public class MatrixOperations extends Object
Constructor and Description |
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MatrixOperations() |
Modifier and Type | Method and Description |
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double |
getDistColumns()
Returns the distance among the columns of the matrix in units of the map
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double |
getDistRows()
Returns the distance among the rows of the matrix in units of the map
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int |
getNum()
Returns the number of geometries to show in polar form.
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int |
getNumColumns()
Returns the number of columns in the matrix.
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int |
getNumRows()
Returns the number of rows in the matrix.
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double |
getPositionX()
Returns the position x of polar form center.
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double |
getPositionY()
Returns the position y of polar form center.
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double |
getRotation()
Returns de rotation of geometries.
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boolean |
isAccepted()
Returns true if all of properties are ready to be applied.
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boolean |
isRectangular()
Returns true if the form to calculate the matrix is rectangular and false it if is polar.
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boolean |
isRotateElements()
Returns true if the geometries has to rate also in the polar form.
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void |
setAccepted(boolean accepted)
Add true if all of properties are ready to be applied.
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void |
setDistColumns(double distColumns)
Add the distance among the columns of the matrix in units of the map
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void |
setDistRows(double distRows)
Add the distance among the rows of the matrix in units of the map
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void |
setNum(int num)
Add the number of geometries to show in polar form.
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void |
setNumColumns(int numColumns)
Add the number of columns in the matrix.
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void |
setNumRows(int numRows)
Add the number of rows in the matrix.
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void |
setPositionX(double positionX)
Add the position x of polar form center.
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void |
setPositionY(double positionY)
Add the position y of polar form center.
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void |
setRectangular(boolean isRectangular)
Add if the form to calulate the matrix is rectangular or polar.
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void |
setRotateElements(boolean b)
Introduces true if the geometries has to rotate also in the polar form.
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void |
setRotation(double rotation)
Add the rotation of geometries.
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public double getDistColumns()
public void setDistColumns(double distColumns)
distColumns
- Distance Xpublic double getDistRows()
public void setDistRows(double distRows)
distColumns
- Distance Ypublic boolean isRectangular()
public void setRectangular(boolean isRectangular)
isRectangular
- public int getNum()
public void setNum(int num)
num
- Number of geometries.public int getNumColumns()
public void setNumColumns(int numColumns)
numColumns
- Number of columns.public int getNumRows()
public void setNumRows(int numRows)
numRows
- Number of rows.public double getPositionX()
public void setPositionX(double positionX)
positionX
- Position x.public double getPositionY()
public void setPositionY(double positionY)
positionY
- Position y.public double getRotation()
public void setRotation(double rotation)
rotation
- Rotation.public boolean isAccepted()
public void setAccepted(boolean accepted)
accepted
- True if is ready.public void setRotateElements(boolean b)
b
- True if has to ratate.public boolean isRotateElements()