| | | gives all transcendental numbers of the form t = b·e^a with 1 ≤ t ≤ x, where a and b are algebraics in Range[x]. |
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| | | gives all transcendental numbers of the form t = b·e^a with x ≤ t ≤ y, where a and b are algebraics in Range[x, y]. |
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| TranscendentalRange[x,y,s] | | gives all transcendental numbers of the form t = b·e^a with x ≤ t ≤ y and s > 0, where a and b are algebraics in Range[x, y, s]. |
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| TranscendentalRange[x,y,s,d] | | requires a lower bound on the steps d. |
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| TranscendentalRange[f,{x}] | | gives all transcendental numbers of the form t = b·f[a] with 1 ≤ t ≤ x, f any transcendental function and a, b algebraics in Range[x]. |
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| TranscendentalRange[f,{x,y}] | | gives all transcendental numbers of the form t = b·f[a] with x ≤ t ≤ y, f any transcendental function and a, b algebraics in Range[x, y]. |
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| TranscendentalRange[f,{x,y,s}] | | gives all transcendental numbers of the form t = b·f[a] with x ≤ t ≤ y and s > 0, f any transcendental function and a, b algebraics in Range[x, y, s]. |
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| TranscendentalRange[f,{x,y,s},d] | | requires a lower bound on the steps d. |
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| TranscendentalRange[{f1,f2,...},{x,y,s},d] | | generates ranges in terms of the transcendental functions f1, f2, ... . |
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| TranscendentalRange[All,{x,y,s},d] | | generates a range in terms of all elementary transcendental functions. |
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