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Average data recorded in Array as time series

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Can anyone help?


I have data which is an out put from an indicator i have averaged this data within an EA now i want to use the average in history based on time series. I have tried an array but when i check with ArrayIsSeries i get the message it is not a time series. Below is the code i have been using.

ArrayResize(SP9,200,0);

ArrayInitialize(SP9,EMPTY_VALUE);

for(i=90;i<200;i++) printf("array[%d] = %G",i,av200[i]);

Print("Values of 10 last elements after ArrayResize(array,105)");

for(i=95;i<105;i++) printf("array[%d] = %G",i,av200[i]);

ArraySetAsSeries(SP9,true);

if(ArrayIsSeries(SP9))
   Print("SP9[] is timeseries");
else
   Print("SP9[] is not timeseries!!!");
//--- return value of prev_calculated for next call

// return(rates_total);

John

johnireton:
...
Please edit your post and use the SRC button when you post code.

Seems you don't understand what I asked you, so I do it for you (edit your first post).

You probably have to use ArrayGetAsSeries(). See this topic about about ArrayIsSeries.

angevoyageur:

Seems you don't understand what I asked you, so I do it for you (edit your first post).

You probably have to use ArrayGetAsSeries(). See this topic about about ArrayIsSeries.

Sorry for misunderstanding, already tried ArrayGetAsSeries() this did not work either still gives message that array is not series!


Any ideas?

johnireton:

Sorry for misunderstanding, already tried ArrayGetAsSeries() this did not work either still gives message that array is not series!


Any ideas?

Can you provide code that compiles where you are using ArrayGetAsSeries() ?
angevoyageur:
Can y
angevoyageur:
Can you provide code that compiles where you are using ArrayGetAsSeries() ?
Is this bit of code what you mean?
 SP9[0]=NormalizeDouble((Nom1+Nom2+Nom3+Nom4+Nom5+Nom6+Nom7+Nom8+Nom9+Nom10+Nom11+Nom12+Nom13+Nom14+Nom15+Nom16+Nom17+Nom18+Nom19+Nom20+Nom21+Nom22+Nom23+
                              Nom24+Nom25+Nom26+Nom27+Nom28+Nom29+Nom30+Nom31+Nom32+Nom33+Nom34+Nom35+Nom36+Nom37+Nom38+Nom39+Nom40+Nom41+Nom42+Nom43+Nom44+
                              Nom45+Nom46+Nom47+Nom48+Nom49+Nom50+Nom51+Nom52+Nom53+Nom54+Nom55+Nom56+Nom57+Nom58+Nom59+Nom60+Nom61+Nom62+Nom63+Nom64+
                              Nom65+Nom66+Nom67+Nom68+Nom69+Nom70+Nom71+Nom72+Nom73+Nom74+Nom75+Nom76+Nom77+Nom78+Nom79+Nom80+Nom81+Nom82+Nom83+Nom84+Nom85+
                              Nom86+Nom87+Nom88+Nom89+Nom90+Nom91+Nom92+Nom93+Nom94+Nom95+Nom96+Nom97+Nom98+Nom99+Nom100+Nom101+Nom102+Nom103+Nom104+   Nom105+
                              Nom106+Nom107+Nom108+Nom109+Nom110+Nom111+Nom112+Nom113+Nom114+Nom115+Nom116+Nom117+Nom118+Nom119+Nom120+Nom121+Nom122+Nom123+
                              Nom124+Nom125+Nom126+Nom127+Nom128+Nom129+Nom130+Nom131+Nom132+Nom133+Nom134+Nom135+Nom136+Nom137+Nom138+Nom139+Nom140+Nom141+
                              Nom142+Nom143+Nom144+Nom145+Nom146+Nom147+Nom148+Nom149+Nom150+Nom151+Nom152+Nom153+Nom154+Nom155+Nom156+Nom157+Nom158+Nom159+Nom160+
                              Nom161+Nom162+Nom163+Nom164+Nom165+Nom166+Nom167+Nom168+Nom169+Nom170+Nom171+Nom172+Nom173+Nom174+Nom175+Nom176+Nom177+Nom178+
                              Nom179+Nom180+Nom181+Nom182+Nom183+Nom184+Nom185+Nom186+Nom187+Nom188+Nom189+Nom190+Nom191+Nom192+Nom193+Nom194+Nom195+Nom196+
                              Nom197+Nom198+Nom199+Nom200)/200,5);
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