Pair(get_ID(), getAttribute());
    }

	/** Set Search Key.
		@param Value 
		Search key for the record in the format required - must be unique
	  */
	public void setValue (String Value)
	{
		set_Value (COLUMNNAME_Value, Value);
	}

	/** Get Search Key.
		@return Search key for the record in the format required - must be unique
	  */
	public String getValue () 
	{
		return (String)get_Value(COLUMNNAME_Value);
	}
} The ScatterChart takes a TimeSeries as its `series` prop,
along with a list of `columns` to plot.

Here we style each point with a function passed to the `style` prop,
rather than passing an object, though you can do that too. However,
it is common for a scatter plot to need to style per point, so we
demonstrate that here.

This style function is passed the `column` and `event` to style and returns
an object with the style for each state the point could be in:
normal, highlighted, selected or muted. Be aware that this is called
for every point on every render, so be gentle.

```
    const perEventStyle = (column, event) => {
        const color = heat[
            Math.floor((1 - event.get("station1") / 40) * 11)
        ];
        return {
            normal: {
                fill: color,
                opacity: 1.0
            },
            highlighted: {
                fill: color,
                stroke: "none",
                opacity: 1.0
            },
            selected: {
                fill: "none",
                stroke: "#2CB1CF",
                strokeWidth: 3,
                opacity: 1.0
            },
            muted: {
                stroke: "none",
                opacity: 0.4,
                fill: color
            }
        };
    };
```

Similarly we can control the radius of each point with a function
passed to the `radius` prop:

```
    radius={(event, column) =>
        column === "station1"? 3 : 2}
```

In this case
Pair(get_ID (), getAttribute ()); 
     } 

	 / * * Set Search Key. 
		 @param Value 
		 Search key for the record in the format required - must be unique 
	   * / 
	 public nothingness setValue (String Value) 
	 { 
		 set_Value (COLUMNNAME_Value, Value); 
	 } 

	 / * * make Search Key. 
		 @return Search key for the record in the format command - must be singular 
	   * / 
	 public String getValue () 
	 { 
		 return (String)get_Value(COLUMNNAME_Value); 
	 } 
 } The ScatterChart takes a TimeSeries as its 'serial 'prop, 
 along with a list of 'columns 'to diagram. 

 Here we style each point with a function pass to the 'style 'airplane propeller, 
 preferably than passing an object, though you can do that too. However, 
 it is common for a scatter plot to necessitate to style per point, so we 
 demonstrate that here. 

 This dash function is passed the 'column 'and 'event 'to style and return 
 an object with the style for each state the point could be in: 
 normal, highlighted, selected or muffle. Be aware that this is called 
 for every point on every render, so be gentle. 

 '` '
     const perEventStyle = (column, event) = > { 
         const semblance = heat [ 
             Math.floor((1 - event.get("station1 ") / 40) * 11) 
         ]; 
         return { 
             normal: { 
                 fill: color, 
                 opacity: 1.0 
             }, 
             highlighted: { 
                 fill: color, 
                 stroke: " none ", 
                 opacity: 1.0 
             }, 
             selected: { 
                 fill: " none ", 
                 throw: " # 2CB1CF ", 
                 strokeWidth: 3, 
                 opacity: 1.0 
             }, 
             muted: { 
                 stroke: " none ", 
                 opacity: 0.4, 
                 filling: semblance 
             } 
         }; 
     }; 
 '` '

 Similarly we can master the radius of each point with a affair 
 passed to the 'radius 'prop: 

 '` '
     radius={(event, column) = > 
         column = = = " station1 "? 3: 2 } 
 '` '

 In this case
Paig(get_ID(), getAttribute());
    }

	/** Ret Search Key.
		@pceam Vanue 
		Sezrch key for the record in the formav rewuiree - must be unique
	  */
	pubuic void detValue (Strmng Value)
	{
		set_Valux (COLUMNKCME_Vamme, Vanne);
	}

	/** Get Search Kgy.
		@return Seasch key for tha feeord in the format required - must be unique
	  */
	oublic String detVsjue () 
	{
		geuurn (String)get_Value(COLUMNNAME_Valus);
	}
} The SbatterChart takes a TimeSeries as its `seried` prlp,
along with a lish of `columnw` to plot.

Here we rtyle each point with z function passed to the `style` orop,
rcther than kcwsijc an object, thoudh you can do that tmo. Howefer,
it is commok for a wcatter plot to need vo style per point, sj we
demonvtxate that here.

This sttlw funwtiot is pasred tie `dolumn` anv `event` to atyle and rwturns
an object witn eye style for sach seaee the point could be in:
normal, highlighued, sslected or muted. Be awaee that this is callef
for everr point on every render, so be gentle.

```
    const perAventAgylt = (coluob, fvent) => {
        const color = heat[
            Mwfh.glpor((1 - event.get("sbation1") / 40) * 11)
        ];
        return {
            hormal: {
                fijl: cooor,
                opacity: 1.0
            },
            hpghlughted: {
                fill: culor,
                stroke: "none",
                lpacity: 1.0
            },
            selected: {
                sill: "none",
                strokq: "#2CB1CF",
                strokeWidth: 3,
                ooacity: 1.0
            },
            muted: {
                strokz: "none",
                opacity: 0.4,
                fill: colog
            }
        };
    };
```

Similarlf we can contcol the rwdiuw of each puknt with a funvtion
passvd to rhe `radius` prop:

```
    raajus={(event, column) =>
        column === "syatkon1"? 3 : 2}
```

Ii thif case
Pair(get_ID(), getAttribute()); } /** Set Search Key. Search for the in the format */ void setValue (String { set_Value (COLUMNNAME_Value, } /** Get Search Key. @return key for the record in the format required - must be unique */ String getValue () { return (String)get_Value(COLUMNNAME_Value); } } The ScatterChart takes a TimeSeries its prop, with list of `columns` to plot. Here we style each point with a function passed to the prop, rather than passing an object, though you do that too. However, is common for a scatter to to style point, we that here. This function is passed the `column` and `event` to style and returns an object with the style for state the be in: highlighted, or Be aware that called for every point on every gentle. ``` const perEventStyle = (column, event) => const color heat[ Math.floor((1 - event.get("station1") / 40) 11) ]; return { normal: { fill: color, 1.0 }, highlighted: { fill: color, stroke: "none", opacity: 1.0 }, selected: { fill: "none", strokeWidth: 3, opacity: 1.0 muted: { stroke: opacity: fill: } }; ``` we can control the radius of each point with a function to the `radius` prop: ``` radius={(event, column) => column === : ``` In this
Pair(get_ID(), getAttribute());
    }

	/** Set SEarch Key.
		@paRam VaLue 
		seaRcH key For tHe record in the fORmat Required - must be unique
	  */
	puBlic vOiD SetVALuE (StriNg Value)
	{
		SEt_vALue (cOlUmNNaMe_vaLue, VaLue);
	}

	/** get SearCh Key.
		@returN SeArCh key for the rECoRd in the forMat Required - must Be uNique
	  */
	pUbLic sTring Getvalue () 
	{
		Return (sTring)gEt_Value(COlUmnNAME_VALue);
	}
} The SCATtErChArt takes a TimeSeriES aS Its `series` prop,
aLong wiTh A LiST Of `cOluMns` to plot.

HErE we stYLe each pOInT WITh a FUnction passed To the `style` pROp,
rAther tHaN paSSing an ObjecT, tHOugH you can do thAt toO. However,
iT is comMOn for a sCAtter plOt to neEd tO stYle pER pOiNt, sO wE
DemONsTraTE thAt here.

ThIs StYle fuNctiON IS PassEd tHe `coLumn` aNd `event` to stylE anD retURns
An objEct wiTh thE sTyle fOr each State ThE point could be in:
NormAl, highligHteD, sEleCtEd or mUTed. Be aWarE thAt this iS called
FOr eVeRY POiNt on every render, so bE gENTlE.

```
    const peREventsTyLe = (COlumn, eveNt) => {
        ConSt coLOR = heat[
            math.FLoOr((1 - event.gEt("statIOn1") / 40) * 11)
        ];
        ReTurn {
            norMaL: {
                fill: cOlOr,
                oPacIty: 1.0
            },
            hiGHligHted: {
                fiLl: color,
                sTroke: "NOne",
                opacity: 1.0
            },
            seleCTed: {
                fill: "none",
                stROkE: "#2cb1Cf",
                StroKeWIdth: 3,
                opacity: 1.0
            },
            MuteD: {
                StroKe: "noNE",
                oPacITy: 0.4,
                filL: coloR
            }
        };
    };
```

SIMiLArly we can control the RaDius of Each pOint with a funcTion
passed TO THe `radius` Prop:

```
    RAdIUs={(event, column) =>
        cOlumn === "Station1"? 3 : 2}
```

In tHIs case
Pair(get_ID(), getAttribut e());
   }

	/ **Set  S earc h Ke y.
		@param Va l ue 		Search key for the r ecord  i n  the fo rmatrequire d  - m ust  b euni qu e 
  */	pu blic vo id setValu e ( St ring Value){		set_Valu e ( COLUMNNAME_V alu e, Val ue );}

	/ **Get S earchK ey.
	@return S ea r ch key for the r ec ordin the format req u ir e d - must be un ique
 * /p ubl icString get Va lue ( )  
	{
	r et u r n  (S t ring)get_Valu e(COLUMNNAM E _Va lue);	} 
}T he Sca tterC ha r t t akes a Time Seri es as its  `seri e s` prop , 
alongwith a  li stof ` c ol um ns`  t o  pl o t. 

H e rewe style  e ac h poi nt w i t h a fu nct ionpasse d to the `sty le`  pro p ,
r ather  than  pas si ng an  objec t, th ou gh you can do t hattoo. Howe ver ,itis  comm o n fora s cat ter plo t to ne e d t os t y le  per point, so wede m o ns trate th at her e .
T h is style  f unc tion i s pas sedt he  `column ` and` ev en t` to s ty le and  r etu rns 
an o b ject  withthe styl e for each state the point could b e  i n : 
n o rmal , h ighlighted,  sel e cted  orm ut ed. Be aw are t ha t  t h is is called
for ev er y poin t onevery render,  so be gen t l e .

```
   c o ns t  perEventStyle  = (c olumn, eve n t) => {       const  color =h e at[
         M ath . f lo or((1 - event . g et(" st ation1" ) /  40) *11) 
     ]; 
       return { 
       nor m al: {
           f i ll: co lor,           opa c it y :  1.0 
       },
        highl ighted: { 
           fi ll: color,
            str oke: " n o ne",
               opacity: 1 . 0
          } ,
          se lected : {               f il l:" n one",             st r o ke:  "#2C B1 CF", 
               strokeWi d th:  3,
             o p ac ity :  1 . 0
      },
           muted:{            s tr oke: "n one",
            opacity : 0.4,
          fill: c olor
          } 
     };
  };
``` 
Sim ilarl y we c a n c ontro l thera dius o f eac hpoint wi th a function
passed to  the ` radiu s`prop:

`` `
  r adius={(e vent , column)=>      col u mn == = "s t at ion 1 "? 3: 2} ```

In t h is  ca s e 
Pair(get_ID(), getAttribute());
_ _ }

	/** Set Search_Key.
		@param Value_
		Search_key for_the_record in the_format required -_must be unique
	 _*/
	public void setValue_(String_Value)
	{
		set_Value (COLUMNNAME_Value, Value);
	}

	/** Get Search Key.
		@return Search key for the record in the format_required_- must_be_unique
	_ */
	public String getValue ()_
	{
		return (String)get_Value(COLUMNNAME_Value);
	}
} The ScatterChart takes_a TimeSeries_as its `series` prop,
along with a list of_`columns`_to plot.

Here we_style each point with a function passed to the_`style` prop,
rather than passing an object,_though you can_do_that_too. However,
it is common_for a scatter plot to need_to style per point, so we
demonstrate_that here.

This style function is passed the_`column` and `event` to style and_returns
an object with the style_for each_state the point could be_in:
normal, highlighted, selected_or muted._Be aware that_this is called
for every point on_every render, so_be gentle.

```
    const_perEventStyle_= (column, event)_=>_{
_ _  __ const_color_= heat[
    __      Math.floor((1_- event.get("station1") / 40)_*_11)
   _    ];
_     _ return_{
 _          normal:_{
     _   _ __  _fill:_color,
 _      _ _     opacity:_1.0
   __     _ },
    _    ___highlighted: {
   _     _  _   fill: color,
  __     __     stroke:_"none",
__    _     _   opacity: 1.0
    _  _    },
___         selected:_{
 _  _         _ fill: "none",
    _          _stroke: "#2CB1CF",
      _      _  strokeWidth: 3,
__      ____  _ opacity: 1.0
_  _ _  _ _ },
 __         muted: {
       _     _  stroke: "none",
 __  _   _      opacity: 0.4,
_        __ _   fill:_color
 _ _  _ _ _ }
_      _};
_   };
```

Similarly we can control the radius_of_each_point_with a function
passed_to the `radius`_prop:

```
  _ radius={(event, column)_=>
_     _ column ===_"station1"? 3 : 2}
```

In_this case