Amazing Renko Help

Hi Friends,

Can somebody help me with this renko charting in amibroker.

I want to change the parameters where I can give user defined parameters for Renko brick size.

For example :

When I Use SBI chart .. I need to give 5 points in the parameters and it reflects in the chart and draws renko chart when the price of sbi gets filled every 5 points. The high/low of Renko box will be 2150-2145 ( 1 box ) etc or If I give 10 as brick size then high/low of box will be 2150-2140.

Thanks a lot
Ganesh

Forgot the Renko Coding :

_SECTION_BEGIN("Renko1");
SetBarsRequired(10000,10000);

// Brick size is dependant on what you want, if too small will not produce a chart due to insufficient x-axis bars
//Brick = LastValue( ATR(100) );
//Brick = LastValue( Max(0.02*C, 0.05) );
Brick = Param( "Brick Size", 0.1,0.01,1.00,0.01 );
reverse = 2;
Brick1 = Param( "Brick Size", 0.1, 0.01, 1.00, 0.01 );
Brick = LastValue( Max(Brick1*C, 0.01) );
// Convert the closing price to rising and falling rounded bricks
CF = ceil(C/Brick);
CR = floor(C/Brick);

// initialize first element
j = 0;
RKC[j] = CF[0];
RKO[j] = CF[0] + 1;

down[j] = 1; // By default the first bar is a down bar.
up[j] = 0;

// Loop to produce the Renko values in number of bricks

for( i=1; i<BarCount-1; i++ )
{
if( CF <= RKC[j] - 1 && down[j] ) // Continue down
{
num = RKC[j] - CF;
for( x=1; x<=num; x++ )
{
j++;
up[j] = 0;
down[j] = 1;
RKC[j] = RKC[j-1] - 1;
RKO[j] = RKC[j] + 1;
}
}
else
{
if( CR >= RKC[j] + Reverse && down[j] ) // Change down to up
{
num = CR - RKC[j];
j++;
up[j] = 1;
down[j] = 0;
RKC[j] = RKC[j-1] + 2;
RKO[j] = RKC[j] - 1;
for( x=2; x<=num; x++ )
{
j++;
up[j] = 1;
down[j] = 0;
RKC[j] = RKC[j-1] + 1;
RKO[j] = RKC[j] - 1;
}
}
else
{
if( CR >= RKC[j] + 1 && up[j] ) // Continue Up
{
num = CR - RKC[j];
for( x=1; x<=num; x++ )
{
j++;
Up[j] = 1;
Down[j] = 0;
RKC[j] = RKC[j-1] + 1;
RKO[j] = RKC[j] - 1;
}
}
else
{
if( CF <= RKC[j] - Reverse && up[j] ) // Change up to down
{
num = RKC[j] - CF;
j++;
Up[j] = 0;
Down[j] = 1;
RKC[j] = RKC[j-1] - 2;
RKO[j] = RKC[j] + 1;
for( x=2; x<=num; x++ )
{
j++;
up[j] = 0;
down[j] = 1;
RKC[j] = RKC[j-1] - 1;
RKO[j] = RKC[j] + 1;
}
}
}
}
}
}


// move the chart to right end of chart space, ie last brick on last bar position
delta = BarCount-1 - j;

RKC = Ref( RKC, -delta );
RKO = Ref( RKO, -delta );

Up = Ref( Up, -delta );
Down = Ref( Down, -delta );

/*
rC = RKC * Brick;// + (Up-down)*Brick/2;
rO = RC - (Up-down)*Brick;
rH = Max(rC,rO);
rL = Min(rC,rO);
*/


C = RKC * Brick;// + (Up-down)*Brick/2;
O = C - (Up-down)*Brick;
H = Max(C,O);
L = Min(C,O);

Plot( C, "", colorGrey50,styleCandle);
// plot chart
//plotOHLC( rO, rH, rL, rC, "Renko Price " , colorBlack, styleCandle);
GraphXSpace=5;

Title = Name() + " - {{INTERVAL}} {{DATE}} - Renko Chart : Last Value = " + RKC* Brick + ", Brick Size = " + Brick;
_SECTION_END();