<?php
require_once("../lib/LibRbtsChart.php");

#MODIFIED

# Utility to compute modulus for large positive numbers. Although PHP has a built-in fmod
# function, it is only for PHP >= 4.2.0. So we need to define our own fmod function.
function fmod2($a, $b) { return $a - floor($a / $b) * $b; }


#
# Create a finance chart based on user selections, which are encoded as query
# parameters. This code is designed to work with the financedemo HTML form.
#

# The timeStamps, volume, high, low, open and close data
#
# ** NOTE ** : This sample code is written assuming the time stamps are in
# ChartDirector chartTime format. It is because this format supports dates before
# 1970 (which may be needed in some long term charts). See the ChartDirector
# documentation on chartTime for details. When you retrieve the time stamps from your
# database, please remember to convert them to chartTime.
$timeStamps = null;
$volData = null;
$highData = null;
$lowData = null;
$openData = null;
$closeData = null;

# An extra data series to compare with the close data
$compareData = null;

# The resolution of the data in seconds. 1 day = 86400 seconds.
$resolution = 86400;


#/ <summary>
#/ Get the timeStamps, highData, lowData, openData, closeData and volData.
#/ </summary>
#/ <param name="ticker">The ticker symbol for the data series.</param>
#/ <param name="startDate">The starting date/time for the data series.</param>
#/ <param name="endDate">The ending date/time for the data series.</param>
#/ <param name="durationInDays">The number of trading days to get.</param>
#/ <param name="extraPoints">The extra leading data points needed in order to
#/ compute moving averages.</param>
#/ <returns>True if successfully obtain the data, otherwise false.</returns>
function getData($ticker, $startDate, $endDate, $durationInDays, $extraPoints) {

    global $resolution;

    # This method should return false if the ticker symbol is invalid. In this sample
    # code, as we are using a random number generator for the data, all ticker symbol
    # is allowed, but we still assumed an empty symbol is invalid.
    if ($ticker == "") {
        return false;
    }

    # In this demo, we can get 15 min, daily, weekly or monthly data depending on the
    # time range.
    $resolution = 86400;
    if ($durationInDays <= 10) {
        # 10 days or less, we assume 15 minute data points are available
        $resolution = 900;

        # We need to adjust the startDate backwards for the extraPoints. We assume
        # 6.5 hours trading time per day, and 5 trading days per week.
        $dataPointsPerDay = 6.5 * 3600 / $resolution;
        $adjustedStartDate = $startDate - fmod2($startDate, 86400) - (int)(
            $extraPoints / $dataPointsPerDay * 7 / 5 + 0.9999999) * 86400 - 2 * 86400
            ;

        # Get the required 15 min data
        get15MinData($ticker, $adjustedStartDate, $endDate);

    } else if ($durationInDays >= 4.5 * 360) {
        # 4 years or more - use monthly data points.
        $resolution = 30 * 86400;

        # Adjust startDate backwards to cater for extraPoints
        $YMD = getChartYMD($startDate);
        $currentMonth = (int)($YMD / 100) % 100 - $extraPoints;
        $currentYear = (int)($YMD / 10000);
        while ($currentMonth < 1) {
            $currentYear = $currentYear - 1;
            $currentMonth = $currentMonth + 12;
        }
        $adjustedStartDate = chartTime($currentYear, $currentMonth, 1);

        # Get the required monthly data
        getMonthlyData($ticker, $adjustedStartDate, $endDate);

    } else if ($durationInDays >= 1.5 * 360) {
        # 1 year or more - use weekly points.
        $resolution = 7 * 86400;

        # Adjust startDate backwards to cater for extraPoints
        $adjustedStartDate = $startDate - $extraPoints * 7 * 86400 - 6 * 86400;

        # Get the required weekly data
        getWeeklyData($ticker, $adjustedStartDate, $endDate);

    } else {
        # Default - use daily points
        $resolution = 86400;

        # Adjust startDate backwards to cater for extraPoints. We multiply the days
        # by 7/5 as we assume 1 week has 5 trading days.
        $adjustedStartDate = $startDate - fmod2($startDate, 86400) - (int)((
            $extraPoints * 7 + 4) / 5) * 86400 - 2 * 86400;

        # Get the required daily data
        getDailyData($ticker, $adjustedStartDate, $endDate);
    }

    return true;
}

#/ <summary>
#/ Get 15 minutes data series for timeStamps, highData, lowData, openData, closeData
#/ and volData.
#/ </summary>
#/ <param name="ticker">The ticker symbol for the data series.</param>
#/ <param name="startDate">The starting date/time for the data series.</param>
#/ <param name="endDate">The ending date/time for the data series.</param>
function get15MinData($ticker, $startDate, $endDate) {
    #
    # In this demo, we use a random number generator to generate the data. In
    # practice, you may get the data from a database or by other means. If you do not
    # have 15 minute data, you may modify the "drawChart" method below to not using
    # 15 minute data.
    #
    generateRandomData($ticker, $startDate, $endDate, 900);
}

#/ <summary>
#/ Get daily data series for timeStamps, highData, lowData, openData, closeData
#/ and volData.
#/ </summary>
#/ <param name="ticker">The ticker symbol for the data series.</param>
#/ <param name="startDate">The starting date/time for the data series.</param>
#/ <param name="endDate">The ending date/time for the data series.</param>
function getDailyData($ticker, $startDate, $endDate) {
    #
    # Get the data from a database or by other means.
    #
	#if($timeformat == 'charttime') {
	#	$startDate = chartTimeToDate($startDate, 'Y-m-d');
	#	$endDate = chartTimeToDate($endDate, 'Y-m-d');
	#}
	generateData($ticker, $startDate, $endDate);
}

function getDailyDataOrig($ticker, $startDate, $endDate) {
    #
    # In this demo, we use a random number generator to generate the data. In
    # practice, you may get the data from a database or by other means.
    #
    #generateRandomData($ticker, $startDate, $endDate, 86400);
    generateData($ticker, $startDate, $endDate, 86400);
}

#/ <summary>
#/ Get weekly data series for timeStamps, highData, lowData, openData, closeData
#/ and volData.
#/ </summary>
#/ <param name="ticker">The ticker symbol for the data series.</param>
#/ <param name="startDate">The starting date/time for the data series.</param>
#/ <param name="endDate">The ending date/time for the data series.</param>
function getWeeklyDataOrig($ticker, $startDate, $endDate) {
    #
    # If you do not have weekly data, you may call "getDailyData(startDate, endDate)"
    # to get daily data, then call "convertDailyToWeeklyData()" to convert to weekly
    # data.
    #
    generateRandomData($ticker, $startDate, $endDate, 86400 * 7);
}

function getWeeklyData($ticker, $startDate, $endDate) {
    #
    # If you do not have weekly data, you may call "getDailyData(startDate, endDate)"
    # to get daily data, then call "convertDailyToWeeklyData()" to convert to weekly
    # data.
    #
	getDailyData($ticker, $startDate, $endDate);
	convertDailyToWeeklyData();
}

#/ <summary>
#/ Get monthly data series for timeStamps, highData, lowData, openData, closeData
#/ and volData.
#/ </summary>
#/ <param name="ticker">The ticker symbol for the data series.</param>
#/ <param name="startDate">The starting date/time for the data series.</param>
#/ <param name="endDate">The ending date/time for the data series.</param>
function getMonthlyDataOrig($ticker, $startDate, $endDate) {
    #
    # If you do not have weekly data, you may call "getDailyData(startDate, endDate)"
    # to get daily data, then call "convertDailyToMonthlyData()" to convert to
    # monthly data.
    #
    generateRandomData($ticker, $startDate, $endDate, 86400 * 30);
}

function getMonthlyData($ticker, $startDate, $endDate) {
    #
    # If you do not have weekly data, you may call "getDailyData(startDate, endDate)"
    # to get daily data, then call "convertDailyToMonthlyData()" to convert to
    # monthly data.
    #
	getDailyData($ticker, $startDate, $endDate);
	convertDailyToMonthlyData();
}

#/ <summary>
#/ Data generator designed to generate financial data from database.
#/ </summary>
#/ <param name="ticker">The ticker symbol for the data series.</param>
#/ <param name="startDate">The starting date/time for the data series.</param>
#/ <param name="endDate">The ending date/time for the data series.</param>


function generateData($ticker, $startDate, $endDate) {

	global $timeStamps, $volData, $highData, $lowData, $openData, $closeData;
	global $startDate, $endDate, $resolution;

	$SQL= "Select UNIX_TimeStamp(timestamp), openvalue, highvalue, lowvalue,  closevalue, volumevalue From ohlc_eod WHERE ticker='$ticker' AND timestamp >= '$startDate' AND timestamp <= '$endDate' ORDER by timestamp";

	mysql_connect("localhost", "test", "test");
	mysql_select_db("my_db");
	$result = mysql_query($SQL);

	while ($row = mysql_fetch_row($result)) {
		$timeStamps[] = $row[0];
		#$timeStamps[] = chartTime2($row[0]);
		$openData[] = $row[1];
		$highData[] = $row[2];
		$lowData[] = $row[3];
		$closeData[] = $row[4];
		$volData[] = $row[5];
	}

}


#/ <summary>
#/ A random number generator designed to generate realistic financial data.
#/ </summary>
#/ <param name="ticker">The ticker symbol for the data series.</param>
#/ <param name="startDate">The starting date/time for the data series.</param>
#/ <param name="endDate">The ending date/time for the data series.</param>
#/ <param name="resolution">The period of the data series.</param>
function generateRandomData($ticker, $startDate, $endDate, $resolution) {

    global $timeStamps, $volData, $highData, $lowData, $openData, $closeData;

    $db = new FinanceSimulator($ticker, $startDate, $endDate, $resolution);
    $timeStamps = $db->getTimeStamps();
    $highData = $db->getHighData();
    $lowData = $db->getLowData();
    $openData = $db->getOpenData();
    $closeData = $db->getCloseData();
    $volData = $db->getVolData();
}

#/ <summary>
#/ A utility to convert daily to weekly data.
#/ </summary>
function convertDailyToWeeklyData() {

    global $timeStamps;

    $tmpArrayMath1 = new ArrayMath($timeStamps);
    aggregateData($tmpArrayMath1->selectStartOfWeek());
}

#/ <summary>
#/ A utility to convert daily to monthly data.
#/ </summary>
function convertDailyToMonthlyData() {

    global $timeStamps;

    $tmpArrayMath1 = new ArrayMath($timeStamps);
    aggregateData($tmpArrayMath1->selectStartOfMonth());
}

#/ <summary>
#/ An internal method used to aggregate daily data.
#/ </summary>
function aggregateData(&$aggregator) {

    global $timeStamps, $volData, $highData, $lowData, $openData, $closeData;

    $timeStamps = $aggregator->aggregate($timeStamps, AggregateFirst);
    $highData = $aggregator->aggregate($highData, AggregateMax);
    $lowData = $aggregator->aggregate($lowData, AggregateMin);
    $openData = $aggregator->aggregate($openData, AggregateFirst);
    $closeData = $aggregator->aggregate($closeData, AggregateLast);
    $volData = $aggregator->aggregate($volData, AggregateSum);
}

#/ <summary>
#/ Create a financial chart according to user selections. The user selections are
#/ encoded in the query parameters.
#/ </summary>
function drawChart() {

    global $timeStamps, $volData, $highData, $lowData, $openData, $closeData,
        $compareData, $resolution;

    # In this demo, we just assume we plot up to the latest time. So end date is now.
    $endDate = chartTime2(time());

    # If the trading day has not yet started (before 9:30am), or if the end date is
    # on on Sat or Sun, we set the end date to 4:00pm of the last trading day
    while ((fmod2($endDate, 86400) < 9 * 3600 + 30 * 60) || (getChartWeekDay($endDate
        ) == 0) || (getChartWeekDay($endDate) == 6)) {
        $endDate = $endDate - fmod2($endDate, 86400) - 86400 + 16 * 3600;
    }

    # The duration selected by the user
   	$durationInDays = (int)($_REQUEST["TimeRange"]);
	#$durationInDays = 20;	# default chart 3 bulan

    # Compute the start date by subtracting the duration from the end date.
    $startDate = $endDate;
    if ($durationInDays >= 30) {
        # More or equal to 30 days - so we use months as the unit
        $YMD = getChartYMD($endDate);
        $startMonth = (int)($YMD / 100) % 100 - (int)($durationInDays / 30);
        $startYear = (int)($YMD / 10000);
        while ($startMonth < 1) {
            $startYear = $startYear - 1;
            $startMonth = $startMonth + 12;
        }
        $startDate = chartTime($startYear, $startMonth, 1);
    } else {
        # Less than 30 days - use day as the unit. The starting point of the axis is
        # always at the start of the day (9:30am). Note that we use trading days, so
        # we skip Sat and Sun in counting the days.
        $startDate = $endDate - fmod2($endDate, 86400) + 9 * 3600 + 30 * 60;
        for($i = 1; $i < $durationInDays; ++$i) {
            if (getChartWeekDay($startDate) == 1) {
                $startDate = $startDate - 3 * 86400;
            } else {
                $startDate = $startDate - 86400;
            }
        }
    }

    # The moving average periods selected by the user.
    $avgPeriod1 = 0;
    $avgPeriod1 = (int)($_REQUEST["movAvg1"]);
    $avgPeriod2 = 0;
    $avgPeriod2 = (int)($_REQUEST["movAvg2"]);

    if ($avgPeriod1 < 0) {
        $avgPeriod1 = 0;
    } else if ($avgPeriod1 > 300) {
        $avgPeriod1 = 300;
    }

    if ($avgPeriod2 < 0) {
        $avgPeriod2 = 0;
    } else if ($avgPeriod2 > 300) {
        $avgPeriod2 = 300;
    }

    # We need extra leading data points in order to compute moving averages.
    $extraPoints = 20;
    if ($avgPeriod1 > $extraPoints) {
        $extraPoints = $avgPeriod1;
    }
    if ($avgPeriod2 > $extraPoints) {
        $extraPoints = $avgPeriod2;
    }

    # Get the data series to compare with, if any.
    #$compareKey = trim($_REQUEST["CompareWith"]);
    #$compareData = null;
    #if (getData($compareKey, $startDate, $endDate, $durationInDays, $extraPoints)) {
    #      $compareData = $closeData;
    #}

    # The data series we want to get.
    $tickerKey = trim($_REQUEST["TickerSymbol"]);
    if (!getData($tickerKey, $startDate, $endDate, $durationInDays, $extraPoints)) {
        return errMsg("Please enter a valid ticker symbol" . $tickerKey);
    }

    # We now confirm the actual number of extra points (data points that are before
    # the start date) as inferred using actual data from the database.
    $extraPoints = count($timeStamps);
    for($i = 0; $i < count($timeStamps); ++$i) {
        if ($timeStamps[$i] >= $startDate) {
            $extraPoints = $i;
            break;
        }
    }

    # Check if there is any valid data
    if ($extraPoints >= count($timeStamps)) {
        # No data - just display the no data message.
        $errMsg = new MultiChart(400, 50);
		        $errMsg->addTitle2(Center, "No data available for the specified time period",
		            "arial.ttf", 10);
        return $errMsg;
        #return errMsg("No data available for the specified time period" . $endDate);
    }

    # In some finance chart presentation style, even if the data for the latest day
    # is not fully available, the axis for the entire day will still be drawn, where
    # no data will appear near the end of the axis.
    if ($resolution < 86400) {
        # Add extra points to the axis until it reaches the end of the day. The end
        # of day is assumed to be 16:00 (it depends on the stock exchange).
        $lastTime = $timeStamps[count($timeStamps) - 1];
        $extraTrailingPoints = (int)((16 * 3600 - fmod2($lastTime, 86400)) /
            $resolution);
        for($i = 0; $i < $extraTrailingPoints; ++$i) {
            $timeStamps[] = $lastTime + $resolution * ($i + 1);
        }
    }

    #
    # At this stage, all data are available. We can draw the chart as according to
    # user input.
    #

    #
    # Determine the chart size. In this demo, user can select 4 different chart
    # sizes. Default is the large chart size.
    #
    #$width = 780;
    #$mainHeight = 255;
    #$indicatorHeight = 80;
    $width = 900;
    $mainHeight = 325;
    $indicatorHeight = 90;

    #$size = $_REQUEST["ChartSize"];
    #if ($size == "S") {
    #    # Small chart size
    #    $width = 450;
    #    $mainHeight = 160;
    #    $indicatorHeight = 60;
    #} else if ($size == "M") {
    #    # Medium chart size
    #    $width = 620;
    #    $mainHeight = 215;
    #    $indicatorHeight = 70;
    #} else if ($size == "H") {
    #    # Huge chart size
    #    $width = 1000;
    #    $mainHeight = 320;
    #    $indicatorHeight = 90;
    #}

    # Create the chart object using the selected size
    $m = new FinanceChart($width);

    # Set the data into the chart object
    $m->setData($timeStamps, $highData, $lowData, $openData, $closeData, $volData,
        $extraPoints);

    #
    # We configure the title of the chart. In this demo chart design, we put the
    # company name as the top line of the title with left alignment.
    #
    $m->addPlotAreaTitle(TopLeft, $tickerKey);

    # We displays the current date as well as the data resolution on the next line.
    $resolutionText = "";
    if ($resolution == 30 * 86400) {
        $resolutionText = "Monthly";
    } else if ($resolution == 7 * 86400) {
        $resolutionText = "Weekly";
    } else if ($resolution == 86400) {
        $resolutionText = "Daily";
    } else if ($resolution == 900) {
        $resolutionText = "15-min";
    }

    $m->addPlotAreaTitle(BottomLeft, sprintf(
        "<*font=arial.ttf,size=8*>%s - %s chart", $m->formatValue(chartTime2(time()),
        "mmm dd, yyyy"), $resolutionText));

    # A copyright message at the bottom left corner the title area
    $m->addPlotAreaTitle(BottomRight,
        "<*font=arial.ttf,size=8*>(c) 2010 RbTradingSystem.com");
    #    "<*font=arial.ttf,size=8*>(c) Advanced Software Engineering");

    #
    # Add the first techical indicator according. In this demo, we draw the first
    # indicator on top of the main chart.
    #
    addIndicator($m, $_REQUEST["Indicator1"], $indicatorHeight);

    #
    # Add the main chart
    #
    $m->addMainChart($mainHeight);

    #
    # Set log or linear scale according to user preference
    #
    #if ($_REQUEST["LogScale"] == "1") {
    #    $m->setLogScale(true);
    #}

    #
    # Set axis labels to show data values or percentage change to user preference
    #
    #if ($_REQUEST["PercentageScale"] == "1") {
    #    $m->setPercentageAxis();
    #}

    #
    # Draw any price line the user has selected
    #
    $mainType = $_REQUEST["ChartType"];
    if ($mainType == "Close") {
        $m->addCloseLine(0x000040);
    } else if ($mainType == "TP") {
        $m->addTypicalPrice(0x000040);
    } else if ($mainType == "WC") {
        $m->addWeightedClose(0x000040);
    } else if ($mainType == "Median") {
        $m->addMedianPrice(0x000040);
    }

    #
    # Add comparison line if there is data for comparison
    #
    if ($compareData != null) {
        if (count($compareData) > $extraPoints) {
            $m->addComparison($compareData, 0x0000ff, $compareKey);
        }
    }

    #
    # Add moving average lines.
    #
    addMovingAvg($m, $_REQUEST["avgType1"], $avgPeriod1, 0x663300);
    addMovingAvg($m, $_REQUEST["avgType2"], $avgPeriod2, 0x9900ff);

    #
    # Draw candlesticks or OHLC symbols if the user has selected them.
    #
    if ($mainType == "CandleStick") {
        $m->addCandleStick(0x33ff33, 0xff3333);
    } else if ($mainType == "OHLC") {
        $m->addHLOC(0x008800, 0xcc0000);
    }

    #
    # Add parabolic SAR if necessary
    #
    #if ($_REQUEST["ParabolicSAR"] == "1") {
    #    $m->addParabolicSAR(0.02, 0.02, 0.2, DiamondShape, 5, 0x008800, 0x000000);
    #}

    # Agung TT Dec 2009
    # Add price band/channel/envelop to the chart according to user selection
    #
    $bandType = $_REQUEST["Band"];
    if ($bandType == "BB") {
        $m->addBollingerBand(20, 2, 0x9999ff, 0xc06666ff);
    } else if ($bandType == "PTB") {
    	$m->addPriceChannel3(0x33ff33, 0xff3300, 0xc06666ff);
    	# addPriceChannel3($lineColorUp, $lineColorDown, $fillColor)
    } else if ($bandType == "DC") {
        $m->addDonchianChannel(20, 0x9999ff, 0xc06666ff);
    } else if ($bandType == "Envelop") {
        $m->addEnvelop(20, 0.1, 0x9999ff, 0xc06666ff);
    }

    #
    # Add volume bars to the main chart if necessary
    #
    if ($_REQUEST["Volume"] == "1") {
        $m->addVolBars($indicatorHeight, 0x99ff99, 0xff9999, 0xc0c0c0);
    }

    #
    # Add additional indicators as according to user selection.
    #
    addIndicator($m, $_REQUEST["Indicator2"], $indicatorHeight);
    addIndicator($m, $_REQUEST["Indicator3"], $indicatorHeight);
    addIndicator($m, $_REQUEST["Indicator4"], $indicatorHeight);

	# TAMBAH BACKGROUND Agung TT
	#$m->setWallpaper(dirname(__FILE__)."/tile.gif");

	#$plotarea = $m->getPlotArea();
	#$m->setBackground(0xffffff, 0xe0e0e0);

    return $m;
}

#/ <summary>
#/ Add a moving average line to the FinanceChart object.
#/ </summary>
#/ <param name="m">The FinanceChart object to add the line to.</param>
#/ <param name="avgType">The moving average type (SMA/EMA/TMA/WMA).</param>
#/ <param name="avgPeriod">The moving average period.</param>
#/ <param name="color">The color of the line.</param>
#/ <returns>The LineLayer object representing line layer created.</returns>
function addMovingAvg(&$m, $avgType, $avgPeriod, $color) {
    if ($avgPeriod > 1) {
        if ($avgType == "SMA") {
            return $m->addSimpleMovingAvg($avgPeriod, $color);
        } else if ($avgType == "EMA") {
            return $m->addExpMovingAvg($avgPeriod, $color);
        } else if ($avgType == "TMA") {
            return $m->addTriMovingAvg($avgPeriod, $color);
        } else if ($avgType == "WMA") {
            return $m->addWeightedMovingAvg($avgPeriod, $color);
        }
    }
    return null;
}

#/ <summary>
#/ Add an indicator chart to the FinanceChart object. In this demo example, the
#/ indicator parameters (such as the period used to compute RSI, colors of the lines,
#/ etc.) are hard coded to commonly used values. You are welcome to design a more
#/ complex user interface to allow users to set the parameters.
#/ </summary>
#/ <param name="m">The FinanceChart object to add the line to.</param>
#/ <param name="indicator">The selected indicator.</param>
#/ <param name="height">Height of the chart in pixels</param>
#/ <returns>The XYChart object representing indicator chart.</returns>
function addIndicator(&$m, $indicator, $height) {
    if ($indicator == "RSI") {
        return $m->addRSI($height, 14, 0x800080, 20, 0xff6666, 0x6666ff);
    } else if ($indicator == "NewHigh") {
    	return $m->addNewHigh($height, 0x800080);
    } else if ($indicator == "VolAcc") {
    	return $m->addVolAccumulation($height, 0x800080);
    } else if ($indicator == "StochRSI") {
        return $m->addStochRSI($height, 14, 0x800080, 30, 0xff6666, 0x6666ff);
    } else if ($indicator == "MACD") {
        return $m->addMACD($height, 26, 12, 9, 0x0000ff, 0xff00ff, 0x008000);
    } else if ($indicator == "FStoch") {
        return $m->addFastStochastic($height, 14, 3, 0x006060, 0x606000);
    } else if ($indicator == "SStoch") {
        return $m->addSlowStochastic($height, 14, 3, 0x006060, 0x606000);
    } else if ($indicator == "ATR") {
        return $m->addATR($height, 14, 0x808080, 0x0000ff);
    } else if ($indicator == "ADX") {
        return $m->addADX($height, 14, 0x008000, 0x800000, 0x000080);
    } else if ($indicator == "DCW") {
        return $m->addDonchianWidth($height, 20, 0x0000ff);
    } else if ($indicator == "BBW") {
        return $m->addBollingerWidth($height, 20, 2, 0x0000ff);
    } else if ($indicator == "DPO") {
        return $m->addDPO($height, 20, 0x0000ff);
    } else if ($indicator == "PVT") {
        return $m->addPVT($height, 0x0000ff);
    } else if ($indicator == "Momentum") {
        return $m->addMomentum($height, 12, 0x0000ff);
    } else if ($indicator == "Performance") {
        return $m->addPerformance($height, 0x0000ff);
    } else if ($indicator == "ROC") {
        return $m->addROC($height, 12, 0x0000ff);
    } else if ($indicator == "OBV") {
        return $m->addOBV($height, 0x0000ff);
    } else if ($indicator == "AccDist") {
        return $m->addAccDist($height, 0x0000ff);
    } else if ($indicator == "CLV") {
        return $m->addCLV($height, 0x0000ff);
    } else if ($indicator == "WilliamR") {
        return $m->addWilliamR($height, 14, 0x800080, 30, 0xff6666, 0x6666ff);
    } else if ($indicator == "Aroon") {
        return $m->addAroon($height, 14, 0x339933, 0x333399);
    } else if ($indicator == "AroonOsc") {
        return $m->addAroonOsc($height, 14, 0x0000ff);
    } else if ($indicator == "CCI") {
        return $m->addCCI($height, 20, 0x800080, 100, 0xff6666, 0x6666ff);
    } else if ($indicator == "EMV") {
        return $m->addEaseOfMovement($height, 9, 0x006060, 0x606000);
    } else if ($indicator == "MDX") {
        return $m->addMassIndex($height, 0x800080, 0xff6666, 0x6666ff);
    } else if ($indicator == "CVolatility") {
        return $m->addChaikinVolatility($height, 10, 10, 0x0000ff);
    } else if ($indicator == "COscillator") {
        return $m->addChaikinOscillator($height, 0x0000ff);
    } else if ($indicator == "CMF") {
        return $m->addChaikinMoneyFlow($height, 21, 0x008000);
    } else if ($indicator == "NVI") {
        return $m->addNVI($height, 255, 0x0000ff, 0x883333);
    } else if ($indicator == "PVI") {
        return $m->addPVI($height, 255, 0x0000ff, 0x883333);
    } else if ($indicator == "MFI") {
        return $m->addMFI($height, 14, 0x800080, 30, 0xff6666, 0x6666ff);
    } else if ($indicator == "PVO") {
        return $m->addPVO($height, 26, 12, 9, 0x0000ff, 0xff00ff, 0x008000);
    } else if ($indicator == "PPO") {
        return $m->addPPO($height, 26, 12, 9, 0x0000ff, 0xff00ff, 0x008000);
    } else if ($indicator == "UO") {
        return $m->addUltimateOscillator($height, 7, 14, 28, 0x800080, 20, 0xff6666,
            0x6666ff);
    } else if ($indicator == "Vol") {
        return $m->addVolIndicator($height, 0x99ff99, 0xff9999, 0xc0c0c0);
    } else if ($indicator == "V125") {
        return $m->addVolAvg($height, 0x99ff99, 0xff9999, 0xc0c0c0);
    } else if ($indicator == "RiskLevel") {
    	return $m->addRiskLevel($height, 0x99ff99, 0xff9999, 0xc0c0c0);
    } else if ($indicator == "TRIX") {
        return $m->addTRIX($height, 12, 0x0000ff);
    }
    return null;
}

#/ <summary>
#/ Creates a dummy chart to show an error message.
#/ </summary>
#/ <param name="msg">The error message.
#/ <returns>The BaseChart object containing the error message.</returns>
function errMsg($msg) {
    $m = new MultiChart(400, 200);
    $textBoxObj = $m->addTitle2(Center, $msg, "arial.ttf", 10);
    $textBoxObj->setMaxWidth($m->getWidth());
    return $m;
}

# create the finance chart
$c = drawChart();

#$c->setColors($whiteOnBlackPalette);	# LATAR BELAKANG


#Create the image and save it in a temporary location
$chart1URL = $c->makeSession("chart1");

#Create an image map for the chart
$imageMap = $c->getHTMLImageMap("", "", "title='".$c->getToolTipDateFormat()." {value|G}'");
#m.getHTMLImageMap("", "", "title='" & m.getToolTipDateFormat() & " {value|G}'")

#output the chart
#header("Content-type: image/png");
#print($c->makeChart2(PNG));
?>

<html>
<body leftMargin=0 topMargin=0>
<img src="myimage.php?<?php echo $chart1URL?>" border="0" usemap="#map1">
<map name="map1">
<?php echo $imageMap?>
</map>
</body>
</html>

<?php
require_once("../lib/LibRbtsChart.php");
include "konfig.php";

$endDate = chartTime2(time());
echo "End Date : " . $endDate . "<br>";
$endDateYMD = getChartYMD($endDate);
echo "getChartYMD(End Date) : " . $endDateYMD . "<br>";

$ticker='ANTM';

$durationInDays=30;

# Compute the start date by subtracting the duration from the end date.
$startDate = $endDate;
if ($durationInDays >= 30) {
	# More or equal to 30 days - so we use months as the unit
	$YMD = getChartYMD($endDate);
	$startMonth = (int)($YMD / 100) % 100 - (int)($durationInDays / 30);
	$startYear = (int)($YMD / 10000);
	while ($startMonth < 1) {
		$startYear = $startYear - 1;
		$startMonth = $startMonth + 12;
	}
	$startDate = chartTime($startYear, $startMonth, 1);
} else {
	# Less than 30 days - use day as the unit. The starting point of the axis is
	# always at the start of the day (9:30am). Note that we use trading days, so
	# we skip Sat and Sun in counting the days.
	$startDate = $endDate - fmod2($endDate, 86400) + 9 * 3600 + 30 * 60;
	for($i = 1; $i < $durationInDays; ++$i) {
		if (getChartWeekDay($startDate) == 1) {
			$startDate = $startDate - 3 * 86400;
		} else {
			$startDate = $startDate - 86400;
		}
	}
}



echo "Start Date : " . $startDate . "<br>";
$startDateYMD = getChartYMD($startDate);
echo "getChartYMD(Start Date) : " . $startDateYMD . "<br>";

$timeStamps = NULL;
$openData = NULL;
$highData = NULL;
$lowData = NULL;
$closeData = NULL;
$volData = NULl;

generateData ($ticker, $startDate, $endDate);

$row=0;
while ($row < count($timeStamps)) {
	echo "Date : " .$timeStamps[$row];
	echo " O : " .$openData[$row];
	echo " H : " .$highData[$row];
	echo " L : " .$lowData[$row];
	echo " C : " .$closeData[$row];
	echo " V : " .$volData[$row]. "<br>";

	$row = $row+1;
}


function generateData($ticker, $startDate, $endDate) {

	include "konfig.php";
	global $timeStamps, $volData, $highData, $lowData, $openData, $closeData;
    global $startDate, $endDate, $resolution;

	$startDateYMD = getChartYMD($startDate);
	$endDateYMD = getChartYMD($endDate);

	$conn = mysql_connect("$hostmysql","$username","$password");
	if (!$conn) die ("connection failed");
	mysql_select_db($database,$conn) or die ("Database not found");

	$SQL= "Select UNIX_TimeStamp(timestamp), openvalue, highvalue, lowvalue,  closevalue, volumevalue From ohlc_eod WHERE ticker='$ticker' AND timestamp >= '$startDateYMD' AND timestamp <= '$endDateYMD' ORDER by timestamp";

	$result = mysql_query($SQL);

	while ($row = mysql_fetch_row($result)) {
		#$timeStamps[] = $row[0];
		$timeStamps[] = chartTime2($row[0]);
		$openData[] = $row[1];
		$highData[] = $row[2];
		$lowData[] = $row[3];
		$closeData[] = $row[4];
		$volData[] = $row[5];
	}
}

?>