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Copy file name to clipboardExpand all lines: docs/GlowScriptDocs/extrusion.html
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<pclass="Normal">The extrusion object is rendered quite rapidly, so unusual effects are possible. An extrusion object is treated like a compound object, and you can dynamically change its pos (a vector), axis, size, color, and up attributes, as with other objects.</p>
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<pclass="Normal"><strong><fontcolor="#0000a0">How the extrusion machinery works</font></strong></p>
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<pclass="Normal">At every point along the <spanclass="attribute">pos</span> path this point plus the preceding and following points define a plane. A 2D plane is established perpendicular to the tangent to the circle at this point. The 2D shape is drawn in this 2D plane. A shape should be positioned so that its center is approximately at the location of the <spanclass="attribute">pos</span> locations. If you offset the shape far from the path, you may get odd results, because there is enhanced danger of two adjacent drawing planes intersecting each other. Also, making sharp turns of wide extrusions may lead to one segment overlapping another. </p>
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<pclass="Normal">If the bending angle from one point to the next is large, the fitted circle is abandoned, and the orientation of the 2D plane is determined from the direction from the previous point to the current point and the direction from the current point to the next point, giving a mitered joint. The bending angle is considered to be large if its cosine if greater than 0.95 (an angle of about 18 degrees). </p>
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<pclass="Normal">At every point along the <spanclass="attribute">pos</span> path this point plus the preceding and following points define a plane. A 2D plane is established perpendicular to the tangent to the path at this point. The 2D shape is drawn in this 2D plane. A shape should be positioned so that its center is approximately at the location of the <spanclass="attribute">pos</span> locations. If you offset the shape far from the path, you may get odd results, because there is enhanced danger of two adjacent drawing planes intersecting each other. Also, making sharp turns of wide extrusions may lead to one segment overlapping another. </p>
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<pclass="Normal">If the bending angle from one point to the next is large, a mitered joint is produced. The bending angle is considered to be large if its cosine if greater than 0.95 (an angle of about 18 degrees). </p>
Copy file name to clipboardExpand all lines: docs/VPythonDocs/extrusion.html
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<pclass="Normal">The extrusion object is rendered quite rapidly, so unusual effects are possible. An extrusion object is treated like a compound object, and you can dynamically change its pos (a vector), axis, size, color, and up attributes, as with other objects.</p>
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<pclass="Normal"><strong><fontcolor="#0000a0">How the extrusion machinery works</font></strong></p>
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<pclass="Normal">At every point along the <spanclass="attribute">pos</span> path this point plus the preceding and following points define a plane. A 2D plane is established perpendicular to the tangent to the circle at this point. The 2D shape is drawn in this 2D plane. A shape should be positioned so that its center is approximately at the location of the <spanclass="attribute">pos</span> locations. If you offset the shape far from the path, you may get odd results, because there is enhanced danger of two adjacent drawing planes intersecting each other. Also, making sharp turns of wide extrusions may lead to one segment overlapping another. </p>
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<pclass="Normal">If the bending angle from one point to the next is large, the fitted circle is abandoned, and the orientation of the 2D plane is determined from the direction from the previous point to the current point and the direction from the current point to the next point, giving a mitered joint. The bending angle is considered to be large if its cosine if greater than 0.95 (an angle of about 18 degrees). </p>
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<pclass="Normal">At every point along the <spanclass="attribute">pos</span> path this point plus the preceding and following points define a plane. A 2D plane is established perpendicular to the tangent to the path at this point. The 2D shape is drawn in this 2D plane. A shape should be positioned so that its center is approximately at the location of the <spanclass="attribute">pos</span> locations. If you offset the shape far from the path, you may get odd results, because there is enhanced danger of two adjacent drawing planes intersecting each other. Also, making sharp turns of wide extrusions may lead to one segment overlapping another. </p>
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<pclass="Normal">If the bending angle from one point to the next is large, a mitered joint is produced. The bending angle is considered to be large if its cosine if greater than 0.95 (an angle of about 18 degrees). </p>
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