Stores parameters to calculate a planet's temperature at an arbitrary altitude. The way the temperature is calculated is divided in intervals, which can have constant temperatures, linear functions, or quadratic functions.
More...
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| bool | AddConstantStep (float limit, float K) |
| | Used to add an extra constant interval. If this is the first interval, a minimum altitude of 0 will be considered, if limit is less than 0, a maximum altitude of 0 will be considered. More...
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| bool | AddInitialConstantStep (float min, float max, float K) |
| | Used to add a constant interval as the initial one, providing equation coefficients More...
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| bool | AddInitialLinearStep (float temp1, float alt1, float temp2, float alt2) |
| | Used to add a linear interval as the initial one, providing the interval's values More...
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| bool | AddInitialLinearStepEquation (float min, float max, float m, float b) |
| | Used to add a linear interval as the initial one, providing rect parameters. More...
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| bool | AddInitialQuadraticStep (float min, float max, float A, float B, float C) |
| | Used to add a quadratic interval as the initial one, providing equation coefficients More...
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| bool | AddLinearStep (float limit, float temp2) |
| | Used to add an extra linear interval. If this is the first one, a minimum altitude of 0 will be considered, if limit is less than 0, a maximum altitude of 0 will be considered, the initial temperature in this case will be considered 0. More...
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| bool | AddQuadraticStep (float limit, float A, float B, float C) |
| | Used to add an extra quadratic interval. If this is the first one, a minimum altitude of 0 will be considered, if limit is less than 0, a maximum altitude of 0 will be considered. More...
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| | TemperatureModel () |
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Stores parameters to calculate a planet's temperature at an arbitrary altitude. The way the temperature is calculated is divided in intervals, which can have constant temperatures, linear functions, or quadratic functions.
Usage: Create a temperature model, then add intervals to it, example:
TemperatureModel Earth = new TemperatureModel(); Earth.addInitialLinearInterval(15,0,-45,12); Earth.addLinearInterval(); Earth.addConstantInterval(); Earth.addLinearInterval();
| TemperatureModel.TemperatureModel |
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| bool TemperatureModel.AddConstantStep |
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float |
limit, |
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float |
K |
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inline |
Used to add an extra constant interval. If this is the first interval, a minimum altitude of 0 will be considered, if limit is less than 0, a maximum altitude of 0 will be considered.
- Parameters
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| limit | The limit of this interval, it has to be bigger than all previous limits |
| K | Constant temperature value |
- Returns
- true if the interval was added correctly, false otherwise
| bool TemperatureModel.AddInitialConstantStep |
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float |
min, |
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float |
max, |
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float |
K |
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) |
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inline |
Used to add a constant interval as the initial one, providing equation coefficients
- Parameters
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| min | lowest altitude in the interval |
| max | highest altitude in the interval |
| K | Constant temperature value |
- Returns
| bool TemperatureModel.AddInitialLinearStep |
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float |
temp1, |
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float |
alt1, |
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float |
temp2, |
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float |
alt2 |
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) |
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inline |
Used to add a linear interval as the initial one, providing the interval's values
- Parameters
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| temp1 | First temperature value |
| alt1 | First altitude value |
| temp2 | Second temperature value |
| alt2 | Second altitude value |
- Returns
- true if the interval was added correctly, false otherwise
| bool TemperatureModel.AddInitialLinearStepEquation |
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float |
min, |
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float |
max, |
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float |
m, |
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float |
b |
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) |
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inline |
Used to add a linear interval as the initial one, providing rect parameters.
- Parameters
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| min | lowest altitude in the interval |
| max | greatest altitude in the interval |
| m | slope of the rect's equation |
| b | b of the y = mx+b rect's equation |
- Returns
- true if the interval was added correctly, false otherwise
| bool TemperatureModel.AddInitialQuadraticStep |
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float |
min, |
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float |
max, |
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float |
A, |
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float |
B, |
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float |
C |
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) |
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inline |
Used to add a quadratic interval as the initial one, providing equation coefficients
- Parameters
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| min | lowest altitude in the interval |
| max | highest altitude in the interval |
| A | (A)x^2 + Bx + C |
| B | Ax^2 + (B)x + C |
| C | Ax^2 + Bx + (C) |
- Returns
| bool TemperatureModel.AddLinearStep |
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float |
limit, |
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float |
temp2 |
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) |
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inline |
Used to add an extra linear interval. If this is the first one, a minimum altitude of 0 will be considered, if limit is less than 0, a maximum altitude of 0 will be considered, the initial temperature in this case will be considered 0.
- Parameters
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| limit | The limit of this interval, it has to be bigger than all previous limits |
| temp2 | Temperature value at the limit |
- Returns
- true if the interval was added correctly, false otherwise
| bool TemperatureModel.AddQuadraticStep |
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float |
limit, |
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float |
A, |
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float |
B, |
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float |
C |
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) |
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inline |
Used to add an extra quadratic interval. If this is the first one, a minimum altitude of 0 will be considered, if limit is less than 0, a maximum altitude of 0 will be considered.
- Parameters
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| limit | The limit of this interval, it has to be bigger than all previous limits |
| A | Quadratic coefficient of the equation y = Ax^2 + Bx + C |
| B | Linear coefficient of the equation y = Ax^2 + Bx + C |
| C | Constant coefficient of the equation y = Ax^2 + Bx + C |
- Returns
The documentation for this class was generated from the following file:
1.8.7