com.tencentcloudapi.ims.v20201229.models

Class Location

java.lang.Object

com.tencentcloudapi.common.AbstractModel

com.tencentcloudapi.ims.v20201229.models.Location

public class Location
extends AbstractModel

Constructor Summary

Constructors

Constructor and Description
Location()
Location(Location source) NOTE: Any ambiguous key set via .set("AnyKey", "value") will be a shallow copy, and any explicit key, i.e Foo, set via .setFoo("value") will be a deep copy.

Method Summary

Modifier and Type	Method and Description
Float	getHeight() Get This parameter is used to return the **height of the detection frame** (the length starting from the top-left corner and extending down the Y axis).
Float	getRotate() Get This parameter is used to return the **rotation angle of the detection frame**.
Float	getWidth() Get This parameter is used to return the **width of the detection frame** (the length starting from the top-left corner and extending to the right on the X axis).
Float	getX() Get This parameter is used to return the pixel position of the **abscissa (X) of the top-left corner** of the detection frame.
Float	getY() Get This parameter is used to return the pixel position of the **ordinate of the top-left corner** (Y) of the detection frame.
void	setHeight(Float Height) Set This parameter is used to return the **height of the detection frame** (the length starting from the top-left corner and extending down the Y axis).
void	setRotate(Float Rotate) Set This parameter is used to return the **rotation angle of the detection frame**.
void	setWidth(Float Width) Set This parameter is used to return the **width of the detection frame** (the length starting from the top-left corner and extending to the right on the X axis).
void	setX(Float X) Set This parameter is used to return the pixel position of the **abscissa (X) of the top-left corner** of the detection frame.
void	setY(Float Y) Set This parameter is used to return the pixel position of the **ordinate of the top-left corner** (Y) of the detection frame.
void	toMap(HashMap<String,String> map, String prefix) Internal implementation, normal users should not use it.

Methods inherited from class com.tencentcloudapi.common.AbstractModel

any, fromJsonString, getBinaryParams, getMultipartRequestParams, set, setParamArrayObj, setParamArraySimple, setParamObj, setParamSimple, toJsonString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Location

public Location()

Location

public Location(Location source)

NOTE: Any ambiguous key set via .set("AnyKey", "value") will be a shallow copy, and any explicit key, i.e Foo, set via .setFoo("value") will be a deep copy.

Method Detail

getX

public Float getX()

Get This parameter is used to return the pixel position of the **abscissa (X) of the top-left corner** of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Returns:

X This parameter is used to return the pixel position of the **abscissa (X) of the top-left corner** of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

setX

public void setX(Float X)

Set This parameter is used to return the pixel position of the **abscissa (X) of the top-left corner** of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Parameters:

X - This parameter is used to return the pixel position of the **abscissa (X) of the top-left corner** of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

getY

public Float getY()

Get This parameter is used to return the pixel position of the **ordinate of the top-left corner** (Y) of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Returns:

Y This parameter is used to return the pixel position of the **ordinate of the top-left corner** (Y) of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

setY

public void setY(Float Y)

Set This parameter is used to return the pixel position of the **ordinate of the top-left corner** (Y) of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Parameters:

Y - This parameter is used to return the pixel position of the **ordinate of the top-left corner** (Y) of the detection frame. It can be combined with other parameters to uniquely determine the size and position of the detection frame.

getWidth

public Float getWidth()

Get This parameter is used to return the **width of the detection frame** (the length starting from the top-left corner and extending to the right on the X axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Returns:

Width This parameter is used to return the **width of the detection frame** (the length starting from the top-left corner and extending to the right on the X axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

setWidth

public void setWidth(Float Width)

Set This parameter is used to return the **width of the detection frame** (the length starting from the top-left corner and extending to the right on the X axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Parameters:

Width - This parameter is used to return the **width of the detection frame** (the length starting from the top-left corner and extending to the right on the X axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

getHeight

public Float getHeight()

Get This parameter is used to return the **height of the detection frame** (the length starting from the top-left corner and extending down the Y axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Returns:

Height This parameter is used to return the **height of the detection frame** (the length starting from the top-left corner and extending down the Y axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

setHeight

public void setHeight(Float Height)

Set This parameter is used to return the **height of the detection frame** (the length starting from the top-left corner and extending down the Y axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

Parameters:

Height - This parameter is used to return the **height of the detection frame** (the length starting from the top-left corner and extending down the Y axis). It can be combined with other parameters to uniquely determine the size and position of the detection frame.

getRotate

public Float getRotate()

Get This parameter is used to return the **rotation angle of the detection frame**. Valid values: **0–360** (**degrees**), and the direction is **counterclockwise rotation**. This parameter can be combined with the `X` and `Y` coordinate parameters to uniquely determine the specific position of the detection frame.

Returns:

Rotate This parameter is used to return the **rotation angle of the detection frame**. Valid values: **0–360** (**degrees**), and the direction is **counterclockwise rotation**. This parameter can be combined with the `X` and `Y` coordinate parameters to uniquely determine the specific position of the detection frame.

setRotate

public void setRotate(Float Rotate)

Set This parameter is used to return the **rotation angle of the detection frame**. Valid values: **0–360** (**degrees**), and the direction is **counterclockwise rotation**. This parameter can be combined with the `X` and `Y` coordinate parameters to uniquely determine the specific position of the detection frame.

Parameters:

Rotate - This parameter is used to return the **rotation angle of the detection frame**. Valid values: **0–360** (**degrees**), and the direction is **counterclockwise rotation**. This parameter can be combined with the `X` and `Y` coordinate parameters to uniquely determine the specific position of the detection frame.

toMap

public void toMap(HashMap<String,String> map,
                  String prefix)

Internal implementation, normal users should not use it.

Specified by:

toMap in class AbstractModel