| Both sides previous revisionPrevious revisionNext revision | Previous revision |
| public:calculator:guides:41z_module [13/02/25 08:11 GMT] – [User Guide] john | public:calculator:guides:41z_module [09/01/26 19:38 GMT] (current) – [ZK?YN (UPDATE 5/8/22)] john |
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| ==== Module ==== | ==== Module ==== |
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| * {{ :public:calculator:guides:41z_bs_2x2_2_1_.zip |}} | * {{ :public:calculator:info:41z_bs_2x2_2_.zip | Fixed version Sept. 2024}} |
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| ++++ | ++++ |
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| === The rest of the guide was written without the use of full-time ZKEYS in mind === | ** |
| | The rest of the guide was written without the use of full-time ZKEYS in mind |
| | ** |
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| * in the [[https://forum.swissmicros.com/viewtopic.php?f=26&t=4029 | forum thread]] dealing with the factorization bug in the ''deluxe'' version Angel recommended I use the ''ΣZL'' method. He fears that occasionally ''ZKEYS'' might be broken with incorrect/missing ''USER'' assignments - so I'll try to stick to the normal ''ΣZL'' method. | * in the [[https://forum.swissmicros.com/viewtopic.php?f=26&t=4029 | forum thread]] dealing with the factorization bug in the ''deluxe'' version Angel recommended I use the ''ΣZL'' method. He fears that occasionally ''ZKEYS'' might be broken with incorrect/missing ''USER'' assignments - so I'll try to stick to the normal ''ΣZL'' method. |
| * <key>ZCONJ</key> = <key>Z</key> <key>SHIFT</key> <key>CHS</key> (complex conjugate) | * <key>ZCONJ</key> = <key>Z</key> <key>SHIFT</key> <key>CHS</key> (complex conjugate) |
| * <key>Z ^ X</key> = <key>Z</key> <key>EEX</key> | * <key>Z ^ X</key> = <key>Z</key> <key>EEX</key> |
| * <key>Z ^ 1/X</key> = <key>Z</key> <key>Z</key> <key>EEX</key> (root(s) of complex number) : see [[#Cubic Roots of -8]] | * <key>Z ^ 1/X</key> = <key>Z</key> <key>Z</key> <key>EEX</key> (root(s) of complex number) : see [[#Cubic Roots]] |
| * <key>ZNXTNRT _</key> = <key>Z</key> <key>Z</key> <key>SHIFT</key> <key>'√x'</key> ''NEXT ROOT'' enter the root you want | * <key>ZNXTNRT _</key> = <key>Z</key> <key>Z</key> <key>SHIFT</key> <key>'√x'</key> ''NEXT ROOT'' enter the root you want |
| | * <key>ZWDOT</key> = <key>Z</key><key>Z</key><key>'.'</key> : dot product of 2 vectors/complex numbers |
| | * <key>ZWCROSS</key> = <key>Z</key><key>Z</key><key>2</key> : **Magnitude** of the Cross Product of 2 vectors/complex numbers (no sign) |
| | * <key>ZWDET</key> = <key>Z</key><key>Z</key><key>7</key> : Determinant (Cross Product) of 2 vectors/complex numbers, incl. sign/direction |
| ===== Basic Operation ===== | ===== Basic Operation ===== |
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| ==== Cubic Roots of -8 ==== | ==== Cubic Roots ==== |
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| ===Rectangular=== | ===Rectangular=== |
