| __call__() ⚬ | UNI -> | | ⮞ ➔ callable() ⚬ᵖʸ |
| __hash__() ⚬ | UNI -> | | ⮞ ➔ hash() ⚬ᵖʸ |
| __str__() ⚬ | UNI -> | | ⮞ ➔ str() ⚬ᵖʸ |
| ․ ⚬ˢʰ ⬅ | <-> | ￫￩ | ⮞ ➔ source ⚬ˢʰ |
| ”Kerr black hole” ⚬ | <-> | | ⮞ ➔ ”Schwarzschild black hole” ⚬ |
| ”Schwarzschild black hole” ⚬ ⬅ | <-> | | ⮞ ➔ ”Kerr black hole” ⚬ |
| ❪֎❫ Templater Lexicon ○ | UNI -> | | ⮞ ➔ ❪֎❫ Moment.js Lexicon ○ |
| ❪֎₁❫ Linux Commands ○ | UNI -> | △ | ⮞ ➔ ❪֎₁❫ Unix Commands ○ |
| ❪֎₁❫ Unix Commands ○ | <-> | ⇄ | ⮞ ➔ ❪֎₁❫ Windows Commands ○ |
| ❪֎₁❫ Windows Commands ○ ⬅ | <-> | ⇄ | ⮞ ➔ ❪֎₁❫ Unix Commands ○ |
| ❪֎₁❫ WSL Commands ○ | UNI -> | | ⮞ ➔ ❪֎₁❫ Windows Commands ○ |
| ❪֎₁❫ WSL Commands ○ | UNI -> | | ⮞ ➔ ❪֎₁❫ Linux Commands ○ |
| ❪◑❫ Bosons ○ | <-> | | ⮞ ➔ ❪◑❫ Fermions ○ |
| ❪◑❫ Fermions ○ ⬅ | <-> | | ⮞ ➔ ❪◑❫ Bosons ○ |
| ❪◑❫ HMXB ○ | <-> | | ⮞ ➔ ❪◑❫ LMXB ○ |
| ❪◑❫ Input Devices ○ | <-> | 🗘 | ⮞ ➔ ❪◑❫ Output Devices ○ |
| ❪◑❫ LMXB ○ ⬅ | <-> | | ⮞ ➔ ❪◑❫ HMXB ○ |
| ❪◑❫ Output Devices ○ ⬅ | <-> | 🗘 | ⮞ ➔ ❪◑❫ Input Devices ○ |
| ❪◔❫ Spectral Fitting Models ○ | <-> | | ⮞ ➔ ❪𝛿’❫ Spectral Fitting Parameters ○ |
| ❪◕❫ Logic Gates ○ | UNI -> | | ⮞ ➔ ❪∂₁ₐ’❫ Logical Connectives ○ |
| ❪𝛿’❫ Spectral Fitting Parameters ○ ⬅ | <-> | | ⮞ ➔ ❪◔❫ Spectral Fitting Models ○ |
| ❪𝛿❫ Electrical Engineering Quantities ○ | UNI -> | △ | ⮞ ➔ ❪𝛿❫ Electromagnetic Quantities ○ |
| ❪𖣐₂’❫ Gamma-Ray Observatories ○ | <-> | | ⮞ ➔ ❪𖣐₂’❫ X-Ray Observatories ○ |
| ❪𖣐₂’❫ X-Ray Observatories ○ ⬅ | <-> | | ⮞ ➔ ❪𖣐₂’❫ Gamma-Ray Observatories ○ |
| ﹤dd﹥ ⚬ | <-> | | ⮞ ➔ ﹤dt﹥ ⚬ |
| ﹤dt﹥ ⚬ ⬅ | <-> | | ⮞ ➔ ﹤dd﹥ ⚬ |
| 1D ○◂ | <-> | | ⮞ ➔ 2D ○◂ |
| 1D ○◂ | <-> | | ⮞ ➔ 3D ○◂ |
| 2D ○◂ ⬅ | <-> | | ⮞ ➔ 1D ○◂ |
| 2D ○◂ | <-> | | ⮞ ➔ 3D ○◂ |
| 3D ○◂ ⬅ | <-> | | ⮞ ➔ 1D ○◂ |
| 3D ○◂ ⬅ | <-> | | ⮞ ➔ 2D ○◂ |
| abund ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Xset.abund ⚬ |
| Accuracy ○ | <-> | | ⮞ ➔ Precision ○ |
| Adder ○꠹ | <-> | 🗘 | ⮞ ➔ Subtractor ○꠹ |
| Addition (+) ○◂ | <-> | 🗘 | ⮞ ➔ Subtraction (-) ○◂ |
| Algebra 𓆩⚪𓆪 | <-> | | ⮞ ➔ Geometry 𓆩⚪𓆪 |
| Algebra 𓆩⚪𓆪 | <-> | | ⮞ ➔ Calculus 𓆩⚪𓆪 |
| AllChains ⚬ᵖʸˣˢᵖᵉᶜ | <-> | | ⮞ ➔ Chain ⚬ᵖʸˣˢᵖᵉᶜ |
| AllData ⚬ᵖʸˣˢᵖᵉᶜ | <-> | | ⮞ ➔ Spectrum ⚬ᵖʸˣˢᵖᵉᶜ |
| AllData.ignore() ⚬ | <-> | 🗘 | ⮞ ➔ AllData.notice() ⚬ |
| AllData.ignore() ⚬ | <-> | | ⮞ ➔ Spectrum.ignore() ⚬ |
| AllData.notice() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ AllData.ignore() ⚬ |
| AllData.notice() ⚬ | <-> | | ⮞ ➔ Spectrum.notice() ⚬ |
| AllModels ⚬ᵖʸˣˢᵖᵉᶜ | <-> | | ⮞ ➔ Model ⚬ᵖʸˣˢᵖᵉᶜ |
| AllModels.calcFlux() ⚬ | <-> | 🗘 | ⮞ ➔ Spectrum.flux ⚬ |
| AllModels.calcFlux() ⚬ | <-> | ⇄ | ⮞ ➔ flux ⚬ˣˢᵖᵉᶜ |
| AllModels.lmod() ⚬ | <-> | ⇄ | ⮞ ➔ lmod ⚬ˣˢᵖᵉᶜ |
| AllModels.setEnergies() ⚬ | <-> | ⇄ | ⮞ ➔ energies ⚬ˣˢᵖᵉᶜ |
| AllModels.setPars() ⚬ | <-> | | ⮞ ➔ Model.setPars() ⚬ |
| AllModels.setPars() ⚬ | <-> | 🗘 | ⮞ ➔ Parameter.values ⚬ |
| AllModels.setPars() ⚬ | <-> | ⇄ | ⮞ ➔ newpar ⚬ˣˢᵖᵉᶜ |
| Alternating Current (AC) ○ | <-> | | ⮞ ➔ Direct Current (DC) ○ |
| Analog Signal ○꠹ | <-> | | ⮞ ➔ Digital Signal ○꠹ |
| Antiderivative ○꠹ | <-> | 🗘 | ⮞ ➔ Derivative ○꠹ |
| Antiderivative ○꠹ | <-> | 🙵 | ⮞ ➔ Integral ○꠹ |
| Antidifferentiation (∫) ○◂ | <-> | 🗘 | ⮞ ➔ Differentiation (d∕dx) ○◂ |
| Antidifferentiation (∫) ○◂ | <-> | 🙵 | ⮞ ➔ Integration (ₐ∫ᵇ) ○◂ |
| apt ⚬ˢʰ | <-> | | ⮞ ➔ apt-get ⚬ˢʰ |
| apt-get ⚬ˢʰ ⬅ | <-> | | ⮞ ➔ apt ⚬ˢʰ |
| ascii() ⚬ᵖʸ | <-> | | ⮞ ➔ repr() ⚬ᵖʸ |
| Bayesian Inference ○𓆪 | <-> | ⇄ | ⮞ ➔ Frequentist Inference ○𓆪 |
| Bayesian Probability ○𓆪 | <-> | ⇄ | ⮞ ➔ Frequentist Probability ○𓆪 |
| Binary Function ○꠹ | <-> | | ⮞ ➔ Unary Function ○꠹ |
| Binary Operation ○꠹ | <-> | | ⮞ ➔ Unary Operation ○꠹ |
| Black ○ | <-> | 🗘 | ⮞ ➔ White ○ |
| break ⚬ᵖʸ | <-> | 🗘 | ⮞ ➔ continue ⚬ᵖʸ |
| Calculation ○ | <-> | | ⮞ ➔ Computation ○ |
| Calculus 𓆩⚪𓆪 ⬅ | <-> | | ⮞ ➔ Algebra 𓆩⚪𓆪 |
| cd ⚬ᶜᵐᵈ ⬅ | <-> | ⇄ | ⮞ ➔ cd ⚬ˢʰ |
| cd ⚬ˢʰ | <-> | ⇄ | ⮞ ➔ cd ⚬ᶜᵐᵈ |
| Ceiling Function ○◂ | <-> | | ⮞ ➔ Floor Function ○◂ |
| Chain ⚬ᵖʸˣˢᵖᵉᶜ ⬅ | <-> | | ⮞ ➔ AllChains ⚬ᵖʸˣˢᵖᵉᶜ |
| Chemistry 𓆩⚪𓆪 | <-> | | ⮞ ➔ Physics 𓆩⚪𓆪 |
| Chi-Squared (χ²) ○◂ | UNI -> | | ⮞ ➔ Chi-Squared Distribution (χ²₍k₎) ○◂ |
| Chi-Squared (χ²) ○◂ | UNI -> | | ⮞ ➔ Chi-Squared Test ○꠹ |
| Chi-Squared Distribution (χ²₍k₎) ○◂ | <-> | | ⮞ ➔ Chi-Squared Test ○꠹ |
| Chi-Squared Test ○꠹ ⬅ | <-> | | ⮞ ➔ Chi-Squared Distribution (χ²₍k₎) ○◂ |
| Classical Mechanics 𓆩⚪𓆪 | <-> | | ⮞ ➔ Relativity 𓆩⚪𓆪 |
| Classical Mechanics 𓆩⚪𓆪 | <-> | ⇄ | ⮞ ➔ Quantum Mechanics 𓆩⚪𓆪 |
| Codomain ○ | <-> | | ⮞ ➔ Domain ○ |
| Codomain ○ | <-> | | ⮞ ➔ Image ○ |
| Collection ○꠹ | <-> | | ⮞ ➔ Container ○꠹ |
| Column ○꠹ | <-> | | ⮞ ➔ Row ○꠹ |
| Column Space ○ | <-> | | ⮞ ➔ Row Space ○ |
| Combination ○꠹ | <-> | | ⮞ ➔ Permutation ○꠹ |
| Combinational Logic ○ | <-> | ⇄ | ⮞ ➔ Sequential Logic ○ |
| Command Prompt ○˒ | <-> | | ⮞ ➔ PowerShell ○˒ |
| Command-Line Interface (CLI) ○꠹ | <-> | | ⮞ ➔ Graphical User Interface (GUI) ○꠹ |
| Comment ○꠹ | <-> | | ⮞ ➔ Docstring ○꠹ |
| Compiler ○꠹ | <-> | | ⮞ ➔ Interpreter ○꠹ |
| Computation ○ ⬅ | <-> | | ⮞ ➔ Calculation ○ |
| Computer Engineering 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Software Engineering 𓆩⚪𓆪 |
| Computer Science 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Mathematics 𓆩⚪𓆪 |
| Computer Science 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Data Science 𓆩⚪𓆪 |
| Computer Science 𓆩⚪𓆪 | UNI -> | | ⮞ ⛛ Programming 𓆩⚪𓆪 |
| Conductance (G) ○◂ | <-> | 🗘 | ⮞ ➔ Resistance (R) ○◂ |
| Conjunction (AND) ○◂ | <-> | 🗘 | ⮞ ➔ Sheffer Stroke (NAND) ○◂ |
| Container ○꠹ ⬅ | <-> | | ⮞ ➔ Collection ○꠹ |
| continue ⚬ᵖʸ ⬅ | <-> | 🗘 | ⮞ ➔ break ⚬ᵖʸ |
| copy.copy() ⚬ | <-> | | ⮞ ➔ copy.deepcopy() ⚬ |
| copy.deepcopy() ⚬ ⬅ | <-> | | ⮞ ➔ copy.copy() ⚬ |
| cov() ⚬ᴿ | <-> | ￫￩ | ⮞ ➔ var() ⚬ᴿ |
| cpd ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Plot.device ⚬ |
| CSS ○˒ | <-> | | ⮞ ➔ JavaScript ○˒ |
| CSS ○˒ | <-> | | ⮞ ➔ HTML ○˒ |
| csv.reader() ⚬ | <-> | 🗘 | ⮞ ➔ csv.writer() ⚬ |
| csv.writer() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ csv.reader() ⚬ |
| csv() ⚬ᵈᵛ | <-> | | ⮞ ➔ dv.io.csv() ⚬ |
| csvwriter.writerow() ⚬ | <-> | | ⮞ ➔ csvwriter.writerows() ⚬ |
| csvwriter.writerows() ⚬ ⬅ | <-> | | ⮞ ➔ csvwriter.writerow() ⚬ |
| Curve ○꠹ | <-> | | ⮞ ➔ Line ○꠹ |
| data ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ xspec.Spectrum() ⚬ |
| Data Science 𓆩⚪𓆪 | <-> | | ⮞ ➔ Statistics 𓆩⚪𓆪 |
| DataFrame.astype() ⚬ | <-> | | ⮞ ➔ Series.astype() ⚬ |
| DataFrame.drop_duplicates() ⚬ | <-> | | ⮞ ➔ Series.drop_duplicates() ⚬ |
| DataFrame.empty ⚬ | <-> | | ⮞ ➔ Series.empty ⚬ |
| DataFrame.iloc ⚬ | <-> | | ⮞ ➔ DataFrame.loc ⚬ |
| DataFrame.loc ⚬ ⬅ | <-> | | ⮞ ➔ DataFrame.iloc ⚬ |
| DataFrame.replace() ⚬ | <-> | | ⮞ ➔ Series.replace() ⚬ |
| DataFrame.to_csv() ⚬ | <-> | 🗘 | ⮞ ➔ pandas.read_csv() ⚬ |
| DataFrame.to_excel() ⚬ | <-> | 🗘 | ⮞ ➔ pandas.read_excel() ⚬ |
| DataFrame.to_excel() ⚬ | UNI -> | | ⮞ ➔ pandas.ExcelWriter() ⚬ |
| DataFrame.to_numpy() ⚬ | <-> | | ⮞ ➔ Series.to_numpy() ⚬ |
| DataFrame.values ⚬ | <-> | | ⮞ ➔ Series.values ⚬ |
| date.isoformat() ⚬ | UNI -> | | ⮞ ➔ ISO 8601 ○˒ |
| datetime ⚬ᵖʸ | <-> | ✘ | ⮞ ➔ datetime ⚬⃕ᵖʸ |
| datetime ⚬⃕ᵖʸ | <-> | | ⮞ ➔ dateutil ⚬ᵖʸ |
| datetime ⚬⃕ᵖʸ | UNI -> | | ⮞ ➔ ❪֎ₐ’❫ Date Format Codes (C) ○ |
| datetime ⚬⃕ᵖʸ ⬅ | <-> | ✘ | ⮞ ➔ datetime ⚬ᵖʸ |
| datetime.date() ⚬ | <-> | ✘ | ⮞ ➔ datetime.date() ⚬ᵖʸ |
| datetime.date() ⚬ᵖʸ ⬅ | <-> | ✘ | ⮞ ➔ datetime.date() ⚬ |
| datetime.isoformat() ⚬ | UNI -> | | ⮞ ➔ ISO 8601 ○˒ |
| datetime.time() ⚬ | <-> | ✘ | ⮞ ➔ datetime.time() ⚬ᵖʸ |
| datetime.time() ⚬ᵖʸ ⬅ | <-> | ✘ | ⮞ ➔ datetime.time() ⚬ |
| dateutil ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ datetime ⚬⃕ᵖʸ |
| Declination ○◂ | <-> | 🙵 | ⮞ ➔ Right Ascension ○◂ |
| Decoder ○꠹ | <-> | 🗘 | ⮞ ➔ Encoder ○꠹ |
| Deep Copy ○ | <-> | | ⮞ ➔ Shallow Copy ○ |
| Degree (°) ○◂ | <-> | | ⮞ ➔ Radian (rad) ○◂ |
| Derivative ○꠹ ⬅ | <-> | 🗘 | ⮞ ➔ Antiderivative ○꠹ |
| Derivative ○꠹ | <-> | 🗘 | ⮞ ➔ Integral ○꠹ |
| dict.keys() ⚬ | <-> | | ⮞ ➔ dict.values() ⚬ |
| dict.values() ⚬ ⬅ | <-> | | ⮞ ➔ dict.keys() ⚬ |
| Differentiation (d∕dx) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Antidifferentiation (∫) ○◂ |
| Differentiation (d∕dx) ○◂ | <-> | 🗘 | ⮞ ➔ Integration (ₐ∫ᵇ) ○◂ |
| Digital Signal ○꠹ ⬅ | <-> | | ⮞ ➔ Analog Signal ○꠹ |
| Direct Current (DC) ○ ⬅ | <-> | | ⮞ ➔ Alternating Current (AC) ○ |
| Disjunction (OR) ○◂ | <-> | 🗘 | ⮞ ➔ Non-Disjunction (NOR) ○◂ |
| Division (÷) ○◂ | <-> | 🗘 | ⮞ ➔ Multiplication (×) ○◂ |
| Docstring ○꠹ ⬅ | <-> | | ⮞ ➔ Comment ○꠹ |
| Domain ○ ⬅ | <-> | | ⮞ ➔ Codomain ○ |
| Domain ○ | <-> | | ⮞ ➔ Image ○ |
| dos2unix ⚬ᣟ | <-> | 🗘 | ⮞ ➔ unix2dos ⚬ᣟ |
| dv.el() ⚬ | UNI -> | | ⮞ ➔ ❪֎ₐ’❫ HTML Elements ○ |
| dv.io.csv() ⚬ ⬅ | <-> | | ⮞ ➔ csv() ⚬ᵈᵛ |
| echo ⚬ᶜᵐᵈ ⬅ | <-> | ⇄ | ⮞ ➔ echo ⚬ˢʰ |
| echo ⚬ˢʰ | <-> | ⇄ | ⮞ ➔ echo ⚬ᶜᵐᵈ |
| Eigenvalue ○ | <-> | | ⮞ ➔ Eigenvector ○ |
| Eigenvector ○ ⬅ | <-> | | ⮞ ➔ Eigenvalue ○ |
| Electric Field ○◂ | <-> | 🙵 | ⮞ ➔ Magnetic Field ○◂ |
| Electric Flux ○◂ | <-> | 🙵 | ⮞ ➔ Magnetic Flux ○◂ |
| Electricity ⚪ | <-> | 🙵 | ⮞ ➔ Magnetism ⚪ |
| elif ⚬ᵖʸ | <-> | | ⮞ ➔ else ⚬ᵖʸ |
| elif ⚬ᵖʸ | <-> | | ⮞ ➔ if ⚬ᵖʸ |
| else ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ elif ⚬ᵖʸ |
| else ⚬ᵖʸ | <-> | | ⮞ ➔ if ⚬ᵖʸ |
| Emacs ○˒ | <-> | | ⮞ ➔ Vim ○˒ |
| Encoder ○꠹ ⬅ | <-> | 🗘 | ⮞ ➔ Decoder ○꠹ |
| energies ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ AllModels.setEnergies() ⚬ |
| Energy (E) ○◂ | <-> | | ⮞ ➔ Mass (m) ○◂ |
| Engineering 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Physics 𓆩⚪𓆪 |
| Engineering 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Mathematics 𓆩⚪𓆪 |
| Engineering 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Computer Science 𓆩⚪𓆪 |
| Enum._value_ ⚬ | <-> | | ⮞ ➔ Enum.value ⚬ |
| Enum.value ⚬ ⬅ | <-> | | ⮞ ➔ Enum._value_ ⚬ |
| Equation ○꠹ | <-> | | ⮞ ➔ Expression ○꠹ |
| Error ○꠹ˢᵗᵃᵗˢ | <-> | | ⮞ ➔ Residual ○꠹ |
| error ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Fit.error() ⚬ |
| except ⚬ᵖʸ | <-> | | ⮞ ➔ try ⚬ᵖʸ |
| Exclusive Disjunction (XOR) ○◂ | <-> | 🗘 | ⮞ ➔ Exclusive Non-Disjunction (XNOR) ○◂ |
| Exclusive Non-Disjunction (XNOR) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Exclusive Disjunction (XOR) ○◂ |
| exit() ⚬ᵖʸ | <-> | | ⮞ ➔ quit() ⚬ᵖʸ |
| Exponential Function (eˣ) ○◂ | <-> | 🗘 | ⮞ ➔ Natural Logarithm (ln₍x₎) ○◂ |
| Exponential Function (nˣ) ○◂ | <-> | 🗘 | ⮞ ➔ Logarithm (logₙ₍x₎) ○◂ |
| Exponentiation (xⁿ) ○◂ | <-> | 🗘 | ⮞ ➔ Root (ⁿ√x) ○◂ |
| Expression ○꠹ ⬅ | <-> | | ⮞ ➔ Equation ○꠹ |
| Expression ○꠹ᴾᴿᴳᴿᴹ | <-> | | ⮞ ➔ Statement ○꠹ᴾᴿᴳᴿᴹ |
| Extragalactic Astronomy ○𓆪 | <-> | | ⮞ ➔ Galactic Astronomy ○𓆪 |
| f’…{}…’ ⚬ᵖʸ | <-> | | ⮞ ➔ str.format() ⚬ |
| False ⚬ᵖʸ | <-> | 🗘 | ⮞ ➔ True ⚬ᵖʸ |
| False ❍ | <-> | 🗘 | ⮞ ➔ True ❍ |
| fdump ⚬ʰᵉᵃ | <-> | | ⮞ ➔ flist ⚬ʰᵉᵃ |
| File Format ○꠹ | <-> | | ⮞ ➔ Filename Extension ○꠹ |
| file.close() ⚬ᵖʸ | UNI -> | 🗘 | ⮞ ➔ open() ⚬ᵖʸ |
| file.lists ⚬ | <-> | | ⮞ ➔ file.tasks ⚬ |
| file.read() ⚬ᵖʸ | <-> | 🗘 | ⮞ ➔ file.write() ⚬ᵖʸ |
| file.tasks ⚬ | <-> | ￫￩ | ⮞ ➔ tasks ⚬ᵈᵛ |
| file.tasks ⚬ ⬅ | <-> | | ⮞ ➔ file.lists ⚬ |
| file.write() ⚬ᵖʸ ⬅ | <-> | 🗘 | ⮞ ➔ file.read() ⚬ᵖʸ |
| Filename Extension ○꠹ ⬅ | <-> | | ⮞ ➔ File Format ○꠹ |
| fit ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Fit.perform() ⚬ |
| Fit.delta ⚬ | <-> | ⇄ | ⮞ ➔ xset delta ⚬ |
| Fit.error() ⚬ | <-> | 🗘 | ⮞ ➔ Parameter.error ⚬ |
| Fit.error() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ error ⚬ˣˢᵖᵉᶜ |
| Fit.goodness() ⚬ | <-> | ⇄ | ⮞ ➔ goodness ⚬ˣˢᵖᵉᶜ |
| Fit.perform() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ fit ⚬ˣˢᵖᵉᶜ |
| Fit.renorm() ⚬ | <-> | ⇄ | ⮞ ➔ renorm ⚬ˣˢᵖᵉᶜ |
| Fit.statMethod ⚬ | <-> | ⇄ | ⮞ ➔ statistic ⚬ˣˢᵖᵉᶜ |
| Fit.statTest ⚬ | <-> | ⇄ | ⮞ ➔ statistic test ⚬ |
| flist ⚬ʰᵉᵃ ⬅ | <-> | | ⮞ ➔ fdump ⚬ʰᵉᵃ |
| Floating-Point Number (Float) ○꠹ | <-> | ⇄ | ⮞ ➔ Integer ○꠹ᴾᴿᴳᴿᴹ |
| Floor Function ○◂ ⬅ | <-> | | ⮞ ➔ Ceiling Function ○◂ |
| flux ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ AllModels.calcFlux() ⚬ |
| for ⚬ᵖʸ | <-> | | ⮞ ➔ while ⚬ᵖʸ |
| For Loop ○꠹ | <-> | | ⮞ ➔ While Loop ○꠹ |
| FPMA ○̉ | <-> | 🙵 | ⮞ ➔ FPMB ○̉ |
| FPMB ○̉ ⬅ | <-> | 🙵 | ⮞ ➔ FPMA ○̉ |
| freeze ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Parameter.frozen ⚬ |
| Frequency (f) ○◂ | <-> | | ⮞ ➔ Period ○◂ |
| Frequency Domain ○ | <-> | | ⮞ ➔ Time Domain ○ |
| Frequentist Inference ○𓆪 ⬅ | <-> | ⇄ | ⮞ ➔ Bayesian Inference ○𓆪 |
| Frequentist Probability ○𓆪 ⬅ | <-> | ⇄ | ⮞ ➔ Bayesian Probability ○𓆪 |
| ftgrouppha ⚬ʰᵉᵃ | <-> | | ⮞ ➔ grppha ⚬ʰᵉᵃ |
| g.throw() ⚬ᵖʸ | UNI -> | | ⮞ ➔ raise ⚬ᵖʸ |
| Galactic Astronomy ○𓆪 ⬅ | <-> | | ⮞ ➔ Extragalactic Astronomy ○𓆪 |
| Gamma Distribution (Gamma₍α,β₎) ○◂ | <-> | | ⮞ ➔ Gamma Function (Γ₍x₎) ○◂ |
| Gamma Function (Γ₍x₎) ○◂ ⬅ | <-> | | ⮞ ➔ Gamma Distribution (Gamma₍α,β₎) ○◂ |
| Gamma Ray ○꠹ | <-> | | ⮞ ➔ X-Ray ○꠹ |
| Geometry 𓆩⚪𓆪 ⬅ | <-> | | ⮞ ➔ Algebra 𓆩⚪𓆪 |
| Get-History ⚬ᵖʷˢʰ | <-> | ⇄ | ⮞ ➔ history ⚬ˢʰ |
| Global Scope ○ | <-> | | ⮞ ➔ Local Scope ○ |
| Global Variable ○꠹ | <-> | | ⮞ ➔ Local Variable ○꠹ |
| globals() ⚬ᵖʸ | <-> | | ⮞ ➔ locals() ⚬ᵖʸ |
| goodness ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ Fit.goodness() ⚬ |
| Graph ○꠹ ⬅ | <-> | ✘ | ⮞ ➔ Graph of a Function ○ |
| Graph of a Function ○ | <-> | | ⮞ ➔ Plot ○꠹ |
| Graph of a Function ○ | <-> | ✘ | ⮞ ➔ Graph ○꠹ |
| Graphical User Interface (GUI) ○꠹ ⬅ | <-> | | ⮞ ➔ Command-Line Interface (CLI) ○꠹ |
| grppha ⚬ʰᵉᵃ ⬅ | <-> | | ⮞ ➔ ftgrouppha ⚬ʰᵉᵃ |
| gunzip ⚬ˢʰ | <-> | 🗘 | ⮞ ➔ gzip ⚬ˢʰ |
| gzip ⚬ˢʰ ⬅ | <-> | 🗘 | ⮞ ➔ gunzip ⚬ˢʰ |
| gzip ⚬ˢʰ | <-> | | ⮞ ➔ tar ⚬ˢʰ |
| Hardware ⚪ | <-> | | ⮞ ➔ Software ⚪ |
| help ⚬ᶜᵐᵈ ⬅ | <-> | ⇄ | ⮞ ➔ help ⚬ˢʰ |
| help ⚬ˢʰ | <-> | ⇄ | ⮞ ➔ help ⚬ᶜᵐᵈ |
| history ⚬ˢʰ ⬅ | <-> | ⇄ | ⮞ ➔ Get-History ⚬ᵖʷˢʰ |
| HTML ○˒ | <-> | | ⮞ ➔ JavaScript ○˒ |
| HTML ○˒ ⬅ | <-> | | ⮞ ➔ CSS ○˒ |
| IEEE 754 ○˒ | UNI -> | | ⮞ ➔ Floating-Point Arithmetic ○ |
| if ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ else ⚬ᵖʸ |
| if ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ elif ⚬ᵖʸ |
| ignore ⚬ˣˢᵖᵉᶜ | <-> | 🗘 | ⮞ ➔ notice ⚬ˣˢᵖᵉᶜ |
| ignore ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Spectrum.ignore() ⚬ |
| Image ○ ⬅ | <-> | | ⮞ ➔ Domain ○ |
| Image ○ ⬅ | <-> | | ⮞ ➔ Codomain ○ |
| Image ○ | <-> | ✘ | ⮞ ➔ Image ○꠹ |
| Image ○꠹ ⬅ | <-> | ✘ | ⮞ ➔ Image ○ |
| Imaginary Number ○꠹ | <-> | | ⮞ ➔ Real Number ○꠹ |
| in ⚬ᵖʸ | <-> | 🗘 | ⮞ ➔ not in ⚬ᵖʸ |
| Initial Mass Function (IMF) ○◂ | <-> | ✘ | ⮞ ➔ Mass Function ○◂ |
| initpackage ⚬ˣˢᵖᵉᶜ | UNI -> | | ⮞ ➔ lmod ⚬ˣˢᵖᵉᶜ |
| Inner-Disk Radius (R𝘪𝘯) ○◂ | UNI -> | | ⮞ ➔ ISCO Radius (R𝘪𝘴𝘤𝘰) ○◂ |
| Input ○ | <-> | 🗘 | ⮞ ➔ Output ○ |
| Integer ○꠹ᴾᴿᴳᴿᴹ ⬅ | <-> | ⇄ | ⮞ ➔ Floating-Point Number (Float) ○꠹ |
| Integral ○꠹ ⬅ | <-> | 🙵 | ⮞ ➔ Antiderivative ○꠹ |
| Integral ○꠹ ⬅ | <-> | 🗘 | ⮞ ➔ Derivative ○꠹ |
| Integration (ₐ∫ᵇ) ○◂ ⬅ | <-> | 🙵 | ⮞ ➔ Antidifferentiation (∫) ○◂ |
| Integration (ₐ∫ᵇ) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Differentiation (d∕dx) ○◂ |
| Interpreter ○꠹ ⬅ | <-> | | ⮞ ➔ Compiler ○꠹ |
| Ion ○꠹ | <-> | | ⮞ ➔ Isotope ○꠹ |
| iplot ⚬ˣˢᵖᵉᶜ | UNI -> | | ⮞ ➔ plot ⚬ˣˢᵖᵉᶜ |
| is ⚬ᵖʸ ⬅ | <-> | 🗘 | ⮞ ➔ is not ⚬ᵖʸ |
| is not ⚬ᵖʸ | <-> | 🗘 | ⮞ ➔ is ⚬ᵖʸ |
| Isotope ○꠹ ⬅ | <-> | | ⮞ ➔ Ion ○꠹ |
| Iteration ○ | <-> | | ⮞ ➔ Recursion ○ |
| JavaScript ○˒ ⬅ | <-> | | ⮞ ➔ HTML ○˒ |
| JavaScript ○˒ ⬅ | <-> | | ⮞ ➔ CSS ○˒ |
| json ⚬⃕ᵖʸ | <-> | | ⮞ ➔ pickle ⚬⃕ᵖʸ |
| json.dump() ⚬ | <-> | 🗘 | ⮞ ➔ json.load() ⚬ |
| json.load() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ json.dump() ⚬ |
| Jupyter ○˒ | UNI -> | | ⮞ ➔ Julia ○˒ |
| Jupyter ○˒ | UNI -> | | ⮞ ➔ Python ○͒ |
| Jupyter ○˒ | UNI -> | | ⮞ ➔ R ○˒ |
| kerrbb ⚬ˣˢᵖᵉᶜ | <-> | | ⮞ ⛛ kerrbb2 ⚬ˣˢᵖᵉᶜ |
| kerrbb2 ⚬ˣˢᵖᵉᶜ ⬅ | <-> | △ | ⮞ ➔ kerrbb ⚬ˣˢᵖᵉᶜ |
| LD ⚬ˡᶜ³ | <-> | 🗘 | ⮞ ➔ ST ⚬ˡᶜ³ |
| Likelihood (L) ○◂ | <-> | | ⮞ ➔ Posterior (p₍θ┃X₎) ○◂ |
| Likelihood (L) ○◂ | <-> | | ⮞ ➔ Prior (p₍θ₎) ○◂ |
| Line ○꠹ ⬅ | <-> | | ⮞ ➔ Curve ○꠹ |
| Line Energy (E𝘭) ○◂ | <-> | | ⮞ ➔ Line Width (σ) ○◂ |
| Line Width (σ) ○◂ ⬅ | <-> | | ⮞ ➔ Line Energy (E𝘭) ○◂ |
| list.sort() ⚬ | <-> | | ⮞ ➔ sorted() ⚬ᵖʸ |
| lmod ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ AllModels.lmod() ⚬ |
| Local Scope ○ ⬅ | <-> | | ⮞ ➔ Global Scope ○ |
| Local Variable ○꠹ ⬅ | <-> | | ⮞ ➔ Global Variable ○꠹ |
| locals() ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ globals() ⚬ᵖʸ |
| Logarithm (logₙ₍x₎) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Exponential Function (nˣ) ○◂ |
| Logic 𓆩⚪𓆪 | <-> | 🙵 | ⮞ ➔ Mathematics 𓆩⚪𓆪 |
| Machine Learning 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Statistics 𓆩⚪𓆪 |
| Machine Learning 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Computer Science 𓆩⚪𓆪 |
| Magnetic Field ○◂ ⬅ | <-> | 🙵 | ⮞ ➔ Electric Field ○◂ |
| Magnetic Flux ○◂ ⬅ | <-> | 🙵 | ⮞ ➔ Electric Flux ○◂ |
| Magnetism ⚪ ⬅ | <-> | 🙵 | ⮞ ➔ Electricity ⚪ |
| Map ○◂ᴾᴿᴳᴿᴹ | <-> | ✘ | ⮞ ➔ Mapping ○꠹ |
| Mapping ○꠹ ⬅ | <-> | ✘ | ⮞ ➔ Map ○◂ᴾᴿᴳᴿᴹ |
| Mass (m) ○◂ ⬅ | <-> | 🙵 | ⮞ ➔ Energy (E) ○◂ |
| Mass Function ○◂ ⬅ | <-> | ✘ | ⮞ ➔ Initial Mass Function (IMF) ○◂ |
| math.inf ⚬ | UNI -> | | ⮞ ➔ float(‘inf’) ⚬ᵖʸ |
| Mathematics 𓆩⚪𓆪 ⬅ | <-> | 🙵 | ⮞ ➔ Logic 𓆩⚪𓆪 |
| Matter ⚪ | UNI -> | | ⮞ ➔ Energy (E) ○◂ |
| Maxterm ○꠹ | <-> | | ⮞ ➔ Minterm ○꠹ |
| Memory ○ | <-> | 🙵 | ⮞ ➔ Storage ○ |
| Memory Address Register (MAR) ○꠹ | <-> | | ⮞ ➔ Memory Buffer Register (MBR) ○꠹ |
| Memory Buffer Register (MBR) ○꠹ ⬅ | <-> | | ⮞ ➔ Memory Address Register (MAR) ○꠹ |
| Minterm ○꠹ ⬅ | <-> | | ⮞ ➔ Maxterm ○꠹ |
| mkdir ⚬ᶜᵐᵈ | <-> | 🗘 | ⮞ ➔ rmdir ⚬ᶜᵐᵈ |
| mkdir ⚬ᶜᵐᵈ ⬅ | <-> | ⇄ | ⮞ ➔ mkdir ⚬ˢʰ |
| mkdir ⚬ˢʰ | <-> | 🗘 | ⮞ ➔ rmdir ⚬ˢʰ |
| mkdir ⚬ˢʰ | <-> | ⇄ | ⮞ ➔ mkdir ⚬ᶜᵐᵈ |
| Model ⚬ᵖʸˣˢᵖᵉᶜ ⬅ | <-> | | ⮞ ➔ AllModels ⚬ᵖʸˣˢᵖᵉᶜ |
| model ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ xspec.Model() ⚬ |
| Model.setPars() ⚬ ⬅ | <-> | | ⮞ ➔ AllModels.setPars() ⚬ |
| Model.setPars() ⚬ | <-> | 🗘 | ⮞ ➔ Parameter.values ⚬ |
| Model.setPars() ⚬ | <-> | ⇄ | ⮞ ➔ newpar ⚬ˣˢᵖᵉᶜ |
| Moment.js ○˒ | UNI -> | | ⮞ ➔ Luxon ○˒ |
| moment() ⚬ʲˢ | UNI -> | | ⮞ ➔ Date() ⚬ʲˢ |
| moment().add() ⚬ | <-> | 🗘 | ⮞ ➔ moment().subtract() ⚬ |
| moment().endOf() ⚬ | <-> | 🗘 | ⮞ ➔ moment().startOf() ⚬ |
| moment().startOf() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ moment().endOf() ⚬ |
| moment().subtract() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ moment().add() ⚬ |
| mount ⚬ˢʰ | <-> | 🗘 | ⮞ ➔ umount ⚬ˢʰ |
| Multiplication (×) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Division (÷) ○◂ |
| Natural Logarithm (ln₍x₎) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Exponential Function (eˣ) ○◂ |
| ndarray.sort() ⚬ | <-> | | ⮞ ➔ numpy.sort() ⚬ |
| ndarray.T ⚬ | <-> | ￫￩ | ⮞ ➔ ndarray.transpose() ⚬ |
| ndarray.transpose() ⚬ | <-> | | ⮞ ➔ numpy.transpose() ⚬ |
| ndarray.transpose() ⚬ ⬅ | <-> | ￫￩ | ⮞ ➔ ndarray.T ⚬ |
| Negative Number ○꠹ | <-> | 🗘 | ⮞ ➔ Positive Number ○꠹ |
| newpar ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ AllModels.setPars() ⚬ |
| newpar ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ Model.setPars() ⚬ |
| Noise ○ | <-> | 🗘 | ⮞ ➔ Signal ⚪ |
| Non-Disjunction (NOR) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Disjunction (OR) ○◂ |
| Non-Volatile Memory ○ | <-> | 🗘 | ⮞ ➔ Volatile Memory ○ |
| not in ⚬ᵖʸ ⬅ | <-> | 🗘 | ⮞ ➔ in ⚬ᵖʸ |
| notice ⚬ˣˢᵖᵉᶜ ⬅ | <-> | 🗘 | ⮞ ➔ ignore ⚬ˣˢᵖᵉᶜ |
| notice ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Spectrum.notice() ⚬ |
| NumPy ○˒ | <-> | | ⮞ ➔ pandas ○˒ |
| numpy.inf ⚬ | UNI -> | | ⮞ ➔ float(‘inf’) ⚬ᵖʸ |
| numpy.load() ⚬ | <-> | 🗘 | ⮞ ➔ numpy.save() ⚬ |
| numpy.loadtxt() ⚬ | <-> | 🗘 | ⮞ ➔ numpy.savetxt() ⚬ |
| numpy.save() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ numpy.load() ⚬ |
| numpy.savetxt() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ numpy.loadtxt() ⚬ |
| numpy.sort() ⚬ ⬅ | <-> | | ⮞ ➔ ndarray.sort() ⚬ |
| numpy.transpose() ⚬ ⬅ | <-> | | ⮞ ➔ ndarray.transpose() ⚬ |
| nupipeline ⚬ʰᵉᵃ | <-> | | ⮞ ➔ nuproducts ⚬ʰᵉᵃ |
| nuproducts ⚬ʰᵉᵃ ⬅ | <-> | | ⮞ ➔ nupipeline ⚬ʰᵉᵃ |
| Observed Counts (C₍I₎) ○◂ | <-> | | ⮞ ➔ Predicted Counts (Cₚ₍I₎) ○◂ |
| open() ⚬ᵖʸ | UNI -> | | ⮞ ➔ with ⚬ᵖʸ |
| open() ⚬ᵖʸ | UNI -> | | ⮞ ➔ as ⚬ᵖʸ |
| Operation ○꠹ | <-> | | ⮞ ➔ Operator ○꠹ |
| Operation ○꠹ᴾᴿᴳᴿᴹ | <-> | | ⮞ ➔ Operator ○꠹ᴾᴿᴳᴿᴹ |
| Operator ○꠹ ⬅ | <-> | | ⮞ ➔ Operation ○꠹ |
| Operator ○꠹ᴾᴿᴳᴿᴹ ⬅ | <-> | | ⮞ ➔ Operation ○꠹ᴾᴿᴳᴿᴹ |
| os.popen() ⚬ | UNI -> | | ⮞ ➔ subprocess.Popen() ⚬ |
| outgoing() ⚬ᵈᵛ | UNI -> | | ⮞ ➔ FROM ⚬ᵈᵛ |
| Output ○ ⬅ | <-> | 🗘 | ⮞ ➔ Input ○ |
| pandas ○˒ ⬅ | <-> | | ⮞ ➔ NumPy ○˒ |
| pandas.isna() ⚬ | <-> | 🗘 | ⮞ ➔ pandas.notna() ⚬ |
| pandas.notna() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ pandas.isna() ⚬ |
| pandas.read_csv() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ DataFrame.to_csv() ⚬ |
| pandas.read_excel() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ DataFrame.to_excel() ⚬ |
| Parallel Circuit ○꠹ | <-> | ⇄ | ⮞ ➔ Series Circuit ○꠹ |
| Parameter.error ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ Fit.error() ⚬ |
| Parameter.frozen ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ freeze ⚬ˣˢᵖᵉᶜ |
| Parameter.link ⚬ | <-> | 🗘 | ⮞ ➔ Parameter.untie() ⚬ |
| Parameter.untie() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ Parameter.link ⚬ |
| Parameter.values ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ AllModels.setPars() ⚬ |
| Parameter.values ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ Model.setPars() ⚬ |
| Particle ○꠹ | <-> | | ⮞ ➔ Wave ○꠹ |
| Period ○◂ ⬅ | <-> | | ⮞ ➔ Frequency (f) ○◂ |
| Permutation ○꠹ ⬅ | <-> | | ⮞ ➔ Combination ○꠹ |
| Photon Counting Mode ○˒ | <-> | | ⮞ ➔ Windowed Timing Mode ○˒ |
| Physics 𓆩⚪𓆪 ⬅ | <-> | | ⮞ ➔ Chemistry 𓆩⚪𓆪 |
| Physics 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Mathematics 𓆩⚪𓆪 |
| pickle ⚬⃕ᵖʸ ⬅ | <-> | | ⮞ ➔ json ⚬⃕ᵖʸ |
| pickle.dump() ⚬ | <-> | 🗘 | ⮞ ➔ pickle.load() ⚬ |
| pickle.load() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ pickle.dump() ⚬ |
| ping ⚬ᶜᵐᵈ ⬅ | <-> | ⇄ | ⮞ ➔ ping ⚬ˢʰ |
| ping ⚬ˢʰ | <-> | ⇄ | ⮞ ➔ ping ⚬ᶜᵐᵈ |
| Plot ○꠹ ⬅ | <-> | | ⮞ ➔ Graph of a Function ○ |
| plot ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ xspec.Plot() ⚬ |
| Plot.device ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ cpd ⚬ˣˢᵖᵉᶜ |
| Plot.setRebin() ⚬ | <-> | ⇄ | ⮞ ➔ setplot rebin ⚬ |
| Plot.x() ⚬ | <-> | 🙵 | ⮞ ➔ Plot.xErr() ⚬ |
| Plot.xAxis ⚬ | <-> | ⇄ | ⮞ ➔ setplot ⚬ˣˢᵖᵉᶜ |
| Plot.xErr() ⚬ ⬅ | <-> | 🙵 | ⮞ ➔ Plot.x() ⚬ |
| Plot.y() ⚬ | <-> | 🙵 | ⮞ ➔ Plot.yErr() ⚬ |
| Plot.yErr() ⚬ ⬅ | <-> | 🙵 | ⮞ ➔ Plot.y() ⚬ |
| Pop ○◂ | <-> | | ⮞ ➔ Push ○◂ |
| Positive Number ○꠹ ⬅ | <-> | 🗘 | ⮞ ➔ Negative Number ○꠹ |
| Posterior (p₍θ┃X₎) ○◂ ⬅ | <-> | | ⮞ ➔ Likelihood (L) ○◂ |
| Posterior (p₍θ┃X₎) ○◂ | <-> | | ⮞ ➔ Prior (p₍θ₎) ○◂ |
| PowerShell ○˒ ⬅ | <-> | | ⮞ ➔ Command Prompt ○˒ |
| Precision ○ ⬅ | <-> | | ⮞ ➔ Accuracy ○ |
| Predicted Counts (Cₚ₍I₎) ○◂ ⬅ | <-> | | ⮞ ➔ Observed Counts (C₍I₎) ○◂ |
| Primary Mass (M₁) ○◂ | <-> | | ⮞ ➔ Secondary Mass (M₂) ○◂ |
| Prior (p₍θ₎) ○◂ ⬅ | <-> | | ⮞ ➔ Posterior (p₍θ┃X₎) ○◂ |
| Prior (p₍θ₎) ○◂ ⬅ | <-> | | ⮞ ➔ Likelihood (L) ○◂ |
| Probability Density Function (PDF) ○꠹ | <-> | ⇄ | ⮞ ➔ Probability Mass Function (PMF) ○꠹ |
| Probability Mass Function (PMF) ○꠹ ⬅ | <-> | ⇄ | ⮞ ➔ Probability Density Function (PDF) ○꠹ |
| Programming 𓆩⚪𓆪 | UNI -> | | ⮞ ➔ Data Science 𓆩⚪𓆪 |
| Programming 𓆩⚪𓆪 | UNI -> | | ⮞ ⛛ ❪◑❫ Programming Languages ○ |
| Push ○◂ ⬅ | <-> | | ⮞ ➔ Pop ○◂ |
| pyplot.subplot() ⚬ | <-> | | ⮞ ➔ pyplot.subplots() ⚬ |
| pyplot.subplots() ⚬ ⬅ | <-> | | ⮞ ➔ pyplot.subplot() ⚬ |
| PyPy ○˒ | UNI -> | | ⮞ ➔ CPython ○˒ |
| Quantum Mechanics 𓆩⚪𓆪 ⬅ | <-> | ⇄ | ⮞ ➔ Classical Mechanics 𓆩⚪𓆪 |
| Quantum Mechanics 𓆩⚪𓆪 | <-> | | ⮞ ➔ Relativity 𓆩⚪𓆪 |
| quit() ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ exit() ⚬ᵖʸ |
| Radian (rad) ○◂ ⬅ | <-> | | ⮞ ➔ Degree (°) ○◂ |
| Range of a Function ○ | UNI -> | | ⮞ ➔ Codomain ○ |
| Range of a Function ○ | UNI -> | | ⮞ ➔ Image ○ |
| Raster Graphics ○ | <-> | | ⮞ ➔ Vector Graphics ○ |
| Reading ○ | <-> | 🗘 | ⮞ ➔ Writing ○ |
| Real Number ○꠹ ⬅ | <-> | | ⮞ ➔ Imaginary Number ○꠹ |
| Recursion ○ ⬅ | <-> | | ⮞ ➔ Iteration ○ |
| regexmatch() ⚬ᵈᵛ | <-> | | ⮞ ➔ regextest() ⚬ᵈᵛ |
| regextest() ⚬ᵈᵛ ⬅ | <-> | | ⮞ ➔ regexmatch() ⚬ᵈᵛ |
| Relativity 𓆩⚪𓆪 ⬅ | <-> | | ⮞ ➔ Classical Mechanics 𓆩⚪𓆪 |
| Relativity 𓆩⚪𓆪 ⬅ | <-> | | ⮞ ➔ Quantum Mechanics 𓆩⚪𓆪 |
| renorm ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ Fit.renorm() ⚬ |
| repr() ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ ascii() ⚬ᵖʸ |
| Residual ○꠹ ⬅ | <-> | | ⮞ ➔ Error ○꠹ˢᵗᵃᵗˢ |
| Resistance (R) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Conductance (G) ○◂ |
| Right Ascension ○◂ ⬅ | <-> | 🙵 | ⮞ ➔ Declination ○◂ |
| rmdir ⚬ᶜᵐᵈ ⬅ | <-> | 🗘 | ⮞ ➔ mkdir ⚬ᶜᵐᵈ |
| rmdir ⚬ᶜᵐᵈ ⬅ | <-> | ⇄ | ⮞ ➔ rmdir ⚬ˢʰ |
| rmdir ⚬ˢʰ ⬅ | <-> | 🗘 | ⮞ ➔ mkdir ⚬ˢʰ |
| rmdir ⚬ˢʰ | <-> | ⇄ | ⮞ ➔ rmdir ⚬ᶜᵐᵈ |
| Roche Lobe ○ | <-> | | ⮞ ➔ Roche Sphere ○ |
| Roche Sphere ○ ⬅ | <-> | | ⮞ ➔ Roche Lobe ○ |
| Root (ⁿ√x) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Exponentiation (xⁿ) ○◂ |
| Row ○꠹ ⬅ | <-> | | ⮞ ➔ Column ○꠹ |
| Row Space ○ ⬅ | <-> | | ⮞ ➔ Column Space ○ |
| S-Lang ○˒ | UNI -> | ✘ | ⮞ ➔ S ○˒ |
| save ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Xset.save() ⚬ |
| Scalar ○꠹ | <-> | | ⮞ ➔ Vector ○꠹ |
| Schwarzschild Radius (R𝘴) ○◂ | UNI -> | | ⮞ ➔ Schwarzschild Metric ○◂ |
| Secondary Mass (M₂) ○◂ ⬅ | <-> | | ⮞ ➔ Primary Mass (M₁) ○◂ |
| Semantics ○ | <-> | | ⮞ ➔ Syntax ○ |
| Sequential Logic ○ ⬅ | <-> | ⇄ | ⮞ ➔ Combinational Logic ○ |
| Series Circuit ○꠹ ⬅ | <-> | ⇄ | ⮞ ➔ Parallel Circuit ○꠹ |
| Series.astype() ⚬ ⬅ | <-> | | ⮞ ➔ DataFrame.astype() ⚬ |
| Series.drop_duplicates() ⚬ ⬅ | <-> | | ⮞ ➔ DataFrame.drop_duplicates() ⚬ |
| Series.empty ⚬ ⬅ | <-> | | ⮞ ➔ DataFrame.empty ⚬ |
| Series.replace() ⚬ ⬅ | <-> | | ⮞ ➔ DataFrame.replace() ⚬ |
| Series.str.endswith() ⚬ | <-> | 🗘 | ⮞ ➔ Series.str.startswith() ⚬ |
| Series.str.lstrip() ⚬ | <-> | | ⮞ ➔ Series.str.strip() ⚬ |
| Series.str.lstrip() ⚬ | <-> | | ⮞ ➔ Series.str.rstrip() ⚬ |
| Series.str.rstrip() ⚬ | <-> | | ⮞ ➔ Series.str.strip() ⚬ |
| Series.str.rstrip() ⚬ ⬅ | <-> | | ⮞ ➔ Series.str.lstrip() ⚬ |
| Series.str.startswith() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ Series.str.endswith() ⚬ |
| Series.str.strip() ⚬ ⬅ | <-> | | ⮞ ➔ Series.str.lstrip() ⚬ |
| Series.str.strip() ⚬ ⬅ | <-> | | ⮞ ➔ Series.str.rstrip() ⚬ |
| Series.to_numpy() ⚬ ⬅ | <-> | | ⮞ ➔ DataFrame.to_numpy() ⚬ |
| Series.values ⚬ ⬅ | <-> | | ⮞ ➔ DataFrame.values ⚬ |
| setplot ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ Plot.xAxis ⚬ |
| setplot rebin ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ Plot.setRebin() ⚬ |
| Shallow Copy ○ ⬅ | <-> | | ⮞ ➔ Deep Copy ○ |
| Sheffer Stroke (NAND) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Conjunction (AND) ○◂ |
| Shell ○꠹ | UNI -> | | ⮞ ➔ Command-Line Interface (CLI) ○꠹ |
| shutil.copy() ⚬ | <-> | | ⮞ ➔ shutil.copy2() ⚬ |
| shutil.copy2() ⚬ ⬅ | <-> | | ⮞ ➔ shutil.copy() ⚬ |
| Signal ⚪ ⬅ | <-> | 🗘 | ⮞ ➔ Noise ○ |
| simpl ⚬ˣˢᵖᵉᶜ | <-> | | ⮞ ⛛ simplcut ⚬ˣˢᵖᵉᶜ |
| simplcut ⚬ˣˢᵖᵉᶜ ⬅ | <-> | △ | ⮞ ➔ simpl ⚬ˣˢᵖᵉᶜ |
| Software ⚪ ⬅ | <-> | | ⮞ ➔ Hardware ⚪ |
| sorted() ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ list.sort() ⚬ |
| source ⚬ˢʰ | <-> | ￫￩ | ⮞ ➔ ․ ⚬ˢʰ |
| Space ⚪ | <-> | | ⮞ ➔ Time ⚪ |
| Spectrum ⚬ᵖʸˣˢᵖᵉᶜ ⬅ | <-> | | ⮞ ➔ AllData ⚬ᵖʸˣˢᵖᵉᶜ |
| Spectrum.flux ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ AllModels.calcFlux() ⚬ |
| Spectrum.ignore() ⚬ ⬅ | <-> | | ⮞ ➔ AllData.ignore() ⚬ |
| Spectrum.ignore() ⚬ | <-> | 🗘 | ⮞ ➔ Spectrum.notice() ⚬ |
| Spectrum.ignore() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ ignore ⚬ˣˢᵖᵉᶜ |
| Spectrum.notice() ⚬ ⬅ | <-> | | ⮞ ➔ AllData.notice() ⚬ |
| Spectrum.notice() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ Spectrum.ignore() ⚬ |
| Spectrum.notice() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ notice ⚬ˣˢᵖᵉᶜ |
| ST ⚬ˡᶜ³ ⬅ | <-> | 🗘 | ⮞ ➔ LD ⚬ˡᶜ³ |
| State Diagram ○꠹ | <-> | | ⮞ ➔ State Table ○꠹ |
| State Table ○꠹ ⬅ | <-> | | ⮞ ➔ State Diagram ○꠹ |
| State Table ○꠹ | <-> | | ⮞ ➔ Truth Table ○꠹ |
| Statement ○꠹ᴾᴿᴳᴿᴹ ⬅ | <-> | | ⮞ ➔ Expression ○꠹ᴾᴿᴳᴿᴹ |
| Statistic ○꠹ | <-> | ✘ | ⮞ ➔ Statistics 𓆩⚪𓆪 |
| statistic ⚬ˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ Fit.statMethod ⚬ |
| statistic test ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ Fit.statTest ⚬ |
| Statistics 𓆩⚪𓆪 ⬅ | <-> | | ⮞ ➔ Data Science 𓆩⚪𓆪 |
| Statistics 𓆩⚪𓆪 ⬅ | <-> | ✘ | ⮞ ⛛ Statistic ○꠹ |
| STDEV.P() ⚬ˣˡ ⬅ | <-> | | ⮞ ➔ STDEV() ⚬ˣˡ |
| STDEV() ⚬ˣˡ | <-> | | ⮞ ➔ STDEV.P() ⚬ˣˡ |
| Storage ○ ⬅ | <-> | 🙵 | ⮞ ➔ Memory ○ |
| str.capitalize() ⚬ | <-> | | ⮞ ➔ str.title() ⚬ |
| str.format() ⚬ ⬅ | <-> | | ⮞ ➔ f’…{}…’ ⚬ᵖʸ |
| str.lower() ⚬ | <-> | 🗘 | ⮞ ➔ str.upper() ⚬ |
| str.title() ⚬ ⬅ | <-> | | ⮞ ➔ str.capitalize() ⚬ |
| str.upper() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ str.lower() ⚬ |
| Subscript ○ | <-> | 🗘 | ⮞ ➔ Superscript ○ |
| Subtraction (-) ○◂ ⬅ | <-> | 🗘 | ⮞ ➔ Addition (+) ○◂ |
| Subtractor ○꠹ ⬅ | <-> | 🗘 | ⮞ ➔ Adder ○꠹ |
| Superscript ○ ⬅ | <-> | 🗘 | ⮞ ➔ Subscript ○ |
| Syntax ○ ⬅ | <-> | | ⮞ ➔ Semantics ○ |
| sys.exit() ⚬ | UNI -> | | ⮞ ➔ exit() ⚬ᵖʸ |
| tar ⚬ˢʰ ⬅ | <-> | | ⮞ ➔ gzip ⚬ˢʰ |
| TASK ⚬ᵈᵛ | UNI -> | | ⮞ ➔ tasks ⚬ᵈᵛ |
| TASK ⚬ᵈᵛ | UNI -> | | ⮞ ➔ file.tasks ⚬ |
| tasks ⚬ᵈᵛ ⬅ | <-> | ￫￩ | ⮞ ➔ file.tasks ⚬ |
| Time ⚪ ⬅ | <-> | | ⮞ ➔ Space ⚪ |
| Time Domain ○ ⬅ | <-> | | ⮞ ➔ Frequency Domain ○ |
| time.isoformat() ⚬ | UNI -> | | ⮞ ➔ ISO 8601 ○˒ |
| tp.file.title.split() ⚬ | UNI -> | | ⮞ ➔ String.prototype.split() ⚬ |
| traceroute ⚬ˢʰ | <-> | ⇄ | ⮞ ➔ tracert ⚬ᶜᵐᵈ |
| tracert ⚬ᶜᵐᵈ ⬅ | <-> | ⇄ | ⮞ ➔ traceroute ⚬ˢʰ |
| True ⚬ᵖʸ ⬅ | <-> | 🗘 | ⮞ ➔ False ⚬ᵖʸ |
| True ❍ ⬅ | <-> | 🗘 | ⮞ ➔ False ❍ |
| Truth Table ○꠹ ⬅ | <-> | | ⮞ ➔ State Table ○꠹ |
| try ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ except ⚬ᵖʸ |
| umount ⚬ˢʰ ⬅ | <-> | 🗘 | ⮞ ➔ mount ⚬ˢʰ |
| Unary Function ○꠹ ⬅ | <-> | | ⮞ ➔ Binary Function ○꠹ |
| Unary Operation ○꠹ ⬅ | <-> | | ⮞ ➔ Binary Operation ○꠹ |
| Unix ○˒ | <-> | ⇄ | ⮞ ➔ Windows ○˒ |
| unix2dos ⚬ᣟ ⬅ | <-> | 🗘 | ⮞ ➔ dos2unix ⚬ᣟ |
| var() ⚬ᴿ ⬅ | <-> | ￫￩ | ⮞ ➔ cov() ⚬ᴿ |
| Vector ○꠹ ⬅ | <-> | | ⮞ ➔ Scalar ○꠹ |
| Vector Graphics ○ ⬅ | <-> | | ⮞ ➔ Raster Graphics ○ |
| Vim ○˒ ⬅ | <-> | | ⮞ ➔ Emacs ○˒ |
| Volatile Memory ○ ⬅ | <-> | 🗘 | ⮞ ➔ Non-Volatile Memory ○ |
| Wave ○꠹ ⬅ | <-> | | ⮞ ➔ Particle ○꠹ |
| where ⚬ᶜᵐᵈ | <-> | ⇄ | ⮞ ➔ which ⚬ˢʰ |
| which ⚬ˢʰ ⬅ | <-> | ⇄ | ⮞ ➔ where ⚬ᶜᵐᵈ |
| while ⚬ᵖʸ ⬅ | <-> | | ⮞ ➔ for ⚬ᵖʸ |
| While Loop ○꠹ ⬅ | <-> | | ⮞ ➔ For Loop ○꠹ |
| White ○ ⬅ | <-> | 🗘 | ⮞ ➔ Black ○ |
| Windowed Timing Mode ○˒ ⬅ | <-> | | ⮞ ➔ Photon Counting Mode ○˒ |
| Windows ○˒ ⬅ | <-> | ⇄ | ⮞ ➔ Unix ○˒ |
| Writing ○ ⬅ | <-> | 🗘 | ⮞ ➔ Reading ○ |
| X-Ray ○꠹ ⬅ | <-> | | ⮞ ➔ Gamma Ray ○꠹ |
| XLSX ○˒ | UNI -> | | ⮞ ➔ CSV ○˒ |
| xrtpipeline ⚬ʰᵉᵃ | <-> | | ⮞ ➔ xrtproducts ⚬ʰᵉᵃ |
| xrtproducts ⚬ʰᵉᵃ ⬅ | <-> | | ⮞ ➔ xrtpipeline ⚬ʰᵉᵃ |
| Xset ⚬ᵖʸˣˢᵖᵉᶜ ⬅ | <-> | ⇄ | ⮞ ➔ xset ⚬ˣˢᵖᵉᶜ |
| xset ⚬ˣˢᵖᵉᶜ | <-> | ⇄ | ⮞ ➔ Xset ⚬ᵖʸˣˢᵖᵉᶜ |
| xset cosmo ⚬ | <-> | ⇄ | ⮞ ➔ Xset.cosmo ⚬ |
| xset delta ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ Fit.delta ⚬ |
| xset xsect ⚬ | <-> | ⇄ | ⮞ ➔ Xset.xsect ⚬ |
| Xset.abund ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ abund ⚬ˣˢᵖᵉᶜ |
| Xset.chatter ⚬ | <-> | | ⮞ ➔ Xset.logChatter ⚬ |
| Xset.closeLog() ⚬ | <-> | 🗘 | ⮞ ➔ Xset.openLog() ⚬ |
| Xset.cosmo ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ xset cosmo ⚬ |
| Xset.log ⚬ | UNI -> | | ⮞ ➔ Xset.openLog() ⚬ |
| Xset.log ⚬ | UNI -> | | ⮞ ➔ Xset.closeLog() ⚬ |
| Xset.log ⚬ | UNI -> | | ⮞ ➔ Xset.logChatter ⚬ |
| Xset.logChatter ⚬ ⬅ | <-> | | ⮞ ➔ Xset.chatter ⚬ |
| Xset.openLog() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ Xset.closeLog() ⚬ |
| Xset.restore() ⚬ | <-> | 🗘 | ⮞ ➔ Xset.save() ⚬ |
| Xset.save() ⚬ ⬅ | <-> | 🗘 | ⮞ ➔ Xset.restore() ⚬ |
| Xset.save() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ save ⚬ˣˢᵖᵉᶜ |
| Xset.xsect ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ xset xsect ⚬ |
| xspec.Model() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ model ⚬ˣˢᵖᵉᶜ |
| xspec.Plot() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ plot ⚬ˣˢᵖᵉᶜ |
| xspec.Spectrum() ⚬ ⬅ | <-> | ⇄ | ⮞ ➔ data ⚬ˣˢᵖᵉᶜ |