Determine the arctangent of the result from Step 2. This is shown on scientific calculators as "tan-1." The result is the angle of the taper expressed in degrees. For example, the arctangent of 0.22917 is 12.91, so a taper of 2.5 inches in 1 foot is equivalent to 12.91 degrees. TL;...
For kNoInferrence to be valid for a cone, entity two must also be a cone and they must have the same taper angle. If entity one is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default value...
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For kNoInferrence to be valid for a cone, entity one must also be a cone and they must have the same taper angle. If entity two is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default value...
For kNoInferrence to be valid for a cone, entity two must also be a cone and they must have the same taper angle. If entity one is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default value...
For kNoInferrence to be valid for a cone, entity two must also be a cone and they must have the same taper angle. If entity one is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default value...
For kNoInferrence to be valid for a cone, entity one must also be a cone and they must have the same taper angle. If entity two is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default value...
For kNoInferrence to be valid for a cone, entity two must also be a cone and they must have the same taper angle. If entity one is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default value...
For kNoInferrence to be valid for a cone, entity one must also be a cone and they must have the same taper angle. If entity two is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default value...
For kNoInferrence to be valid for a cone, entity one must also be a cone and they must have the same taper angle. If entity two is a torus this can be either kInferredLine or kInferredPoint. For a plane, only kNoInferrence is valid. This is an optional argument whose default va...