sbiowhos
R2026bShow contents of project file, library file, or SimBiology root object
Description
sbiowhos shows contents of the SimBiology®
Root object. This includes all the built-in and user-defined kinetic laws,
units, and unit prefixes. This syntax is equivalent to calling the function by specifying
all the available flags as shown in the next syntax.
sbiowhos( specifies one or more
flags or file names to show the corresponding information about the root object or shows the
contents of specified SimBiology project or library files.flagOrFileName)
sbiowhos is the command form of
the syntax. Command form requires fewer special characters. You do not need to type
parentheses or enclose the input in single or double quotes. Separate inputs with spaces
instead of commas. If any input includes spaces, enclose it in single quotes.flagOrFileName
Examples
Display a list of built-in kinetic laws, units, and unit prefixes.
sbiowhos("-builtin")vectall = SimBiology Abstract Kinetic Law Array Index: Library: Name: Expression: 1 BuiltIn Unknown Unknown 2 BuiltIn MassAction MassAction 3 BuiltIn Henri-Michaelis-Menten Vm*S/(Km + S) 4 BuiltIn Henri-Michaelis-Menten-Reversible (Vmf*S/Ks - Vmr*P/Kp)/(1 + S/Ks + P/Kp) 5 BuiltIn Hill-Kinetics Vm*S^n/(Kp + S^n) 6 BuiltIn Iso-Uni-Uni Vmf*(S - P/Keq)/(Kms*(1 + P/Kmp) + S*(1 + P/Kiip)) 7 BuiltIn Ordered-Bi-Bi Vm/((Ksa*Kmb/(A*B)) + (Kma/A) + (Kmb/B) + 1) 8 BuiltIn Ping-Pong-Bi-Bi Vm/((Kma/A) + (Kmb/B) + 1) 9 BuiltIn Competitive-Inhibition Vm*S/(Km*(1 + I/Ki) + S) 10 BuiltIn NonCompetitive-Inhibition Vm*S/((Ks + S)*(1 + I/Ki)) 11 BuiltIn UnCompetitive-Inhibition Vm*S/(Km + S*(1 + I/Ki))
SimBiology Built-In Units Index: Name: Composition: Multiplier: 1 acre foot^2 43560.000000 2 ampere ampere 1.000000 3 ares meter^2 100.000000 4 becquerel 1/second 1.000000 5 biot biot 1.000000 6 calorie [1x27 char] 4.186800 7 candela candela 1.000000 8 candle candle 1.000000 9 coulomb ampere*second 1.000000 10 curie 1/second 37000000000.000000 11 day day 1.000000 12 dimensionless dimensionless 1.000000 13 dyne [1x26 char] 1.000000 14 farad [1x38 char] 1.000000 15 foot foot 1.000000 16 gallon inch^3 231.000000 17 gram gram 1.000000 18 gray meter^2/second^2 1.000000 19 henry [1x38 char] 1.000000 20 hertz 1/second 1.000000 21 hour hour 1.000000 22 inch inch 1.000000 23 item item 1.000000 24 joule [1x27 char] 1.000000 25 katal mole/second 1.000000 26 kelvin kelvin 1.000000 27 liter decimeter^3 1.000000 28 litre decimeter^3 1.000000 29 meter meter 1.000000 30 metre metre 1.000000 31 mile mile 1.000000 32 minute minute 1.000000 33 molarity mole/liter 1.000000 34 mole mole 1.000000 35 molecule molecule 1.000000 36 newton [1x25 char] 1.000000 37 ohm [1x38 char] 1.000000 38 ounce ounce 1.000000 39 pascal [1x25 char] 1.000000 40 pint inch^3 28.875000 41 pound pound 1.000000 42 pound_force (pound*foot)/second^2 32.174049 43 quart inch^3 57.750000 44 roentgen ampere*second/kilogram 0.000258 45 second second 1.000000 46 siemens [1x38 char] 1.000000 47 sievert meter^2/second^2 1.000000 48 tesla [1x26 char] 1.000000 49 ton ton 1.000000 50 volt [1x36 char] 1.000000 51 watt [1x27 char] 1.000000 52 weber [1x36 char] 1.000000 53 week week 1.000000 54 yard yard 1.000000 55 year year 1.000000 SimBiology Built-In Unit Prefixes Index: Name: Multiplier: 1 centi 0.01 2 deci 0.1 3 deka 10 4 femto 1e-15 5 giga 1e+09 6 hecto 100 7 kilo 1000 8 mega 1e+06 9 micro 1e-06 10 milli 0.001 11 nano 1e-09 12 pico 1e-12 13 tera 1e+12
Show only the built-in units.
sbiowhos("-builtin","-unit")
SimBiology Built-In Units Index: Name: Composition: Multiplier: 1 acre foot^2 43560.000000 2 ampere ampere 1.000000 3 ares meter^2 100.000000 4 becquerel 1/second 1.000000 5 biot biot 1.000000 6 calorie [1x27 char] 4.186800 7 candela candela 1.000000 8 candle candle 1.000000 9 coulomb ampere*second 1.000000 10 curie 1/second 37000000000.000000 11 day day 1.000000 12 dimensionless dimensionless 1.000000 13 dyne [1x26 char] 1.000000 14 farad [1x38 char] 1.000000 15 foot foot 1.000000 16 gallon inch^3 231.000000 17 gram gram 1.000000 18 gray meter^2/second^2 1.000000 19 henry [1x38 char] 1.000000 20 hertz 1/second 1.000000 21 hour hour 1.000000 22 inch inch 1.000000 23 item item 1.000000 24 joule [1x27 char] 1.000000 25 katal mole/second 1.000000 26 kelvin kelvin 1.000000 27 liter decimeter^3 1.000000 28 litre decimeter^3 1.000000 29 meter meter 1.000000 30 metre metre 1.000000 31 mile mile 1.000000 32 minute minute 1.000000 33 molarity mole/liter 1.000000 34 mole mole 1.000000 35 molecule molecule 1.000000 36 newton [1x25 char] 1.000000 37 ohm [1x38 char] 1.000000 38 ounce ounce 1.000000 39 pascal [1x25 char] 1.000000 40 pint inch^3 28.875000 41 pound pound 1.000000 42 pound_force (pound*foot)/second^2 32.174049 43 quart inch^3 57.750000 44 roentgen ampere*second/kilogram 0.000258 45 second second 1.000000 46 siemens [1x38 char] 1.000000 47 sievert meter^2/second^2 1.000000 48 tesla [1x26 char] 1.000000 49 ton ton 1.000000 50 volt [1x36 char] 1.000000 51 watt [1x27 char] 1.000000 52 weber [1x36 char] 1.000000 53 week week 1.000000 54 yard yard 1.000000 55 year year 1.000000
You can also use the command form of the syntax.
sbiowhos -builtin -unitprefix
SimBiology Built-In Unit Prefixes Index: Name: Multiplier: 1 centi 0.01 2 deci 0.1 3 deka 10 4 femto 1e-15 5 giga 1e+09 6 hecto 100 7 kilo 1000 8 mega 1e+06 9 micro 1e-06 10 milli 0.001 11 nano 1e-09 12 pico 1e-12 13 tera 1e+12
Create a unit prefix peta with the exponent value of 15.
petaPrefix = sbiounitprefix("peta",15);Add the unit prefix to the library.
sbioaddtolibrary(petaPrefix);
Check that peta has been added as a user-defined unit prefix.
sbiowhos -userdefined -unitprefix
SimBiology UserDefined Unit Prefixes
Index: Name: Multiplier:
1 peta 1000000000000000
You can also use sbioshowunitprefixes or the root object.
sbioshowunitprefixes
ans = SimBiology Unit Prefix Array Index: Library: Name: Exponent: 1 BuiltIn centi -2 2 BuiltIn deci -1 3 BuiltIn deka 1 4 BuiltIn femto -15 5 BuiltIn giga 9 6 BuiltIn hecto 2 7 BuiltIn kilo 3 8 BuiltIn mega 6 9 BuiltIn micro -6 10 BuiltIn milli -3 11 BuiltIn nano -9 12 UserDefined peta 15 13 BuiltIn pico -12 14 BuiltIn tera 12
rootObj = sbioroot; rootObj.UserDefinedLibrary.UnitPrefixes
ans = SimBiology Unit Prefix Array Index: Library: Name: Exponent: 1 UserDefined peta 15
Input Arguments
Flag or file name, specified as a character vector or string scalar. You can specify one or more flags or file names.
If you specify flags only, the function shows the corresponding information about the SimBiology root object, such as built-in kinetic laws, units, and so on. If you specify file names only, the function shows information about the specified files. If you specify a combination of flags and file names, the function shows the specified flag information from the files.
Valid flags are as follows:
| Flag | Description |
|---|---|
-builtin | Built-in kinetic laws, units, and unit prefixes |
-data | Data saved in file |
-kineticlaw | Built-in and user-defined kinetic laws |
-unit | Built-in and user-defined units |
-unitprefix | Built-in and user-defined unit prefixes |
-userdefined | User-defined kinetic laws, units, and unit prefixes |
Valid file types are as follows.
| File Type | Description |
|---|---|
| SBPROJ | SimBiology project files, created with sbiosaveproject
or with SimBiology apps |
| SBKLIB | Kinetic law library files, created with
sbiocopylibrary |
| SBULIB | Unit and unit prefix library files, created with
sbiocopylibrary
|
Example: sbiowhos("-builtin","-unit")
Data Types: char | string
Version History
Introduced in R2006aUse sbiowhos to see the MATLAB release version in which a
SimBiology project (SBPROJ) was last
saved.
sbiowhos("AntibacterialPKPD.sbproj")Project: C:\Examples\antibioticdemo\AntibacterialPKPD.sbproj
Saved in MATLAB version: R2024a
m1: [1×1 SimBiology.Model]MATLAB Command
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