXXXXV/1VUrrrqqquuuuqqq6666qqrrrrqqquuuuqq/6uoXHXVVVddddVVV1111VVXXXXVVVddddVV/1dRueqqq6666qqrrrrqqquuuuqqq6666qqr/q+ictVVV1111VVXXXXVVVddddVVV1111VVX/V9F5aqrrrrqqquuuuqqq6666qqrrrrqqquu+r+KylVXXXXVVVddddVVV1111VVXXXXVVVdd9X8Vlauuuuqqq6666qqrrrrqqquuuuqqq6666v8qKlddddVVV1111VVXXXXVVVddddVVV1111f9VVK666qqrrrrqqquuuuqqq6666qqrrrrqqv+rqFx11VVXXXXVVVddddVVV1111VVXXXXVVf9XUbnqqquuuuqqq6666qqrrrrqqquuuuqqq/6vonLVVVddddVVV1111VVXXXXVVVddddVVV/1fReWqq6666qqrrrrqqquuuuqqq6666qqrrvq/ispVV1111VVXXXXVVVddddVVV1111VVXXfV/FZWrrrrqqquuuuqqq6666qqrrrrqqquuuur/KipXXXXVVVddddVVV1111VVXXXXVVVddddX/VVSuuuqqq6666qqrrrrqqquuuuqqq6666qr/q6hcddVVV1111VVXXXXVVVddddV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@@ -102,11 +89,7 @@ firstSketch = startSketchOn('XY')
   |> extrude(length = 6)
 
 shell(firstSketch, faces = ['end'], thickness = 0.25)
-  |> appearance({
-       color = '#ff0000',
-       metalness = 90,
-       roughness = 90
-     }, %)
+  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)
 ```
 
 ![Rendered example of appearance 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@@ -121,11 +104,7 @@ firstSketch = startSketchOn('XY')
   |> line(end = [-24, 0])
   |> close()
   |> extrude(length = 6)
-  |> appearance({
-       color = '#ff0000',
-       metalness = 90,
-       roughness = 90
-     }, %)
+  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)
 
 shell(firstSketch, faces = ['end'], thickness = 0.25)
 ```
@@ -143,11 +122,7 @@ exampleSketch = startSketchOn('XZ')
   |> close()
 
 example = extrude(exampleSketch, length = 1)
-  |> appearance({
-       color = '#ff0000',
-       metalness = 90,
-       roughness = 90
-     }, %)
+  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)
   |> patternLinear3d({
        axis = [1, 0, 1],
        instances = 7,
@@ -173,11 +148,7 @@ example = extrude(exampleSketch, length = 1)
        instances = 7,
        distance = 6
      }, %)
-  |> appearance({
-       color = '#ff0000',
-       metalness = 90,
-       roughness = 90
-     }, %)
+  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)
 ```
 
 ![Rendered example of appearance 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@@ -198,11 +169,7 @@ exampleSketch = startSketchOn('XZ')
      }, %)
 
 example = extrude(exampleSketch, length = 1)
-  |> appearance({
-       color = '#ff0000',
-       metalness = 90,
-       roughness = 90
-     }, %)
+  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)
 ```
 
 ![Rendered example of appearance 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@@ -227,11 +194,7 @@ sweepSketch = startSketchOn('XY')
   |> circle({ center = [0, 0], radius = 2 }, %)
   |> hole(pipeHole, %)
   |> sweep(path = sweepPath)
-  |> appearance({
-       color = "#ff0000",
-       metalness = 50,
-       roughness = 50
-     }, %)
+  |> appearance(color = "#ff0000", metalness = 50, roughness = 50)
 ```
 
 ![Rendered example of appearance 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diff --git a/docs/kcl/std.json b/docs/kcl/std.json
index f1c2a1b89..807efdbb3 100644
--- a/docs/kcl/std.json
+++ b/docs/kcl/std.json
@@ -35215,47 +35215,8 @@
     "summary": "Set the appearance of a solid. This only works on solids, not sketches or individual paths.",
     "description": "This will work on any solid, including extruded solids, revolved solids, and shelled solids.",
     "tags": [],
-    "keywordArguments": false,
+    "keywordArguments": true,
     "args": [
-      {
-        "name": "data",
-        "type": "AppearanceData",
-        "schema": {
-          "$schema": "https://spec.openapis.org/oas/3.0/schema/2019-04-02#/definitions/Schema",
-          "title": "AppearanceData",
-          "description": "Data for appearance.",
-          "type": "object",
-          "required": [
-            "color"
-          ],
-          "properties": {
-            "color": {
-              "description": "Color of the new material, a hex string like \"#ff0000\".",
-              "type": "string",
-              "pattern": "#[0-9a-fA-F]{6}"
-            },
-            "metalness": {
-              "description": "Metalness of the new material, a percentage like 95.7.",
-              "type": "number",
-              "format": "double",
-              "maximum": 100.0,
-              "minimum": 0.0,
-              "nullable": true
-            },
-            "roughness": {
-              "description": "Roughness of the new material, a percentage like 95.7.",
-              "type": "number",
-              "format": "double",
-              "maximum": 100.0,
-              "minimum": 0.0,
-              "nullable": true
-            }
-          }
-        },
-        "required": true,
-        "includeInSnippet": true,
-        "labelRequired": true
-      },
       {
         "name": "solid_set",
         "type": "SolidSet",
@@ -36830,6 +36791,4422 @@
         },
         "required": true,
         "includeInSnippet": true,
+        "description": "The solid(s) whose appearance is being set",
+        "labelRequired": false
+      },
+      {
+        "name": "color",
+        "type": "String",
+        "schema": {
+          "$schema": "https://spec.openapis.org/oas/3.0/schema/2019-04-02#/definitions/Schema",
+          "title": "String",
+          "type": "string",
+          "definitions": {
+            "ArtifactId": {
+              "type": "string",
+              "format": "uuid"
+            },
+            "ExtrudeSurface": {
+              "description": "An extrude surface.",
+              "oneOf": [
+                {
+                  "description": "An extrude plane.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "extrudePlane"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The face id for the extrude plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "An extruded arc.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "extrudeArc"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The face id for the extrude plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "Geometry metadata.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "chamfer"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The id for the chamfer surface.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "Geometry metadata.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "fillet"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The id for the fillet surface.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "TagDeclarator": {
+              "type": "object",
+              "required": [
+                "value"
+              ],
+              "properties": {
+                "value": {
+                  "type": "string"
+                },
+                "digest": {
+                  "type": "array",
+                  "items": {
+                    "type": "integer",
+                    "format": "uint8",
+                    "minimum": 0.0
+                  },
+                  "maxItems": 32,
+                  "minItems": 32,
+                  "nullable": true
+                },
+                "start": {
+                  "type": "integer",
+                  "format": "uint",
+                  "minimum": 0.0
+                },
+                "end": {
+                  "type": "integer",
+                  "format": "uint",
+                  "minimum": 0.0
+                }
+              }
+            },
+            "SourceRange": {
+              "description": "The first two items are the start and end points (byte offsets from the start of the file). The third item is whether the source range belongs to the 'main' file, i.e., the file currently being rendered/displayed in the editor.",
+              "type": "array",
+              "items": {
+                "type": "integer",
+                "format": "uint",
+                "minimum": 0.0
+              },
+              "maxItems": 3,
+              "minItems": 3
+            },
+            "Sketch": {
+              "description": "A sketch is a collection of paths.",
+              "type": "object",
+              "required": [
+                "__meta",
+                "artifactId",
+                "id",
+                "on",
+                "originalId",
+                "paths",
+                "start",
+                "units"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the sketch (this will change when the engine's reference to it changes).",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "paths": {
+                  "description": "The paths in the sketch.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Path"
+                  }
+                },
+                "on": {
+                  "description": "What the sketch is on (can be a plane or a face).",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SketchSurface"
+                    }
+                  ]
+                },
+                "start": {
+                  "description": "The starting path.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/BasePath"
+                    }
+                  ]
+                },
+                "tags": {
+                  "description": "Tag identifiers that have been declared in this sketch.",
+                  "type": "object",
+                  "additionalProperties": {
+                    "$ref": "#/components/schemas/TagIdentifier"
+                  }
+                },
+                "artifactId": {
+                  "description": "The original id of the sketch. This stays the same even if the sketch is is sketched on face etc.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ArtifactId"
+                    }
+                  ]
+                },
+                "originalId": {
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "units": {
+                  "$ref": "#/components/schemas/UnitLen"
+                },
+                "__meta": {
+                  "description": "Metadata.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "Path": {
+              "description": "A path.",
+              "oneOf": [
+                {
+                  "description": "A path that goes to a point.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "ToPoint"
+                      ]
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A arc that is tangential to the last path segment that goes to a point",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "TangentialArcTo"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "ccw": {
+                      "description": "arc's direction",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A arc that is tangential to the last path segment",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "TangentialArc"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "ccw": {
+                      "description": "arc's direction",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "a complete arc",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "radius",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Circle"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "radius": {
+                      "description": "the arc's radius",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "ccw": {
+                      "description": "arc's direction This is used to compute the tangential angle.",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A path that is horizontal.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type",
+                    "x"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Horizontal"
+                      ]
+                    },
+                    "x": {
+                      "description": "The x coordinate.",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "An angled line to.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "AngledLineTo"
+                      ]
+                    },
+                    "x": {
+                      "description": "The x coordinate.",
+                      "type": "number",
+                      "format": "double",
+                      "nullable": true
+                    },
+                    "y": {
+                      "description": "The y coordinate.",
+                      "type": "number",
+                      "format": "double",
+                      "nullable": true
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A base path.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Base"
+                      ]
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A circular arc, not necessarily tangential to the current point.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "radius",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Arc"
+                      ]
+                    },
+                    "center": {
+                      "description": "Center of the circle that this arc is drawn on.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "radius": {
+                      "description": "Radius of the circle that this arc is drawn on.",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "ccw": {
+                      "description": "True if the arc is counterclockwise.",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "GeoMeta": {
+              "description": "Geometry metadata.",
+              "type": "object",
+              "required": [
+                "id",
+                "sourceRange"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the geometry.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "sourceRange": {
+                  "description": "The source range.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SourceRange"
+                    }
+                  ]
+                }
+              }
+            },
+            "SketchSurface": {
+              "description": "A sketch type.",
+              "oneOf": [
+                {
+                  "description": "A plane.",
+                  "type": "object",
+                  "required": [
+                    "__meta",
+                    "artifactId",
+                    "id",
+                    "origin",
+                    "type",
+                    "units",
+                    "value",
+                    "xAxis",
+                    "yAxis",
+                    "zAxis"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "plane"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "artifactId": {
+                      "description": "The artifact ID.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/ArtifactId"
+                        }
+                      ]
+                    },
+                    "value": {
+                      "$ref": "#/components/schemas/PlaneType"
+                    },
+                    "origin": {
+                      "description": "Origin of the plane.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "xAxis": {
+                      "description": "What should the plane’s X axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "yAxis": {
+                      "description": "What should the plane’s Y axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "zAxis": {
+                      "description": "The z-axis (normal).",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "units": {
+                      "$ref": "#/components/schemas/UnitLen"
+                    },
+                    "__meta": {
+                      "type": "array",
+                      "items": {
+                        "$ref": "#/components/schemas/Metadata"
+                      }
+                    }
+                  }
+                },
+                {
+                  "description": "A face.",
+                  "type": "object",
+                  "required": [
+                    "__meta",
+                    "artifactId",
+                    "id",
+                    "solid",
+                    "type",
+                    "units",
+                    "value",
+                    "xAxis",
+                    "yAxis",
+                    "zAxis"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "face"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the face.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "artifactId": {
+                      "description": "The artifact ID.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/ArtifactId"
+                        }
+                      ]
+                    },
+                    "value": {
+                      "description": "The tag of the face.",
+                      "type": "string"
+                    },
+                    "xAxis": {
+                      "description": "What should the face’s X axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "yAxis": {
+                      "description": "What should the face’s Y axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "zAxis": {
+                      "description": "The z-axis (normal).",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "solid": {
+                      "description": "The solid the face is on.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Solid"
+                        }
+                      ]
+                    },
+                    "units": {
+                      "$ref": "#/components/schemas/UnitLen"
+                    },
+                    "__meta": {
+                      "type": "array",
+                      "items": {
+                        "$ref": "#/components/schemas/Metadata"
+                      }
+                    }
+                  }
+                }
+              ]
+            },
+            "PlaneType": {
+              "description": "Type for a plane.",
+              "oneOf": [
+                {
+                  "type": "string",
+                  "enum": [
+                    "XY",
+                    "XZ",
+                    "YZ"
+                  ]
+                },
+                {
+                  "description": "A custom plane.",
+                  "type": "string",
+                  "enum": [
+                    "Custom"
+                  ]
+                }
+              ]
+            },
+            "Point3d": {
+              "type": "object",
+              "required": [
+                "x",
+                "y",
+                "z"
+              ],
+              "properties": {
+                "x": {
+                  "type": "number",
+                  "format": "double"
+                },
+                "y": {
+                  "type": "number",
+                  "format": "double"
+                },
+                "z": {
+                  "type": "number",
+                  "format": "double"
+                }
+              }
+            },
+            "UnitLen": {
+              "oneOf": [
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Mm"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Cm"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "M"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Inches"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Feet"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Yards"
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "Metadata": {
+              "description": "Metadata.",
+              "type": "object",
+              "required": [
+                "sourceRange"
+              ],
+              "properties": {
+                "sourceRange": {
+                  "description": "The source range.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SourceRange"
+                    }
+                  ]
+                }
+              }
+            },
+            "Solid": {
+              "description": "An solid is a collection of extrude surfaces.",
+              "type": "object",
+              "required": [
+                "__meta",
+                "artifactId",
+                "height",
+                "id",
+                "sketch",
+                "units",
+                "value"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the solid.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "artifactId": {
+                  "description": "The artifact ID of the solid.  Unlike `id`, this doesn't change.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ArtifactId"
+                    }
+                  ]
+                },
+                "value": {
+                  "description": "The extrude surfaces.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/ExtrudeSurface"
+                  }
+                },
+                "sketch": {
+                  "description": "The sketch.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/Sketch"
+                    }
+                  ]
+                },
+                "height": {
+                  "description": "The height of the solid.",
+                  "type": "number",
+                  "format": "double"
+                },
+                "startCapId": {
+                  "description": "The id of the extrusion start cap",
+                  "type": "string",
+                  "format": "uuid",
+                  "nullable": true
+                },
+                "endCapId": {
+                  "description": "The id of the extrusion end cap",
+                  "type": "string",
+                  "format": "uuid",
+                  "nullable": true
+                },
+                "edgeCuts": {
+                  "description": "Chamfers or fillets on this solid.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/EdgeCut"
+                  }
+                },
+                "units": {
+                  "$ref": "#/components/schemas/UnitLen"
+                },
+                "__meta": {
+                  "description": "Metadata.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "EdgeCut": {
+              "description": "A fillet or a chamfer.",
+              "oneOf": [
+                {
+                  "description": "A fillet.",
+                  "type": "object",
+                  "required": [
+                    "edgeId",
+                    "id",
+                    "radius",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "fillet"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the engine command that called this fillet.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "radius": {
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "edgeId": {
+                      "description": "The engine id of the edge to fillet.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    }
+                  }
+                },
+                {
+                  "description": "A chamfer.",
+                  "type": "object",
+                  "required": [
+                    "edgeId",
+                    "id",
+                    "length",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "chamfer"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the engine command that called this chamfer.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "length": {
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "edgeId": {
+                      "description": "The engine id of the edge to chamfer.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    }
+                  }
+                }
+              ]
+            },
+            "BasePath": {
+              "description": "A base path.",
+              "type": "object",
+              "required": [
+                "__geoMeta",
+                "from",
+                "to"
+              ],
+              "properties": {
+                "from": {
+                  "description": "The from point.",
+                  "type": "array",
+                  "items": {
+                    "type": "number",
+                    "format": "double"
+                  },
+                  "maxItems": 2,
+                  "minItems": 2
+                },
+                "to": {
+                  "description": "The to point.",
+                  "type": "array",
+                  "items": {
+                    "type": "number",
+                    "format": "double"
+                  },
+                  "maxItems": 2,
+                  "minItems": 2
+                },
+                "tag": {
+                  "description": "The tag of the path.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/TagDeclarator"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "__geoMeta": {
+                  "description": "Metadata.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/GeoMeta"
+                    }
+                  ]
+                }
+              }
+            },
+            "TagIdentifier": {
+              "type": "object",
+              "required": [
+                "__meta",
+                "value"
+              ],
+              "properties": {
+                "value": {
+                  "type": "string"
+                },
+                "info": {
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/TagEngineInfo"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "__meta": {
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "TagEngineInfo": {
+              "description": "Engine information for a tag.",
+              "type": "object",
+              "required": [
+                "id",
+                "sketch"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the tagged object.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "sketch": {
+                  "description": "The sketch the tag is on.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "path": {
+                  "description": "The path the tag is on.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/Path"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "surface": {
+                  "description": "The surface information for the tag.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ExtrudeSurface"
+                    }
+                  ],
+                  "nullable": true
+                }
+              }
+            }
+          }
+        },
+        "required": true,
+        "includeInSnippet": true,
+        "description": "Color of the new material, a hex string like '#ff0000'",
+        "labelRequired": true
+      },
+      {
+        "name": "metalness",
+        "type": "number",
+        "schema": {
+          "$schema": "https://spec.openapis.org/oas/3.0/schema/2019-04-02#/definitions/Schema",
+          "title": "Nullable_double",
+          "type": "number",
+          "format": "double",
+          "nullable": true,
+          "definitions": {
+            "ArtifactId": {
+              "type": "string",
+              "format": "uuid"
+            },
+            "ExtrudeSurface": {
+              "description": "An extrude surface.",
+              "oneOf": [
+                {
+                  "description": "An extrude plane.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "extrudePlane"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The face id for the extrude plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "An extruded arc.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "extrudeArc"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The face id for the extrude plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "Geometry metadata.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "chamfer"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The id for the chamfer surface.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "Geometry metadata.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "fillet"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The id for the fillet surface.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "TagDeclarator": {
+              "type": "object",
+              "required": [
+                "value"
+              ],
+              "properties": {
+                "value": {
+                  "type": "string"
+                },
+                "digest": {
+                  "type": "array",
+                  "items": {
+                    "type": "integer",
+                    "format": "uint8",
+                    "minimum": 0.0
+                  },
+                  "maxItems": 32,
+                  "minItems": 32,
+                  "nullable": true
+                },
+                "start": {
+                  "type": "integer",
+                  "format": "uint",
+                  "minimum": 0.0
+                },
+                "end": {
+                  "type": "integer",
+                  "format": "uint",
+                  "minimum": 0.0
+                }
+              }
+            },
+            "SourceRange": {
+              "description": "The first two items are the start and end points (byte offsets from the start of the file). The third item is whether the source range belongs to the 'main' file, i.e., the file currently being rendered/displayed in the editor.",
+              "type": "array",
+              "items": {
+                "type": "integer",
+                "format": "uint",
+                "minimum": 0.0
+              },
+              "maxItems": 3,
+              "minItems": 3
+            },
+            "Sketch": {
+              "description": "A sketch is a collection of paths.",
+              "type": "object",
+              "required": [
+                "__meta",
+                "artifactId",
+                "id",
+                "on",
+                "originalId",
+                "paths",
+                "start",
+                "units"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the sketch (this will change when the engine's reference to it changes).",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "paths": {
+                  "description": "The paths in the sketch.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Path"
+                  }
+                },
+                "on": {
+                  "description": "What the sketch is on (can be a plane or a face).",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SketchSurface"
+                    }
+                  ]
+                },
+                "start": {
+                  "description": "The starting path.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/BasePath"
+                    }
+                  ]
+                },
+                "tags": {
+                  "description": "Tag identifiers that have been declared in this sketch.",
+                  "type": "object",
+                  "additionalProperties": {
+                    "$ref": "#/components/schemas/TagIdentifier"
+                  }
+                },
+                "artifactId": {
+                  "description": "The original id of the sketch. This stays the same even if the sketch is is sketched on face etc.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ArtifactId"
+                    }
+                  ]
+                },
+                "originalId": {
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "units": {
+                  "$ref": "#/components/schemas/UnitLen"
+                },
+                "__meta": {
+                  "description": "Metadata.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "Path": {
+              "description": "A path.",
+              "oneOf": [
+                {
+                  "description": "A path that goes to a point.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "ToPoint"
+                      ]
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A arc that is tangential to the last path segment that goes to a point",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "TangentialArcTo"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "ccw": {
+                      "description": "arc's direction",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A arc that is tangential to the last path segment",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "TangentialArc"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "ccw": {
+                      "description": "arc's direction",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "a complete arc",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "radius",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Circle"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "radius": {
+                      "description": "the arc's radius",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "ccw": {
+                      "description": "arc's direction This is used to compute the tangential angle.",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A path that is horizontal.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type",
+                    "x"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Horizontal"
+                      ]
+                    },
+                    "x": {
+                      "description": "The x coordinate.",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "An angled line to.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "AngledLineTo"
+                      ]
+                    },
+                    "x": {
+                      "description": "The x coordinate.",
+                      "type": "number",
+                      "format": "double",
+                      "nullable": true
+                    },
+                    "y": {
+                      "description": "The y coordinate.",
+                      "type": "number",
+                      "format": "double",
+                      "nullable": true
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A base path.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Base"
+                      ]
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A circular arc, not necessarily tangential to the current point.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "radius",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Arc"
+                      ]
+                    },
+                    "center": {
+                      "description": "Center of the circle that this arc is drawn on.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "radius": {
+                      "description": "Radius of the circle that this arc is drawn on.",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "ccw": {
+                      "description": "True if the arc is counterclockwise.",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "GeoMeta": {
+              "description": "Geometry metadata.",
+              "type": "object",
+              "required": [
+                "id",
+                "sourceRange"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the geometry.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "sourceRange": {
+                  "description": "The source range.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SourceRange"
+                    }
+                  ]
+                }
+              }
+            },
+            "SketchSurface": {
+              "description": "A sketch type.",
+              "oneOf": [
+                {
+                  "description": "A plane.",
+                  "type": "object",
+                  "required": [
+                    "__meta",
+                    "artifactId",
+                    "id",
+                    "origin",
+                    "type",
+                    "units",
+                    "value",
+                    "xAxis",
+                    "yAxis",
+                    "zAxis"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "plane"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "artifactId": {
+                      "description": "The artifact ID.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/ArtifactId"
+                        }
+                      ]
+                    },
+                    "value": {
+                      "$ref": "#/components/schemas/PlaneType"
+                    },
+                    "origin": {
+                      "description": "Origin of the plane.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "xAxis": {
+                      "description": "What should the plane’s X axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "yAxis": {
+                      "description": "What should the plane’s Y axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "zAxis": {
+                      "description": "The z-axis (normal).",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "units": {
+                      "$ref": "#/components/schemas/UnitLen"
+                    },
+                    "__meta": {
+                      "type": "array",
+                      "items": {
+                        "$ref": "#/components/schemas/Metadata"
+                      }
+                    }
+                  }
+                },
+                {
+                  "description": "A face.",
+                  "type": "object",
+                  "required": [
+                    "__meta",
+                    "artifactId",
+                    "id",
+                    "solid",
+                    "type",
+                    "units",
+                    "value",
+                    "xAxis",
+                    "yAxis",
+                    "zAxis"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "face"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the face.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "artifactId": {
+                      "description": "The artifact ID.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/ArtifactId"
+                        }
+                      ]
+                    },
+                    "value": {
+                      "description": "The tag of the face.",
+                      "type": "string"
+                    },
+                    "xAxis": {
+                      "description": "What should the face’s X axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "yAxis": {
+                      "description": "What should the face’s Y axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "zAxis": {
+                      "description": "The z-axis (normal).",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "solid": {
+                      "description": "The solid the face is on.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Solid"
+                        }
+                      ]
+                    },
+                    "units": {
+                      "$ref": "#/components/schemas/UnitLen"
+                    },
+                    "__meta": {
+                      "type": "array",
+                      "items": {
+                        "$ref": "#/components/schemas/Metadata"
+                      }
+                    }
+                  }
+                }
+              ]
+            },
+            "PlaneType": {
+              "description": "Type for a plane.",
+              "oneOf": [
+                {
+                  "type": "string",
+                  "enum": [
+                    "XY",
+                    "XZ",
+                    "YZ"
+                  ]
+                },
+                {
+                  "description": "A custom plane.",
+                  "type": "string",
+                  "enum": [
+                    "Custom"
+                  ]
+                }
+              ]
+            },
+            "Point3d": {
+              "type": "object",
+              "required": [
+                "x",
+                "y",
+                "z"
+              ],
+              "properties": {
+                "x": {
+                  "type": "number",
+                  "format": "double"
+                },
+                "y": {
+                  "type": "number",
+                  "format": "double"
+                },
+                "z": {
+                  "type": "number",
+                  "format": "double"
+                }
+              }
+            },
+            "UnitLen": {
+              "oneOf": [
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Mm"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Cm"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "M"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Inches"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Feet"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Yards"
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "Metadata": {
+              "description": "Metadata.",
+              "type": "object",
+              "required": [
+                "sourceRange"
+              ],
+              "properties": {
+                "sourceRange": {
+                  "description": "The source range.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SourceRange"
+                    }
+                  ]
+                }
+              }
+            },
+            "Solid": {
+              "description": "An solid is a collection of extrude surfaces.",
+              "type": "object",
+              "required": [
+                "__meta",
+                "artifactId",
+                "height",
+                "id",
+                "sketch",
+                "units",
+                "value"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the solid.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "artifactId": {
+                  "description": "The artifact ID of the solid.  Unlike `id`, this doesn't change.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ArtifactId"
+                    }
+                  ]
+                },
+                "value": {
+                  "description": "The extrude surfaces.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/ExtrudeSurface"
+                  }
+                },
+                "sketch": {
+                  "description": "The sketch.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/Sketch"
+                    }
+                  ]
+                },
+                "height": {
+                  "description": "The height of the solid.",
+                  "type": "number",
+                  "format": "double"
+                },
+                "startCapId": {
+                  "description": "The id of the extrusion start cap",
+                  "type": "string",
+                  "format": "uuid",
+                  "nullable": true
+                },
+                "endCapId": {
+                  "description": "The id of the extrusion end cap",
+                  "type": "string",
+                  "format": "uuid",
+                  "nullable": true
+                },
+                "edgeCuts": {
+                  "description": "Chamfers or fillets on this solid.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/EdgeCut"
+                  }
+                },
+                "units": {
+                  "$ref": "#/components/schemas/UnitLen"
+                },
+                "__meta": {
+                  "description": "Metadata.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "EdgeCut": {
+              "description": "A fillet or a chamfer.",
+              "oneOf": [
+                {
+                  "description": "A fillet.",
+                  "type": "object",
+                  "required": [
+                    "edgeId",
+                    "id",
+                    "radius",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "fillet"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the engine command that called this fillet.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "radius": {
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "edgeId": {
+                      "description": "The engine id of the edge to fillet.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    }
+                  }
+                },
+                {
+                  "description": "A chamfer.",
+                  "type": "object",
+                  "required": [
+                    "edgeId",
+                    "id",
+                    "length",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "chamfer"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the engine command that called this chamfer.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "length": {
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "edgeId": {
+                      "description": "The engine id of the edge to chamfer.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    }
+                  }
+                }
+              ]
+            },
+            "BasePath": {
+              "description": "A base path.",
+              "type": "object",
+              "required": [
+                "__geoMeta",
+                "from",
+                "to"
+              ],
+              "properties": {
+                "from": {
+                  "description": "The from point.",
+                  "type": "array",
+                  "items": {
+                    "type": "number",
+                    "format": "double"
+                  },
+                  "maxItems": 2,
+                  "minItems": 2
+                },
+                "to": {
+                  "description": "The to point.",
+                  "type": "array",
+                  "items": {
+                    "type": "number",
+                    "format": "double"
+                  },
+                  "maxItems": 2,
+                  "minItems": 2
+                },
+                "tag": {
+                  "description": "The tag of the path.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/TagDeclarator"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "__geoMeta": {
+                  "description": "Metadata.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/GeoMeta"
+                    }
+                  ]
+                }
+              }
+            },
+            "TagIdentifier": {
+              "type": "object",
+              "required": [
+                "__meta",
+                "value"
+              ],
+              "properties": {
+                "value": {
+                  "type": "string"
+                },
+                "info": {
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/TagEngineInfo"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "__meta": {
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "TagEngineInfo": {
+              "description": "Engine information for a tag.",
+              "type": "object",
+              "required": [
+                "id",
+                "sketch"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the tagged object.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "sketch": {
+                  "description": "The sketch the tag is on.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "path": {
+                  "description": "The path the tag is on.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/Path"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "surface": {
+                  "description": "The surface information for the tag.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ExtrudeSurface"
+                    }
+                  ],
+                  "nullable": true
+                }
+              }
+            }
+          }
+        },
+        "required": false,
+        "description": "Metalness of the new material, a percentage like 95.7.",
+        "labelRequired": true
+      },
+      {
+        "name": "roughness",
+        "type": "number",
+        "schema": {
+          "$schema": "https://spec.openapis.org/oas/3.0/schema/2019-04-02#/definitions/Schema",
+          "title": "Nullable_double",
+          "type": "number",
+          "format": "double",
+          "nullable": true,
+          "definitions": {
+            "ArtifactId": {
+              "type": "string",
+              "format": "uuid"
+            },
+            "ExtrudeSurface": {
+              "description": "An extrude surface.",
+              "oneOf": [
+                {
+                  "description": "An extrude plane.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "extrudePlane"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The face id for the extrude plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "An extruded arc.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "extrudeArc"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The face id for the extrude plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "Geometry metadata.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "chamfer"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The id for the chamfer surface.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "Geometry metadata.",
+                  "type": "object",
+                  "required": [
+                    "faceId",
+                    "id",
+                    "sourceRange",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "fillet"
+                      ]
+                    },
+                    "faceId": {
+                      "description": "The id for the fillet surface.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "description": "The tag.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "id": {
+                      "description": "The id of the geometry.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "sourceRange": {
+                      "description": "The source range.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/SourceRange"
+                        }
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "TagDeclarator": {
+              "type": "object",
+              "required": [
+                "value"
+              ],
+              "properties": {
+                "value": {
+                  "type": "string"
+                },
+                "digest": {
+                  "type": "array",
+                  "items": {
+                    "type": "integer",
+                    "format": "uint8",
+                    "minimum": 0.0
+                  },
+                  "maxItems": 32,
+                  "minItems": 32,
+                  "nullable": true
+                },
+                "start": {
+                  "type": "integer",
+                  "format": "uint",
+                  "minimum": 0.0
+                },
+                "end": {
+                  "type": "integer",
+                  "format": "uint",
+                  "minimum": 0.0
+                }
+              }
+            },
+            "SourceRange": {
+              "description": "The first two items are the start and end points (byte offsets from the start of the file). The third item is whether the source range belongs to the 'main' file, i.e., the file currently being rendered/displayed in the editor.",
+              "type": "array",
+              "items": {
+                "type": "integer",
+                "format": "uint",
+                "minimum": 0.0
+              },
+              "maxItems": 3,
+              "minItems": 3
+            },
+            "Sketch": {
+              "description": "A sketch is a collection of paths.",
+              "type": "object",
+              "required": [
+                "__meta",
+                "artifactId",
+                "id",
+                "on",
+                "originalId",
+                "paths",
+                "start",
+                "units"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the sketch (this will change when the engine's reference to it changes).",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "paths": {
+                  "description": "The paths in the sketch.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Path"
+                  }
+                },
+                "on": {
+                  "description": "What the sketch is on (can be a plane or a face).",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SketchSurface"
+                    }
+                  ]
+                },
+                "start": {
+                  "description": "The starting path.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/BasePath"
+                    }
+                  ]
+                },
+                "tags": {
+                  "description": "Tag identifiers that have been declared in this sketch.",
+                  "type": "object",
+                  "additionalProperties": {
+                    "$ref": "#/components/schemas/TagIdentifier"
+                  }
+                },
+                "artifactId": {
+                  "description": "The original id of the sketch. This stays the same even if the sketch is is sketched on face etc.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ArtifactId"
+                    }
+                  ]
+                },
+                "originalId": {
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "units": {
+                  "$ref": "#/components/schemas/UnitLen"
+                },
+                "__meta": {
+                  "description": "Metadata.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "Path": {
+              "description": "A path.",
+              "oneOf": [
+                {
+                  "description": "A path that goes to a point.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "ToPoint"
+                      ]
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A arc that is tangential to the last path segment that goes to a point",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "TangentialArcTo"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "ccw": {
+                      "description": "arc's direction",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A arc that is tangential to the last path segment",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "TangentialArc"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "ccw": {
+                      "description": "arc's direction",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "a complete arc",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "radius",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Circle"
+                      ]
+                    },
+                    "center": {
+                      "description": "the arc's center",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "radius": {
+                      "description": "the arc's radius",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "ccw": {
+                      "description": "arc's direction This is used to compute the tangential angle.",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A path that is horizontal.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type",
+                    "x"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Horizontal"
+                      ]
+                    },
+                    "x": {
+                      "description": "The x coordinate.",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "An angled line to.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "AngledLineTo"
+                      ]
+                    },
+                    "x": {
+                      "description": "The x coordinate.",
+                      "type": "number",
+                      "format": "double",
+                      "nullable": true
+                    },
+                    "y": {
+                      "description": "The y coordinate.",
+                      "type": "number",
+                      "format": "double",
+                      "nullable": true
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A base path.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "from",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Base"
+                      ]
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                },
+                {
+                  "description": "A circular arc, not necessarily tangential to the current point.",
+                  "type": "object",
+                  "required": [
+                    "__geoMeta",
+                    "ccw",
+                    "center",
+                    "from",
+                    "radius",
+                    "to",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Arc"
+                      ]
+                    },
+                    "center": {
+                      "description": "Center of the circle that this arc is drawn on.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "radius": {
+                      "description": "Radius of the circle that this arc is drawn on.",
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "ccw": {
+                      "description": "True if the arc is counterclockwise.",
+                      "type": "boolean"
+                    },
+                    "from": {
+                      "description": "The from point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "to": {
+                      "description": "The to point.",
+                      "type": "array",
+                      "items": {
+                        "type": "number",
+                        "format": "double"
+                      },
+                      "maxItems": 2,
+                      "minItems": 2
+                    },
+                    "tag": {
+                      "description": "The tag of the path.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    },
+                    "__geoMeta": {
+                      "description": "Metadata.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/GeoMeta"
+                        }
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "GeoMeta": {
+              "description": "Geometry metadata.",
+              "type": "object",
+              "required": [
+                "id",
+                "sourceRange"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the geometry.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "sourceRange": {
+                  "description": "The source range.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SourceRange"
+                    }
+                  ]
+                }
+              }
+            },
+            "SketchSurface": {
+              "description": "A sketch type.",
+              "oneOf": [
+                {
+                  "description": "A plane.",
+                  "type": "object",
+                  "required": [
+                    "__meta",
+                    "artifactId",
+                    "id",
+                    "origin",
+                    "type",
+                    "units",
+                    "value",
+                    "xAxis",
+                    "yAxis",
+                    "zAxis"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "plane"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the plane.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "artifactId": {
+                      "description": "The artifact ID.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/ArtifactId"
+                        }
+                      ]
+                    },
+                    "value": {
+                      "$ref": "#/components/schemas/PlaneType"
+                    },
+                    "origin": {
+                      "description": "Origin of the plane.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "xAxis": {
+                      "description": "What should the plane’s X axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "yAxis": {
+                      "description": "What should the plane’s Y axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "zAxis": {
+                      "description": "The z-axis (normal).",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "units": {
+                      "$ref": "#/components/schemas/UnitLen"
+                    },
+                    "__meta": {
+                      "type": "array",
+                      "items": {
+                        "$ref": "#/components/schemas/Metadata"
+                      }
+                    }
+                  }
+                },
+                {
+                  "description": "A face.",
+                  "type": "object",
+                  "required": [
+                    "__meta",
+                    "artifactId",
+                    "id",
+                    "solid",
+                    "type",
+                    "units",
+                    "value",
+                    "xAxis",
+                    "yAxis",
+                    "zAxis"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "face"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the face.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "artifactId": {
+                      "description": "The artifact ID.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/ArtifactId"
+                        }
+                      ]
+                    },
+                    "value": {
+                      "description": "The tag of the face.",
+                      "type": "string"
+                    },
+                    "xAxis": {
+                      "description": "What should the face’s X axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "yAxis": {
+                      "description": "What should the face’s Y axis be?",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "zAxis": {
+                      "description": "The z-axis (normal).",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Point3d"
+                        }
+                      ]
+                    },
+                    "solid": {
+                      "description": "The solid the face is on.",
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/Solid"
+                        }
+                      ]
+                    },
+                    "units": {
+                      "$ref": "#/components/schemas/UnitLen"
+                    },
+                    "__meta": {
+                      "type": "array",
+                      "items": {
+                        "$ref": "#/components/schemas/Metadata"
+                      }
+                    }
+                  }
+                }
+              ]
+            },
+            "PlaneType": {
+              "description": "Type for a plane.",
+              "oneOf": [
+                {
+                  "type": "string",
+                  "enum": [
+                    "XY",
+                    "XZ",
+                    "YZ"
+                  ]
+                },
+                {
+                  "description": "A custom plane.",
+                  "type": "string",
+                  "enum": [
+                    "Custom"
+                  ]
+                }
+              ]
+            },
+            "Point3d": {
+              "type": "object",
+              "required": [
+                "x",
+                "y",
+                "z"
+              ],
+              "properties": {
+                "x": {
+                  "type": "number",
+                  "format": "double"
+                },
+                "y": {
+                  "type": "number",
+                  "format": "double"
+                },
+                "z": {
+                  "type": "number",
+                  "format": "double"
+                }
+              }
+            },
+            "UnitLen": {
+              "oneOf": [
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Mm"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Cm"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "M"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Inches"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Feet"
+                      ]
+                    }
+                  }
+                },
+                {
+                  "type": "object",
+                  "required": [
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "Yards"
+                      ]
+                    }
+                  }
+                }
+              ]
+            },
+            "Metadata": {
+              "description": "Metadata.",
+              "type": "object",
+              "required": [
+                "sourceRange"
+              ],
+              "properties": {
+                "sourceRange": {
+                  "description": "The source range.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/SourceRange"
+                    }
+                  ]
+                }
+              }
+            },
+            "Solid": {
+              "description": "An solid is a collection of extrude surfaces.",
+              "type": "object",
+              "required": [
+                "__meta",
+                "artifactId",
+                "height",
+                "id",
+                "sketch",
+                "units",
+                "value"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the solid.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "artifactId": {
+                  "description": "The artifact ID of the solid.  Unlike `id`, this doesn't change.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ArtifactId"
+                    }
+                  ]
+                },
+                "value": {
+                  "description": "The extrude surfaces.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/ExtrudeSurface"
+                  }
+                },
+                "sketch": {
+                  "description": "The sketch.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/Sketch"
+                    }
+                  ]
+                },
+                "height": {
+                  "description": "The height of the solid.",
+                  "type": "number",
+                  "format": "double"
+                },
+                "startCapId": {
+                  "description": "The id of the extrusion start cap",
+                  "type": "string",
+                  "format": "uuid",
+                  "nullable": true
+                },
+                "endCapId": {
+                  "description": "The id of the extrusion end cap",
+                  "type": "string",
+                  "format": "uuid",
+                  "nullable": true
+                },
+                "edgeCuts": {
+                  "description": "Chamfers or fillets on this solid.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/EdgeCut"
+                  }
+                },
+                "units": {
+                  "$ref": "#/components/schemas/UnitLen"
+                },
+                "__meta": {
+                  "description": "Metadata.",
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "EdgeCut": {
+              "description": "A fillet or a chamfer.",
+              "oneOf": [
+                {
+                  "description": "A fillet.",
+                  "type": "object",
+                  "required": [
+                    "edgeId",
+                    "id",
+                    "radius",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "fillet"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the engine command that called this fillet.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "radius": {
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "edgeId": {
+                      "description": "The engine id of the edge to fillet.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    }
+                  }
+                },
+                {
+                  "description": "A chamfer.",
+                  "type": "object",
+                  "required": [
+                    "edgeId",
+                    "id",
+                    "length",
+                    "type"
+                  ],
+                  "properties": {
+                    "type": {
+                      "type": "string",
+                      "enum": [
+                        "chamfer"
+                      ]
+                    },
+                    "id": {
+                      "description": "The id of the engine command that called this chamfer.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "length": {
+                      "type": "number",
+                      "format": "double"
+                    },
+                    "edgeId": {
+                      "description": "The engine id of the edge to chamfer.",
+                      "type": "string",
+                      "format": "uuid"
+                    },
+                    "tag": {
+                      "allOf": [
+                        {
+                          "$ref": "#/components/schemas/TagDeclarator"
+                        }
+                      ],
+                      "nullable": true
+                    }
+                  }
+                }
+              ]
+            },
+            "BasePath": {
+              "description": "A base path.",
+              "type": "object",
+              "required": [
+                "__geoMeta",
+                "from",
+                "to"
+              ],
+              "properties": {
+                "from": {
+                  "description": "The from point.",
+                  "type": "array",
+                  "items": {
+                    "type": "number",
+                    "format": "double"
+                  },
+                  "maxItems": 2,
+                  "minItems": 2
+                },
+                "to": {
+                  "description": "The to point.",
+                  "type": "array",
+                  "items": {
+                    "type": "number",
+                    "format": "double"
+                  },
+                  "maxItems": 2,
+                  "minItems": 2
+                },
+                "tag": {
+                  "description": "The tag of the path.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/TagDeclarator"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "__geoMeta": {
+                  "description": "Metadata.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/GeoMeta"
+                    }
+                  ]
+                }
+              }
+            },
+            "TagIdentifier": {
+              "type": "object",
+              "required": [
+                "__meta",
+                "value"
+              ],
+              "properties": {
+                "value": {
+                  "type": "string"
+                },
+                "info": {
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/TagEngineInfo"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "__meta": {
+                  "type": "array",
+                  "items": {
+                    "$ref": "#/components/schemas/Metadata"
+                  }
+                }
+              }
+            },
+            "TagEngineInfo": {
+              "description": "Engine information for a tag.",
+              "type": "object",
+              "required": [
+                "id",
+                "sketch"
+              ],
+              "properties": {
+                "id": {
+                  "description": "The id of the tagged object.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "sketch": {
+                  "description": "The sketch the tag is on.",
+                  "type": "string",
+                  "format": "uuid"
+                },
+                "path": {
+                  "description": "The path the tag is on.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/Path"
+                    }
+                  ],
+                  "nullable": true
+                },
+                "surface": {
+                  "description": "The surface information for the tag.",
+                  "allOf": [
+                    {
+                      "$ref": "#/components/schemas/ExtrudeSurface"
+                    }
+                  ],
+                  "nullable": true
+                }
+              }
+            }
+          }
+        },
+        "required": false,
+        "description": "Roughness of the new material, a percentage like 95.7.",
         "labelRequired": true
       }
     ],
@@ -38412,15 +42789,15 @@
     "unpublished": false,
     "deprecated": false,
     "examples": [
-      "// Add color to an extruded solid.\nexampleSketch = startSketchOn(\"XZ\")\n  |> startProfileAt([0, 0], %)\n  |> line(endAbsolute = [10, 0])\n  |> line(endAbsolute = [0, 10])\n  |> line(endAbsolute = [-10, 0])\n  |> close()\n\nexample = extrude(exampleSketch, length = 5)\n  |> appearance({\n       color = '#ff0000',\n       metalness = 50,\n       roughness = 50\n     }, %)",
-      "// Add color to a revolved solid.\nsketch001 = startSketchOn('XY')\n  |> circle({ center = [15, 0], radius = 5 }, %)\n  |> revolve({ angle = 360, axis = 'y' }, %)\n  |> appearance({\n       color = '#ff0000',\n       metalness = 90,\n       roughness = 90\n     }, %)",
-      "// Add color to different solids.\nfn cube(center) {\n  return startSketchOn('XY')\n    |> startProfileAt([center[0] - 10, center[1] - 10], %)\n    |> line(endAbsolute = [center[0] + 10, center[1] - 10])\n    |> line(endAbsolute = [center[0] + 10, center[1] + 10])\n    |> line(endAbsolute = [center[0] - 10, center[1] + 10])\n    |> close()\n    |> extrude(length = 10)\n}\n\nexample0 = cube([0, 0])\nexample1 = cube([20, 0])\nexample2 = cube([40, 0])\n\nappearance({\n  color = '#ff0000',\n  metalness = 50,\n  roughness = 50\n}, [example0, example1])\nappearance({\n  color = '#00ff00',\n  metalness = 50,\n  roughness = 50\n}, example2)",
-      "// You can set the appearance before or after you shell it will yield the same result.\n// This example shows setting the appearance _after_ the shell.\nfirstSketch = startSketchOn('XY')\n  |> startProfileAt([-12, 12], %)\n  |> line(end = [24, 0])\n  |> line(end = [0, -24])\n  |> line(end = [-24, 0])\n  |> close()\n  |> extrude(length = 6)\n\nshell(firstSketch, faces = ['end'], thickness = 0.25)\n  |> appearance({\n       color = '#ff0000',\n       metalness = 90,\n       roughness = 90\n     }, %)",
-      "// You can set the appearance before or after you shell it will yield the same result.\n// This example shows setting the appearance _before_ the shell.\nfirstSketch = startSketchOn('XY')\n  |> startProfileAt([-12, 12], %)\n  |> line(end = [24, 0])\n  |> line(end = [0, -24])\n  |> line(end = [-24, 0])\n  |> close()\n  |> extrude(length = 6)\n  |> appearance({\n       color = '#ff0000',\n       metalness = 90,\n       roughness = 90\n     }, %)\n\nshell(firstSketch, faces = ['end'], thickness = 0.25)",
-      "// Setting the appearance of a 3D pattern can be done _before_ or _after_ the pattern.\n// This example shows _before_ the pattern.\nexampleSketch = startSketchOn('XZ')\n  |> startProfileAt([0, 0], %)\n  |> line(end = [0, 2])\n  |> line(end = [3, 1])\n  |> line(end = [0, -4])\n  |> close()\n\nexample = extrude(exampleSketch, length = 1)\n  |> appearance({\n       color = '#ff0000',\n       metalness = 90,\n       roughness = 90\n     }, %)\n  |> patternLinear3d({\n       axis = [1, 0, 1],\n       instances = 7,\n       distance = 6\n     }, %)",
-      "// Setting the appearance of a 3D pattern can be done _before_ or _after_ the pattern.\n// This example shows _after_ the pattern.\nexampleSketch = startSketchOn('XZ')\n  |> startProfileAt([0, 0], %)\n  |> line(end = [0, 2])\n  |> line(end = [3, 1])\n  |> line(end = [0, -4])\n  |> close()\n\nexample = extrude(exampleSketch, length = 1)\n  |> patternLinear3d({\n       axis = [1, 0, 1],\n       instances = 7,\n       distance = 6\n     }, %)\n  |> appearance({\n       color = '#ff0000',\n       metalness = 90,\n       roughness = 90\n     }, %)",
-      "// Color the result of a 2D pattern that was extruded.\nexampleSketch = startSketchOn('XZ')\n  |> startProfileAt([.5, 25], %)\n  |> line(end = [0, 5])\n  |> line(end = [-1, 0])\n  |> line(end = [0, -5])\n  |> close()\n  |> patternCircular2d({\n       center = [0, 0],\n       instances = 13,\n       arcDegrees = 360,\n       rotateDuplicates = true\n     }, %)\n\nexample = extrude(exampleSketch, length = 1)\n  |> appearance({\n       color = '#ff0000',\n       metalness = 90,\n       roughness = 90\n     }, %)",
-      "// Color the result of a sweep.\n\n\n// Create a path for the sweep.\nsweepPath = startSketchOn('XZ')\n  |> startProfileAt([0.05, 0.05], %)\n  |> line(end = [0, 7])\n  |> tangentialArc({ offset = 90, radius = 5 }, %)\n  |> line(end = [-3, 0])\n  |> tangentialArc({ offset = -90, radius = 5 }, %)\n  |> line(end = [0, 7])\n\npipeHole = startSketchOn('XY')\n  |> circle({ center = [0, 0], radius = 1.5 }, %)\n\nsweepSketch = startSketchOn('XY')\n  |> circle({ center = [0, 0], radius = 2 }, %)\n  |> hole(pipeHole, %)\n  |> sweep(path = sweepPath)\n  |> appearance({\n       color = \"#ff0000\",\n       metalness = 50,\n       roughness = 50\n     }, %)"
+      "// Add color to an extruded solid.\nexampleSketch = startSketchOn(\"XZ\")\n  |> startProfileAt([0, 0], %)\n  |> line(endAbsolute = [10, 0])\n  |> line(endAbsolute = [0, 10])\n  |> line(endAbsolute = [-10, 0])\n  |> close()\n\nexample = extrude(exampleSketch, length = 5)\n  // There are other options besides 'color', but they're optional.\n  |> appearance(color = '#ff0000')",
+      "// Add color to a revolved solid.\nsketch001 = startSketchOn('XY')\n  |> circle({ center = [15, 0], radius = 5 }, %)\n  |> revolve({ angle = 360, axis = 'y' }, %)\n  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)",
+      "// Add color to different solids.\nfn cube(center) {\n  return startSketchOn('XY')\n    |> startProfileAt([center[0] - 10, center[1] - 10], %)\n    |> line(endAbsolute = [center[0] + 10, center[1] - 10])\n    |> line(endAbsolute = [center[0] + 10, center[1] + 10])\n    |> line(endAbsolute = [center[0] - 10, center[1] + 10])\n    |> close()\n    |> extrude(length = 10)\n}\n\nexample0 = cube([0, 0])\nexample1 = cube([20, 0])\nexample2 = cube([40, 0])\n\nappearance([example0, example1], color = '#ff0000', metalness = 50, roughness = 50)\nappearance(example2, color = '#00ff00', metalness = 50, roughness = 50)",
+      "// You can set the appearance before or after you shell it will yield the same result.\n// This example shows setting the appearance _after_ the shell.\nfirstSketch = startSketchOn('XY')\n  |> startProfileAt([-12, 12], %)\n  |> line(end = [24, 0])\n  |> line(end = [0, -24])\n  |> line(end = [-24, 0])\n  |> close()\n  |> extrude(length = 6)\n\nshell(firstSketch, faces = ['end'], thickness = 0.25)\n  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)",
+      "// You can set the appearance before or after you shell it will yield the same result.\n// This example shows setting the appearance _before_ the shell.\nfirstSketch = startSketchOn('XY')\n  |> startProfileAt([-12, 12], %)\n  |> line(end = [24, 0])\n  |> line(end = [0, -24])\n  |> line(end = [-24, 0])\n  |> close()\n  |> extrude(length = 6)\n  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)\n\nshell(firstSketch, faces = ['end'], thickness = 0.25)",
+      "// Setting the appearance of a 3D pattern can be done _before_ or _after_ the pattern.\n// This example shows _before_ the pattern.\nexampleSketch = startSketchOn('XZ')\n  |> startProfileAt([0, 0], %)\n  |> line(end = [0, 2])\n  |> line(end = [3, 1])\n  |> line(end = [0, -4])\n  |> close()\n\nexample = extrude(exampleSketch, length = 1)\n  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)\n  |> patternLinear3d({\n       axis = [1, 0, 1],\n       instances = 7,\n       distance = 6\n     }, %)",
+      "// Setting the appearance of a 3D pattern can be done _before_ or _after_ the pattern.\n// This example shows _after_ the pattern.\nexampleSketch = startSketchOn('XZ')\n  |> startProfileAt([0, 0], %)\n  |> line(end = [0, 2])\n  |> line(end = [3, 1])\n  |> line(end = [0, -4])\n  |> close()\n\nexample = extrude(exampleSketch, length = 1)\n  |> patternLinear3d({\n       axis = [1, 0, 1],\n       instances = 7,\n       distance = 6\n     }, %)\n  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)",
+      "// Color the result of a 2D pattern that was extruded.\nexampleSketch = startSketchOn('XZ')\n  |> startProfileAt([.5, 25], %)\n  |> line(end = [0, 5])\n  |> line(end = [-1, 0])\n  |> line(end = [0, -5])\n  |> close()\n  |> patternCircular2d({\n       center = [0, 0],\n       instances = 13,\n       arcDegrees = 360,\n       rotateDuplicates = true\n     }, %)\n\nexample = extrude(exampleSketch, length = 1)\n  |> appearance(color = '#ff0000', metalness = 90, roughness = 90)",
+      "// Color the result of a sweep.\n\n\n// Create a path for the sweep.\nsweepPath = startSketchOn('XZ')\n  |> startProfileAt([0.05, 0.05], %)\n  |> line(end = [0, 7])\n  |> tangentialArc({ offset = 90, radius = 5 }, %)\n  |> line(end = [-3, 0])\n  |> tangentialArc({ offset = -90, radius = 5 }, %)\n  |> line(end = [0, 7])\n\npipeHole = startSketchOn('XY')\n  |> circle({ center = [0, 0], radius = 1.5 }, %)\n\nsweepSketch = startSketchOn('XY')\n  |> circle({ center = [0, 0], radius = 2 }, %)\n  |> hole(pipeHole, %)\n  |> sweep(path = sweepPath)\n  |> appearance(color = \"#ff0000\", metalness = 50, roughness = 50)"
     ]
   },
   {
diff --git a/e2e/playwright/prompt-to-edit.spec.ts b/e2e/playwright/prompt-to-edit.spec.ts
index d21e064fb..5ba1a6069 100644
--- a/e2e/playwright/prompt-to-edit.spec.ts
+++ b/e2e/playwright/prompt-to-edit.spec.ts
@@ -36,7 +36,7 @@ extrude003 = extrude(sketch003, length = 20)
 `
 
 test.describe('Prompt-to-edit tests', { tag: '@skipWin' }, () => {
-  test.describe('Check the happy path, for basic changing color', () => {
+  test.fixme('Check the happy path, for basic changing color', () => {
     const cases = [
       {
         desc: 'User accepts change',
@@ -106,7 +106,7 @@ test.describe('Prompt-to-edit tests', { tag: '@skipWin' }, () => {
         await test.step('verify initial change', async () => {
           await scene.expectPixelColor(green, greenCheckCoords, 15)
           await scene.expectPixelColor(body2NotGreen, body2WallCoords, 15)
-          await editor.expectEditor.toContain('appearance({')
+          await editor.expectEditor.toContain('appearance(')
         })
 
         if (!shouldReject) {
@@ -115,13 +115,13 @@ test.describe('Prompt-to-edit tests', { tag: '@skipWin' }, () => {
             await expect(successToast).not.toBeVisible()
 
             await scene.expectPixelColor(green, greenCheckCoords, 15)
-            await editor.expectEditor.toContain('appearance({')
+            await editor.expectEditor.toContain('appearance(')
 
             // ctrl-z works after accepting
             await page.keyboard.down('ControlOrMeta')
             await page.keyboard.press('KeyZ')
             await page.keyboard.up('ControlOrMeta')
-            await editor.expectEditor.not.toContain('appearance({')
+            await editor.expectEditor.not.toContain('appearance(')
             await scene.expectPixelColor(notGreen, greenCheckCoords, 15)
           })
         } else {
@@ -130,7 +130,7 @@ test.describe('Prompt-to-edit tests', { tag: '@skipWin' }, () => {
             await expect(successToast).not.toBeVisible()
 
             await scene.expectPixelColor(notGreen, greenCheckCoords, 15)
-            await editor.expectEditor.not.toContain('appearance({')
+            await editor.expectEditor.not.toContain('appearance(')
           })
         }
       })
diff --git a/e2e/playwright/snapshot-tests.spec.ts b/e2e/playwright/snapshot-tests.spec.ts
index a8452f09f..e199bd614 100644
--- a/e2e/playwright/snapshot-tests.spec.ts
+++ b/e2e/playwright/snapshot-tests.spec.ts
@@ -1188,11 +1188,11 @@ sweepSketch = startSketchOn('XY')
        radius = 2
      }, %)
   |> sweep(path = sweepPath)
-  |> appearance({
+  |> appearance(
        color = "#bb00ff",
        metalness = 90,
        roughness = 90
-     }, %)
+     )
 `
       )
     })
@@ -1234,11 +1234,11 @@ sweepSketch = startSketchOn('XY')
        radius = 2
      }, %)
   |> sweep(path = sweepPath)
-  |> appearance({
+  |> appearance(
        color = "#bb00ff",
        metalness = 90,
        roughness = 90
-     }, %)
+     )
 `
       )
     })
diff --git a/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-1-Google-Chrome-linux.png b/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-1-Google-Chrome-linux.png
index 8f65f1f2e..4da55558a 100644
Binary files a/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-1-Google-Chrome-linux.png and b/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-1-Google-Chrome-linux.png differ
diff --git a/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-opening-window-1-Google-Chrome-linux.png b/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-opening-window-1-Google-Chrome-linux.png
index 46bf21551..8531d03ff 100644
Binary files a/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-opening-window-1-Google-Chrome-linux.png and b/e2e/playwright/snapshot-tests.spec.ts-snapshots/code-color-goober-code-color-goober-opening-window-1-Google-Chrome-linux.png differ
diff --git a/package.json b/package.json
index 7194fca31..d9fca230a 100644
--- a/package.json
+++ b/package.json
@@ -85,7 +85,7 @@
     "fmt": "prettier --write ./src *.ts *.json *.js ./e2e ./packages",
     "fmt-check": "prettier --check ./src *.ts *.json *.js ./e2e ./packages",
     "fetch:wasm": "./get-latest-wasm-bundle.sh",
-    "fetch:samples": "echo \"Fetching latest KCL samples...\" && curl -o public/kcl-samples-manifest-fallback.json https://raw.githubusercontent.com/KittyCAD/kcl-samples/achalmers/kw-shell/manifest.json",
+    "fetch:samples": "echo \"Fetching latest KCL samples...\" && curl -o public/kcl-samples-manifest-fallback.json https://raw.githubusercontent.com/KittyCAD/kcl-samples/achalmers/kw-appearance/manifest.json",
     "isomorphic-copy-wasm": "(copy src/wasm-lib/pkg/wasm_lib_bg.wasm public || cp src/wasm-lib/pkg/wasm_lib_bg.wasm public)",
     "build:wasm-dev": "yarn wasm-prep && (cd src/wasm-lib && wasm-pack build --dev --target web --out-dir pkg && cargo test -p kcl-lib export_bindings) && yarn isomorphic-copy-wasm && yarn fmt",
     "build:wasm": "yarn wasm-prep && cd src/wasm-lib && wasm-pack build --release --target web --out-dir pkg && cargo test -p kcl-lib export_bindings && cd ../.. && yarn isomorphic-copy-wasm && yarn fmt",
diff --git a/src/lang/kclSamples.test.ts b/src/lang/kclSamples.test.ts
index d1f70f7a3..d59be26fa 100644
--- a/src/lang/kclSamples.test.ts
+++ b/src/lang/kclSamples.test.ts
@@ -32,7 +32,7 @@ child_process.spawnSync('git', [
   'clone',
   '--single-branch',
   '--branch',
-  'achalmers/kw-shell',
+  'achalmers/kw-appearance',
   URL_GIT_KCL_SAMPLES,
   DIR_KCL_SAMPLES,
 ])
diff --git a/src/wasm-lib/kcl/src/docs/mod.rs b/src/wasm-lib/kcl/src/docs/mod.rs
index c8e91e24f..4a896c2d3 100644
--- a/src/wasm-lib/kcl/src/docs/mod.rs
+++ b/src/wasm-lib/kcl/src/docs/mod.rs
@@ -118,7 +118,7 @@ impl StdLibFnArg {
         } else if self.type_ == "KclValue" && self.required {
             return Ok(Some((index, format!("{label}${{{}:{}}}", index, "3"))));
         }
-        self.get_autocomplete_snippet_from_schema(&self.schema.schema.clone().into(), index, in_keyword_fn)
+        self.get_autocomplete_snippet_from_schema(&self.schema.schema.clone().into(), index, in_keyword_fn, &self.name)
             .map(|maybe| maybe.map(|(index, snippet)| (index, format!("{label}{snippet}"))))
     }
 
@@ -136,6 +136,7 @@ impl StdLibFnArg {
         schema: &schemars::schema::Schema,
         index: usize,
         in_keyword_fn: bool,
+        name: &str,
     ) -> Result<Option<(usize, String)>> {
         match schema {
             schemars::schema::Schema::Object(o) => {
@@ -149,6 +150,10 @@ impl StdLibFnArg {
                     return Ok(Some((index, format!("${{{}:sketch{}}}", index, "000"))));
                 }
 
+                if name == "color" {
+                    let snippet = format!("${{{}:\"#ff0000\"}}", index);
+                    return Ok(Some((index, snippet)));
+                }
                 if let Some(serde_json::Value::Bool(nullable)) = o.extensions.get("nullable") {
                     if (!in_keyword_fn && *nullable) || (in_keyword_fn && !self.include_in_snippet) {
                         return Ok(None);
@@ -192,13 +197,9 @@ impl StdLibFnArg {
                             continue;
                         }
 
-                        if prop_name == "color" {
-                            fn_docs.push_str(&format!("\t{} = ${{{}:\"#ff0000\"}},\n", prop_name, i));
-                            i += 1;
-                            continue;
-                        }
-
-                        if let Some((new_index, snippet)) = self.get_autocomplete_snippet_from_schema(prop, i, false)? {
+                        if let Some((new_index, snippet)) =
+                            self.get_autocomplete_snippet_from_schema(prop, i, false, name)?
+                        {
                             fn_docs.push_str(&format!("\t{} = {},\n", prop_name, snippet));
                             i = new_index + 1;
                         }
@@ -223,7 +224,8 @@ impl StdLibFnArg {
                                                 .get_autocomplete_snippet_from_schema(
                                                     items,
                                                     index + (v as usize),
-                                                    in_keyword_fn
+                                                    in_keyword_fn,
+                                                    name
                                                 )
                                                 .unwrap()
                                                 .unwrap()
@@ -238,7 +240,7 @@ impl StdLibFnArg {
                                     index,
                                     format!(
                                         "[{}]",
-                                        self.get_autocomplete_snippet_from_schema(items, index, in_keyword_fn)?
+                                        self.get_autocomplete_snippet_from_schema(items, index, in_keyword_fn, name)?
                                             .ok_or_else(|| anyhow::anyhow!("expected snippet"))?
                                             .1
                                     ),
@@ -250,7 +252,7 @@ impl StdLibFnArg {
                             index,
                             format!(
                                 "[{}]",
-                                self.get_autocomplete_snippet_from_schema(items, index, in_keyword_fn)?
+                                self.get_autocomplete_snippet_from_schema(items, index, in_keyword_fn, name)?
                                     .ok_or_else(|| anyhow::anyhow!("expected snippet"))?
                                     .1
                             ),
@@ -293,7 +295,7 @@ impl StdLibFnArg {
                             return Ok(Some((index, parsed_enum_values[0].to_string())));
                         } else if let Some(item) = items.iter().next() {
                             if let Some((new_index, snippet)) =
-                                self.get_autocomplete_snippet_from_schema(item, index, in_keyword_fn)?
+                                self.get_autocomplete_snippet_from_schema(item, index, in_keyword_fn, name)?
                             {
                                 i = new_index + 1;
                                 fn_docs.push_str(&snippet);
@@ -302,7 +304,7 @@ impl StdLibFnArg {
                     } else if let Some(items) = &subschemas.any_of {
                         if let Some(item) = items.iter().next() {
                             if let Some((new_index, snippet)) =
-                                self.get_autocomplete_snippet_from_schema(item, index, in_keyword_fn)?
+                                self.get_autocomplete_snippet_from_schema(item, index, in_keyword_fn, name)?
                             {
                                 i = new_index + 1;
                                 fn_docs.push_str(&snippet);
@@ -1018,12 +1020,7 @@ mod tests {
         let snippet = appearance_fn.to_autocomplete_snippet().unwrap();
         assert_eq!(
             snippet,
-            r#"appearance({
-	color = ${0:"#
-                .to_owned()
-                + "\"#"
-                + r#"ff0000"},
-}, ${1:%})${}"#
+            r#"appearance(${0:%}, color = ${1:"#.to_owned() + "\"#" + r#"ff0000"})${}"#
         );
     }
 
diff --git a/src/wasm-lib/kcl/src/std/appearance.rs b/src/wasm-lib/kcl/src/std/appearance.rs
index 979fdffc9..f31ea420b 100644
--- a/src/wasm-lib/kcl/src/std/appearance.rs
+++ b/src/wasm-lib/kcl/src/std/appearance.rs
@@ -24,7 +24,7 @@ lazy_static::lazy_static! {
 #[derive(Debug, Clone, Deserialize, Serialize, PartialEq, ts_rs::TS, JsonSchema, Validate)]
 #[ts(export)]
 #[serde(rename_all = "camelCase")]
-pub struct AppearanceData {
+struct AppearanceData {
     /// Color of the new material, a hex string like "#ff0000".
     #[schemars(regex(pattern = "#[0-9a-fA-F]{6}"))]
     pub color: String,
@@ -39,7 +39,16 @@ pub struct AppearanceData {
 
 /// Set the appearance of a solid. This only works on solids, not sketches or individual paths.
 pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclValue, KclError> {
-    let (data, solid_set): (AppearanceData, SolidSet) = args.get_data_and_solid_set()?;
+    let solid_set: SolidSet = args.get_unlabeled_kw_arg("solidSet")?;
+
+    let color: String = args.get_kw_arg("color")?;
+    let metalness: Option<f64> = args.get_kw_arg_opt("metalness")?;
+    let roughness: Option<f64> = args.get_kw_arg_opt("roughness")?;
+    let data = AppearanceData {
+        color,
+        metalness,
+        roughness,
+    };
 
     // Validate the data.
     data.validate().map_err(|err| {
@@ -57,7 +66,7 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
         }));
     }
 
-    let result = inner_appearance(data, solid_set, args).await?;
+    let result = inner_appearance(solid_set, data.color, data.metalness, data.roughness, args).await?;
     Ok(result.into())
 }
 
@@ -74,7 +83,8 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 ///   |> close()
 ///
 /// example = extrude(exampleSketch, length = 5)
-///  |> appearance({color= '#ff0000', metalness= 50, roughness= 50}, %)
+///  // There are other options besides 'color', but they're optional.
+///  |> appearance(color='#ff0000')
 /// ```
 ///
 /// ```no_run
@@ -82,11 +92,11 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 /// sketch001 = startSketchOn('XY')
 ///     |> circle({ center = [15, 0], radius = 5 }, %)
 ///     |> revolve({ angle = 360, axis = 'y' }, %)
-///     |> appearance({
+///     |> appearance(
 ///         color = '#ff0000',
 ///         metalness = 90,
 ///         roughness = 90
-///     }, %)
+///     )
 /// ```
 ///
 /// ```no_run
@@ -105,8 +115,8 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 /// example1 = cube([20, 0])
 /// example2 = cube([40, 0])
 ///
-///  appearance({color= '#ff0000', metalness= 50, roughness= 50}, [example0, example1])
-///  appearance({color= '#00ff00', metalness= 50, roughness= 50}, example2)
+///  appearance([example0, example1], color='#ff0000', metalness=50, roughness=50)
+///  appearance(example2, color='#00ff00', metalness=50, roughness=50)
 /// ```
 ///
 /// ```no_run
@@ -125,11 +135,11 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 ///     faces = ['end'],
 ///     thickness = 0.25,
 /// )
-///     |> appearance({
+///     |> appearance(
 ///         color = '#ff0000',
 ///         metalness = 90,
 ///         roughness = 90
-///     }, %)
+///     )
 /// ```
 ///
 /// ```no_run
@@ -142,11 +152,11 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 ///     |> line(end = [-24, 0])
 ///     |> close()
 ///     |> extrude(length = 6)
-///     |> appearance({
+///     |> appearance(
 ///         color = '#ff0000',
 ///         metalness = 90,
 ///         roughness = 90
-///     }, %)
+///     )
 ///
 /// shell(
 ///     firstSketch,
@@ -166,11 +176,11 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 ///   |> close()
 ///
 /// example = extrude(exampleSketch, length = 1)
-///     |> appearance({
+///     |> appearance(
 ///         color = '#ff0000',
 ///         metalness = 90,
 ///         roughness = 90
-///     }, %)
+///     )
 ///   |> patternLinear3d({
 ///       axis = [1, 0, 1],
 ///       instances = 7,
@@ -194,11 +204,11 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 ///       instances = 7,
 ///       distance = 6
 ///     }, %)
-///     |> appearance({
+///     |> appearance(
 ///         color = '#ff0000',
 ///         metalness = 90,
 ///         roughness = 90
-///     }, %)
+///     )
 /// ```
 ///
 /// ```no_run
@@ -217,11 +227,11 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 ///      }, %)
 ///
 /// example = extrude(exampleSketch, length = 1)
-///     |> appearance({
+///     |> appearance(
 ///         color = '#ff0000',
 ///         metalness = 90,
 ///         roughness = 90
-///     }, %)
+///     )
 /// ```
 ///
 /// ```no_run
@@ -255,23 +265,37 @@ pub async fn appearance(_exec_state: &mut ExecState, args: Args) -> Result<KclVa
 ///         }, %)              
 ///     |> hole(pipeHole, %)
 ///     |> sweep(path = sweepPath)
-///     |> appearance({
-///         color: "#ff0000",
-///         metalness: 50,
-///         roughness: 50
-///     }, %)
+///     |> appearance(
+///         color = "#ff0000",
+///         metalness = 50,
+///         roughness = 50
+///     )
 /// ```
 #[stdlib {
     name = "appearance",
+    keywords = true,
+    unlabeled_first = true,
+    args = {
+        solid_set = { docs = "The solid(s) whose appearance is being set" },
+        color = { docs = "Color of the new material, a hex string like '#ff0000'"},
+        metalness = { docs = "Metalness of the new material, a percentage like 95.7." },
+        roughness = { docs = "Roughness of the new material, a percentage like 95.7." },
+    }
 }]
-async fn inner_appearance(data: AppearanceData, solid_set: SolidSet, args: Args) -> Result<SolidSet, KclError> {
+async fn inner_appearance(
+    solid_set: SolidSet,
+    color: String,
+    metalness: Option<f64>,
+    roughness: Option<f64>,
+    args: Args,
+) -> Result<SolidSet, KclError> {
     let solids: Vec<Box<Solid>> = solid_set.into();
 
     for solid in &solids {
         // Set the material properties.
-        let rgb = rgba_simple::RGB::<f32>::from_hex(&data.color).map_err(|err| {
+        let rgb = rgba_simple::RGB::<f32>::from_hex(&color).map_err(|err| {
             KclError::Semantic(KclErrorDetails {
-                message: format!("Invalid hex color (`{}`): {}", data.color, err),
+                message: format!("Invalid hex color (`{color}`): {err}"),
                 source_ranges: vec![args.source_range],
             })
         })?;
@@ -288,8 +312,8 @@ async fn inner_appearance(data: AppearanceData, solid_set: SolidSet, args: Args)
             ModelingCmd::from(mcmd::ObjectSetMaterialParamsPbr {
                 object_id: solid.id,
                 color,
-                metalness: data.metalness.unwrap_or_default() as f32 / 100.0,
-                roughness: data.roughness.unwrap_or_default() as f32 / 100.0,
+                metalness: metalness.unwrap_or_default() as f32 / 100.0,
+                roughness: roughness.unwrap_or_default() as f32 / 100.0,
                 ambient_occlusion: 0.0,
             }),
         )
diff --git a/src/wasm-lib/kcl/src/std/args.rs b/src/wasm-lib/kcl/src/std/args.rs
index a39bc2690..3308dc9e5 100644
--- a/src/wasm-lib/kcl/src/std/args.rs
+++ b/src/wasm-lib/kcl/src/std/args.rs
@@ -1042,20 +1042,6 @@ impl<'a> FromKclValue<'a> for super::fillet::FilletData {
     }
 }
 
-impl<'a> FromKclValue<'a> for super::appearance::AppearanceData {
-    fn from_kcl_val(arg: &'a KclValue) -> Option<Self> {
-        let obj = arg.as_object()?;
-        let_field_of!(obj, color);
-        let_field_of!(obj, metalness?);
-        let_field_of!(obj, roughness?);
-        Some(Self {
-            color,
-            metalness,
-            roughness,
-        })
-    }
-}
-
 impl<'a> FromKclValue<'a> for super::helix::HelixRevolutionsData {
     fn from_kcl_val(arg: &'a KclValue) -> Option<Self> {
         let obj = arg.as_object()?;