Euler Class Reference
This class corresponds to the IntegrationMethod protocol. More...
#import <Euler.h>
Inheritance diagram for Euler:
Public Member Functions | |
| (id) | - initWithGeometry:Channel1:Channel2:DimensionX:DimensionY:ScaleStepsize: |
| (bool) | - integrateForX:Y:Stepsize:Direction:StoringIn:Direction: [implementation] |
| Performs a single integration step from initial x/y coords, whereas a stepsize and a direction (forward/backward) can be defined. | |
Static Public Member Functions | |
| (Euler *) | + createWithGeometry:Channel1:Channel2:DimensionX:DimensionY:ScaleStepsize: |
Protected Attributes | |
| FlowGeometry * | geometry |
| FlowChannel * | channel1 |
| FlowChannel * | channel2 |
| float | drawDimX |
| float | drawDimY |
| bool | scaleStepsize |
Detailed Description
This class corresponds to the IntegrationMethod protocol.
It performs simple Euler integration.
Member Function Documentation
| - (bool) integrateForX: | (float) | x | ||
| Y: | (float) | y | ||
| Stepsize: | (float) | stepSize | ||
| Direction: | (int) | direction | ||
| StoringIn: | (float *) | integratedPoint | ||
| Direction: | (float *) | integratedVector | ||
[implementation] |
Performs a single integration step from initial x/y coords, whereas a stepsize and a direction (forward/backward) can be defined.
The result is the calculated point and a vector in zhis direction.
Reimplemented from <IntegrationMethod>.
Reimplemented in RungeKutta2.
The documentation for this class was generated from the following files:
- Euler.h
- Euler.m
