Ichimoku Oscillator For ThinkOrSwim

[apdusp]

The author states:
Fans of the Ichimoku cloud indicator may enjoy this lower study version.

It's all the exact same representation but the cloud is converted to an oscillation in histogram or classic cloud fill formats.

All of the original lines, except Kumo cloud lines, are provided but adjusted to be positionally accurate to the oscillation values.

The oscillation value is calculated simply by absolute subtraction of span a and b lines and as such become an additional width detection mechanism in what I consider to be a slightly cleaner display.

Please convert this TV indicator:
https://www.tradingview.com/script/B7TQ1acc-Ichimoku-Oscillator/
Of course, you can add your own insight on how to better use its signals
Thanks in advance

 

[samer800]

Please convert this TV indicator:

https://www.tradingview.com/script/B7TQ1acc-Ichimoku-Oscillator/

Of course, you can add your own insight on how to better use its signals

Thanks in advance

check this also

https://usethinkscript.com/threads/...-chartprime-for-thinkorswim.16919/post-132711


and find the conversion below as requested:

#// This Pine Script™ code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
#// © syntaxgeek
#indicator("Ichimoku Oscillator")
# Converted by Sam4Cok@Samer800    - 01/2024
declare lower;

input ConversionLineLength = 9;#, minval=1, title="Conversion Line Length")
input BaseLineLength = 26;#, minval=1, title="Base Line Length")
input LeadingSpanBLength = 52;#, minval=1, title="Leading Span B Length")
input LaggingSpan = 26;#, minval=1, title="Lagging Span")
input CloudFormat = { default "Histogram", "Filled (Classic)"}; # 'Cloud Format'


def na = Double.NaN;

def v_showHistoPlot = CloudFormat == CloudFormat."Histogram";
def v_showFillPlots = CloudFormat == CloudFormat."Filled (Classic)";

DefineGlobalColor("leadUp", Color.DARK_GREEN);#CreateColor(67, 160, 71));
DefineGlobalColor("leadDn", Color.DARK_RED);#CreateColor(244, 67, 54));
DefineGlobalColor("lag", Color.GREEN);
DefineGlobalColor("base", Color.RED);
DefineGlobalColor("conv", CreateColor(41,98,255));
DefineGlobalColor("price", Color.WHITE);

#// { funcs
script f_donchian {
    input len = 9;
    def hh = Highest(high, len);
    def ll = Lowest(low, len);
    def don = (hh + ll) / 2;
    plot out = don;
}

#// original ichimoku calculations
def v_conversionLine = f_donchian(ConversionLineLength);
def v_baseLine = f_donchian(BaseLineLength);
def v_leadLine1 = (v_conversionLine + v_baseLine) / 2;
def v_leadLine2 = f_donchian(LeadingSpanBLength);

#// calculate absolute difference between span a and b
def v_leadDiff = AbsValue(v_leadLine1 - v_leadLine2);

#// determine whether difference should be negative or positive depending on span a and b orientation
def v_leadDiffComparison = (if v_leadLine1[LaggingSpan - 1] > v_leadLine2[LaggingSpan - 1]
                           then v_leadDiff[LaggingSpan - 1] else -v_leadDiff[LaggingSpan - 1]);
#// adjust price line to scale with span difference
def v_close = close - v_leadLine1[LaggingSpan - 1] + v_leadDiffComparison;

#// adjust displaced price lagging line to scale with twice displaced span a and adjust for span twice displaced difference
def v_laggingSpan = close - v_leadLine1[(LaggingSpan * 2) - 1] + v_leadDiffComparison[LaggingSpan - 1];

#// adjust displaced base line to scale with displaced span a and adjust for span difference
def v_baseLineAdjusted = v_baseLine - v_leadLine1[LaggingSpan - 1] + v_leadDiffComparison;

#// adjust displaced conversion line to scale with displaced span a and adjust for span difference
def v_conversionLineAdjusted = v_conversionLine - v_leadLine1[LaggingSpan - 1] + v_leadDiffComparison;
#// } vars

#// { plots
def spanWidth = if v_leadLine1 > v_leadLine2 then v_leadDiff else -v_leadDiff;
def spanA = if !v_showFillPlots then na else if v_leadLine1 > v_leadLine2 then v_leadDiff else 0;
def spanB = if !v_showFillPlots then na else if v_leadLine1 < v_leadLine2 then -v_leadDiff else 0;

plot Lagging = v_laggingSpan[-(LaggingSpan) + 1];    # "Lagging Span"
plot BaseLine = v_baseLineAdjusted;                         # "Base Line"
plot ConvLine = v_conversionLineAdjusted;                   # "Conversion Line"
plot price = v_close;                                       # "Price"

Lagging.SetDefaultColor(GlobalColor("lag"));
BaseLine.SetDefaultColor(GlobalColor("base"));
ConvLine.SetDefaultColor(GlobalColor("conv"));
price.SetDefaultColor(GlobalColor("price"));

plot spanHist = if !v_showHistoPlot then na else spanWidth[LaggingSpan - 1];    # 'Leading Span Width'

spanHist.SetPaintingStrategy(PaintingStrategy.SQUARED_HISTOGRAM);
spanHist.AssignValueColor(if v_leadLine1[LaggingSpan - 1] > v_leadLine2[LaggingSpan - 1]
                        then GlobalColor("leadUp") else GlobalColor("leadDn"));


AddCloud(if !v_showFillPlots then na else spanWidth[LaggingSpan - 1], 0, GlobalColor("leadUp"), GlobalColor("leadDn"), yes);


#-- END of CODE

 

[apdusp]

check this also

https://usethinkscript.com/threads/...-chartprime-for-thinkorswim.16919/post-132711


and find the conversion below as requested:

#// This Pine Script™ code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
#// © syntaxgeek
#indicator("Ichimoku Oscillator")
# Converted by Sam4Cok@Samer800    - 01/2024
declare lower;

input ConversionLineLength = 9;#, minval=1, title="Conversion Line Length")
input BaseLineLength = 26;#, minval=1, title="Base Line Length")
input LeadingSpanBLength = 52;#, minval=1, title="Leading Span B Length")
input LaggingSpan = 26;#, minval=1, title="Lagging Span")
input CloudFormat = { default "Histogram", "Filled (Classic)"}; # 'Cloud Format'


def na = Double.NaN;

def v_showHistoPlot = CloudFormat == CloudFormat."Histogram";
def v_showFillPlots = CloudFormat == CloudFormat."Filled (Classic)";

DefineGlobalColor("leadUp", Color.DARK_GREEN);#CreateColor(67, 160, 71));
DefineGlobalColor("leadDn", Color.DARK_RED);#CreateColor(244, 67, 54));
DefineGlobalColor("lag", Color.GREEN);
DefineGlobalColor("base", Color.RED);
DefineGlobalColor("conv", CreateColor(41,98,255));
DefineGlobalColor("price", Color.WHITE);

#// { funcs
script f_donchian {
    input len = 9;
    def hh = Highest(high, len);
    def ll = Lowest(low, len);
    def don = (hh + ll) / 2;
    plot out = don;
}

#// original ichimoku calculations
def v_conversionLine = f_donchian(ConversionLineLength);
def v_baseLine = f_donchian(BaseLineLength);
def v_leadLine1 = (v_conversionLine + v_baseLine) / 2;
def v_leadLine2 = f_donchian(LeadingSpanBLength);

#// calculate absolute difference between span a and b
def v_leadDiff = AbsValue(v_leadLine1 - v_leadLine2);

#// determine whether difference should be negative or positive depending on span a and b orientation
def v_leadDiffComparison = (if v_leadLine1[LaggingSpan - 1] > v_leadLine2[LaggingSpan - 1]
                           then v_leadDiff[LaggingSpan - 1] else -v_leadDiff[LaggingSpan - 1]);
#// adjust price line to scale with span difference
def v_close = close - v_leadLine1[LaggingSpan - 1] + v_leadDiffComparison;

#// adjust displaced price lagging line to scale with twice displaced span a and adjust for span twice displaced difference
def v_laggingSpan = close - v_leadLine1[(LaggingSpan * 2) - 1] + v_leadDiffComparison[LaggingSpan - 1];

#// adjust displaced base line to scale with displaced span a and adjust for span difference
def v_baseLineAdjusted = v_baseLine - v_leadLine1[LaggingSpan - 1] + v_leadDiffComparison;

#// adjust displaced conversion line to scale with displaced span a and adjust for span difference
def v_conversionLineAdjusted = v_conversionLine - v_leadLine1[LaggingSpan - 1] + v_leadDiffComparison;
#// } vars

#// { plots
def spanWidth = if v_leadLine1 > v_leadLine2 then v_leadDiff else -v_leadDiff;
def spanA = if !v_showFillPlots then na else if v_leadLine1 > v_leadLine2 then v_leadDiff else 0;
def spanB = if !v_showFillPlots then na else if v_leadLine1 < v_leadLine2 then -v_leadDiff else 0;

plot Lagging = v_laggingSpan[-(LaggingSpan) + 1];    # "Lagging Span"
plot BaseLine = v_baseLineAdjusted;                         # "Base Line"
plot ConvLine = v_conversionLineAdjusted;                   # "Conversion Line"
plot price = v_close;                                       # "Price"

Lagging.SetDefaultColor(GlobalColor("lag"));
BaseLine.SetDefaultColor(GlobalColor("base"));
ConvLine.SetDefaultColor(GlobalColor("conv"));
price.SetDefaultColor(GlobalColor("price"));

plot spanHist = if !v_showHistoPlot then na else spanWidth[LaggingSpan - 1];    # 'Leading Span Width'

spanHist.SetPaintingStrategy(PaintingStrategy.SQUARED_HISTOGRAM);
spanHist.AssignValueColor(if v_leadLine1[LaggingSpan - 1] > v_leadLine2[LaggingSpan - 1]
                        then GlobalColor("leadUp") else GlobalColor("leadDn"));


AddCloud(if !v_showFillPlots then na else spanWidth[LaggingSpan - 1], 0, GlobalColor("leadUp"), GlobalColor("leadDn"), yes);


#-- END of CODE

@samer800 , once more, thank you, thank you !! Though I have to respect his wishes, I think the original author called it wrongly as an Oscillator just because like he used an histogram. To me it is just plotting price+ichimoku relations in a simplified way in the lower section of the chart with some whistles