Welcome to PyGamLab Documentation!ΒΆ
PyGamLab is a scientific Python library developed under GAMLabs at Amirkabir University of Technology (AUT), focused on scientific constants, conversions, engineering functions, and data analysis tools.
Developed by Ali Pilehvar Meibody , Supervised by Prof. Malek Naderi , Professor of Materials and Metallurgical Engineering, Amirkabir University of Technology (AUT)
π Contents
π° Getting Started
π’ Core Modules
- PyGamLab.Constants Module
Ag_TypeAl_TypeAr_TypeAs_TypeAu_TypeB_TypeBa_TypeBe_TypeBi_TypeBr_TypeC_TypeCa_TypeCd_TypeCe_TypeCl_TypeCo_TypeCr_TypeCs_TypeCu_TypeDy_TypeElementEr_TypeEu_TypeF_TypeFe_TypeGa_TypeGd_TypeGe_TypeH_TypeHe_TypeHf_TypeHg_TypeHo_TypeI_TypeIn_TypeIr_TypeK_TypeKr_TypeLa_TypeLi_TypeLu_TypeMg_TypeMn_TypeMo_TypeN_TypeNa_TypeNb_TypeNd_TypeNe_TypeNi_TypeO_TypeOs_TypeP_TypePb_TypePd_TypePm_TypePr_TypePt_TypeRb_TypeRe_TypeRh_TypeRu_TypeS_TypeSb_TypeSc_TypeSe_TypeSi_TypeSm_TypeSn_TypeSr_TypeTa_TypeTb_TypeTc_TypeTi_TypeTl_TypeTm_TypeV_TypeW_TypeXe_TypeY_TypeYb_TypeZn_TypeZr_Typeelectrical_conductivity
- PyGamLab.Convertors Module
Angstrom_To_Meter()Angstrom_To_Micrometer()Angstrom_To_Millimeter()Angstrom_To_Nanometer()Annual_To_Monthly_Loss()Atmosphere_To_Pascal()Bar_To_Pascal()Brinell_To_Rockwell()Byte_To_Kilobyte()CC_per_Second_To_Liter_per_Minute_Welding_Gas_Flow_Rate_Converter()Calories_To_Joules()Celcius_To_Kelvin()Centigrade_To_Fahrenheit()Centimeter_per_Minute_To_Meter_per_Hour_Welding_Speed_Converter()CmHg_To_Pascal()Coulomb_To_Electron_volt()Cubic_Meter_To_Liter()Current_density_To_mpy()Decimal_To_Binary()Degree_To_Radian()Electron_volt_To_Coulomb()Electronvolt_To_Joule()Fabric_GSM_to_GLM()Fahrenheit_To_Centigrade()Foot_Pound_To_Newton()Foot_To_Mile()Force_CGS_To_SI()Force_SI_To_CGS()Gram_To_Mole()Hertz_To_Rpm()Horsepower_To_Watt()Hour_To_Sec()Inch_To_Centimeter()Inch_To_Meter()Joules_Per_Minute_To_Kilowatt()Joules_To_Calories()Kelvin_to_Celcius()Kg_To_Lbm()Kg_To_Ton()KiloMeter_To_LightYear()Kilobyte_To_Byte()Kilogeram_Per_Cubic_Meter_To_Pounds_Per_Cubic_Inch()Kilogram_To_Pound()Kilometer_Per_Hour_To_Meter_Per_Second()Kmph_To_Mps()Lbm_To_Kg()LightYear_To_KiloMeter()Liter_To_Cubic_Meter()Liter_per_Minute_To_CC_per_Second_Welding_Gas_Flow_Rate_Converter()Mass_To_Mole()Megapascal_To_Pascal()Meter_Per_Second_To_Kilometer_Per_Hour()Meter_To_Angstrom()Meter_To_MilliMeter()Meter_To_inch()Meter_per_Hour_To_Centimeter_per_Minute_Welding_Speed_Converter()Micrometer_To_Angstrom()Micrometer_To_Nanometer()Mile_To_Foot()Milimeter_To_Angstrom()Miller_To_Millerbrove()Millerbrove_To_Miller()MilliMeter_To_Meter()Mils_year_To_Mm_year()Minute_To_Second()Mm_year_To_Mils_year()Molarity_To_Normality()Mole_To_Gram()Mole_To_Mass()Mpa_To_Psi()Mps_To_Kmph()Mpy_To_current_density()Nanometer_To_Angstrom()Nanometer_To_Micrometer()Newton_TO_Pound_Force()Newton_To_Foot_Pound()Normality_To_Molarity()Pascal_To_Atmosphere()Pascal_To_Bar()Pascal_To_CmHg()Pascal_To_Megapascal()Pascal_To_Torr()Pascal_to_mmHg()Percent_To_Ppm()Percentages_To_Moles()Pound_Force_To_Newton()Pound_To_Kilogram()Pounds_Per_Cubic_Inch_To_Kilogeram_Per_Cubic_Meter()Ppm_To_Percent()Psi_To_Mpa()Radians_To_Degrees()Rpm_To_Hertz()Sec_To_Hour()Second_To_Minute()Square_Cm_To_Square_meter()Square_Meter_To_Square_Cm()Torr_To_Pascal()Viscosity_To_Pas()Viscosity_To_Poise()Watt_To_Horsepower()Weightpercent_To_ppm()Yarn_Count_Converter()
- PyGamLab.Functions Module
Activation_Energy()Activity_Coef()Aeroscope_Stress_Concentration()Arithmetic_Sequence()Atomic_Packing_Factor()Atomic_Percentage()Austenite_Martensite_VC()BMI_Calculation()Beer_Lambert_Law()Binomial_Probability()Biomaterial_Degredation_Rate()Bouyancy_Force()Bragg_Law()Brinell_Hardness_Calculation()Burning_Rate()Calculate_ECB()Calculate_Pipe_Heat_Transfer()Carnot_Efficiency()Change_In_Pressure_Of_a_Mercury_OR_Water_Column_Manometer()Circle_Area()Circle_Perimeter()Cohen()Component()Concentration_Calculator()Contact_Angle()Convective_Heat_Transfer_Internal_Flow_Dittus_Boelter()Convert_Gas_Constant()Copolymer_Type()Corrosion_Rate()Cost_Indicators()Critical_Diameter()Crystal_Percent()Debye_Temperature_Heat_Capacity()Defect_Density()Degradation_Percentage()Density()Diffusion_Coefficient_Calculator()Diffusion_in_Gases()Diffusivity()Distance()Drag_Force()Electrical_Resistance()Encapsulation_Efficiency()Error_Function()Euler_Diff_Solver()Euler_Method()Fabric_Drape_Coefficient()Fabric_GSM()Fabric_Porosity()Fabric_weight()Factorial()Faraday_Corrosion()Fibonachi_Sequence()Fick_Sec_Thin()Filler_Weight()Final_Temp_Irreversible_Adiabatic()First_Row_Pascal_Triangle()Fracture_Toughness()Friction_Law()Geometric_Sequence()Gibs_free_energy()Gravitational_force()Gravitational_force_formula()Half_Inhibitory_Concentration()Hall_Petch()Hall_Petch_Relationship()Hardness_vickers()Heat_Capacity()Heat_Exchanger_Transfer()Heat_Transfer_Rate()HeatΩTransferΩCoefficient()Hooke()Ideal_Gas_low_with_unit()Income_Tax()Incompressible_Fluids_Pressure()Indeterminate_degree_of_truss()Insertion_Sort()Latice_Parameter()Lattice_Parameter()Lennard_Jones_Potential()Lorentz_Lorenz_Constant()Mandaliof_Properties()Mass_Of_Rubber_In_Internal_Mixer()Mass_Transfer_Intensity()Mc_Cabe()Miner_Rule_Fatigue()Mtt_Test()Nanoparticle_Aspect_Ratio()Nanoparticle_Surface_Area()Nanoparticle_Volume()PengRobinson()Planks_Fix()Polygonal_Diameters()Power_Factor()Principal_Stress()Print_Time()Pythagorean()Quadratic_Equation()Quantum_Harmonic_Oscillator_Energy()Rectangle_Area()Rectangle_Perimeter()Rejection()Reynolds_Number_Pipe()Rolling_Parameters_Calculator()Sample_Size_Calculation()Shear_Rate()Shear_Stress()Solidification_Front_Composition()Solubility()Sphere_Area()Sphere_Surface_Area()Sphere_Volume()Standard_Deviation()Stress()Stress_Intensity_Factor()TB()TD()Tensile_Strength()Total_Solidification_Time_of_Casting()Transient_Heat_Conduction_Semi_Infinite_Solid()Trapezium_Area()Trapezium_Perimeter()Tresca_Yield_For_Biaxial_Tension()Tresca_Yield_For_Principal_Stresses()Triangle_Area()Triangle_Environment()Velocity_Equation()Vicker_Hardness_Calculation()Voltage_Standing_Wave_Ratio()WLF()Wear_Rate()Wear_rate()Web_Service_Analyze()Welding_Deposition_Rate()Welding_Heat_Input()Young_Modulus()archimedes_principle()boltzmann_distribution()boyles_law()calculate_debye_temperature()calculate_hardness_from_young_and_poisson()coulombs_law()darcys_law()doppler_effect()elastic_potential_energy()entropy_change()faradays_law()gauss_law()hadamard_product()heat_transfer()hookes_law()ideal_diode_equation()ideal_gas_law()is_Pythagorean()kinetic_energy()lorentz_force()mass_energy_equivalence()maxwells_equations()newtons_second_law()ohms_law()pH_Which()photoelectric_effect()poisson()predict_phase_from_gibbs()pythagorean_theorem()rayleigh_scattering()root_degree2()rydberg_formula()uncertainty_principle()wavelength_frequency_relation()youngs_modulus()
- PyGamLab.Data_Analysis Module
Blood_Pressure()Brain_Data_example()Brain_Plot_3D()CV()Color_Feature()Compression_Test()Conversion()DMTA_Test()Desulfurization_Rate()Diabetes_Dataset()Echelon_Matrix()Energie()Energie2()FTIR()Fatigue_Test_Analysis()Find_Max_Vertical_Velocity()Gradient_descent()Imerssion_Test()Import_Data()Income_Developer()LN_S_E()Load_Position_Convertor()Membrane_Rejection()New_Case_Corona_Propotion()Oxygen_Heat_Capacity_Analysis()Particles_Size()Polarization()Pore_Size()Porosity()Price_BTC()Price_Change()Product_Of_Vectors()Pulse()SI_Calculation()Sakhti_ab()Signal_To_Noise_Ratio()Solidification_Start()Statitical_Analysis()Stress_Strain1()Stress_Strain2()Stress_Strain3()Stress_Strain4()Stress_Strain5()Stress_Strain6()Tensile_Analysis()Tortuosity()Wear_Bar()Wear_Rate()XRD4()XRD_Analysis()XRD_Analysis2()XRD_ZnO()Xrd_Analysis()aerospace2()aerospace_analysis()fatigue()polarization_control()pressure_volume_ideal_gases()
π API Reference
π οΈ Developer Info