//Price-By-Volume //Pine Script - Price By Volume // This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/ // © inno14

//@version=4 study("Volume Scale by Price (VSP)", overlay=true)

num_hist=input(2,minval=0,maxval=2,title="Number of histogram") vol_size=input(10,minval=2,title="Line width")

//===Ratio===\ vol_ratio=input(0.2,title="Volume scale ratio",minval=0.01,step=0.01) dt=time[1]-time[2] const=volume[1]*vol_ratio

//===Buy Color===\ vol_col_buy_inpt=input(title="Histogram Buy Color", defval="green", options=["aqua","black","blue","fuchsia","gray","green","lime","maroon","navy","olive","orange","red","silver","teal","white","yellow"]) transp_inpt=65 vol_col_buy= vol_col_buy_inpt=="aqua"?color.new(color.aqua,transp_inpt): vol_col_buy_inpt=="black"?color.new(color.black,transp_inpt): vol_col_buy_inpt=="blue"?color.new(color.blue,transp_inpt): vol_col_buy_inpt=="fuchsia"?color.new(color.fuchsia,transp_inpt): vol_col_buy_inpt=="gray"?color.new(color.gray,transp_inpt): vol_col_buy_inpt=="green"?color.new(color.green,transp_inpt): vol_col_buy_inpt=="lime"?color.new(color.lime,transp_inpt): vol_col_buy_inpt=="maroon"?color.new(color.maroon,transp_inpt): vol_col_buy_inpt=="navy"?color.new(color.navy,transp_inpt): vol_col_buy_inpt=="olive"?color.new(color.olive,transp_inpt): vol_col_buy_inpt=="orange"?color.new(color.orange,transp_inpt): vol_col_buy_inpt=="red"?color.new(color.red,transp_inpt): vol_col_buy_inpt=="silver"?color.new(color.silver,transp_inpt): vol_col_buy_inpt=="teal"?color.new(color.teal,transp_inpt): vol_col_buy_inpt=="white"?color.new(color.white,transp_inpt): vol_col_buy_inpt=="yellow"?color.new(color.yellow,transp_inpt): color.new(color.green,transp_inpt) //===Sell Color===\ vol_col_sell_inpt=input(title="Histogram Sell Color", defval="red", options=["aqua","black","blue","fuchsia","gray","green","lime","maroon","navy","olive","orange","red","silver","teal","white","yellow"]) vol_col_sell= vol_col_sell_inpt=="aqua"?color.new(color.aqua,transp_inpt): vol_col_sell_inpt=="black"?color.new(color.black,transp_inpt): vol_col_sell_inpt=="blue"?color.new(color.blue,transp_inpt): vol_col_sell_inpt=="fuchsia"?color.new(color.fuchsia,transp_inpt): vol_col_sell_inpt=="gray"?color.new(color.gray,transp_inpt): vol_col_sell_inpt=="green"?color.new(color.green,transp_inpt): vol_col_sell_inpt=="lime"?color.new(color.lime,transp_inpt): vol_col_sell_inpt=="maroon"?color.new(color.maroon,transp_inpt): vol_col_sell_inpt=="navy"?color.new(color.navy,transp_inpt): vol_col_sell_inpt=="olive"?color.new(color.olive,transp_inpt): vol_col_sell_inpt=="orange"?color.new(color.orange,transp_inpt): vol_col_sell_inpt=="red"?color.new(color.red,transp_inpt): vol_col_sell_inpt=="silver"?color.new(color.silver,transp_inpt): vol_col_sell_inpt=="teal"?color.new(color.teal,transp_inpt): vol_col_sell_inpt=="white"?color.new(color.white,transp_inpt): vol_col_sell_inpt=="yellow"?color.new(color.yellow,transp_inpt): color.new(color.red,transp_inpt) doji_col=color.new(color.black,transp_inpt) //Hist 1 if(num_hist>=1) //Anchor 1 xloc_anchor_1=time[1]+2*dt

//Volume scale v0=round(volume[0]/const) v1=round(volume[1]/const) v2=round(volume[2]/const) v3=round(volume[3]/const) v4=round(volume[4]/const) v5=round(volume[5]/const) v6=round(volume[6]/const) v7=round(volume[7]/const) v8=round(volume[8]/const) v9=round(volume[9]/const) v10=round(volume[10]/const) v11=round(volume[11]/const) v12=round(volume[12]/const) v13=round(volume[13]/const) v14=round(volume[14]/const) v15=round(volume[15]/const) v16=round(volume[16]/const) v17=round(volume[17]/const) v18=round(volume[18]/const) v19=round(volume[19]/const) v20=round(volume[20]/const)

//===Volume length\ xloc_0=time[1]-v0dt xloc_1=time[1]-v1dt xloc_2=time[1]-v2dt xloc_3=time[1]-v3dt xloc_4=time[1]-v4dt xloc_5=time[1]-v5dt xloc_6=time[1]-v6dt xloc_7=time[1]-v7dt xloc_8=time[1]-v8dt xloc_9=time[1]-v9dt xloc_10=time[1]-v10dt xloc_11=time[1]-v11dt xloc_12=time[1]-v12dt xloc_13=time[1]-v13dt xloc_14=time[1]-v14dt xloc_15=time[1]-v15dt xloc_16=time[1]-v16dt xloc_17=time[1]-v17dt xloc_18=time[1]-v18dt xloc_19=time[1]-v19dt xloc_20=time[1]-v20*dt

//===Plot Volume Scale by Price (VSP)\ l0 = line.new(xloc_anchor_1, close[0], xloc_0, close[0], width = vol_size, color=close[0]>close[1]?vol_col_buy:close[0]<close[1]?vol_col_sell:doji_col, xloc=xloc.bar_time) line.delete(l0[1])

l1 = line.new(xloc_anchor_1, close[1], xloc_1, close[1], width = vol_size, color=close[1]>close[2]?vol_col_buy:close[1]<close[2]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l1[1])

l2 = line.new(xloc_anchor_1, close[2], xloc_2, close[2], width = vol_size, color=close[2]>close[3]?vol_col_buy:close[2]<close[3]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l2[1])

l3 = line.new(xloc_anchor_1, close[3], xloc_3, close[3], width = vol_size, color=close[3]>close[4]?vol_col_buy:close[3]<close[4]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l3[1])

l4 = line.new(xloc_anchor_1, close[4], xloc_4, close[4], width = vol_size, color=close[4]>close[5]?vol_col_buy:close[4]<close[5]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l4[1])

l5 = line.new(xloc_anchor_1, close[5], xloc_5, close[5], width = vol_size, color=close[5]>close[6]?vol_col_buy:close[5]<close[6]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l5[1])

l6 = line.new(xloc_anchor_1, close[6], xloc_6, close[6], width = vol_size, color=close[6]>close[7]?vol_col_buy:close[6]<close[7]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l6[1])

l7 = line.new(xloc_anchor_1, close[7], xloc_7, close[7], width = vol_size, color=close[7]>close[8]?vol_col_buy:close[7]<close[8]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l7[1])

l8 = line.new(xloc_anchor_1, close[8], xloc_8, close[8], width = vol_size, color=close[8]>close[9]?vol_col_buy:close[8]<close[9]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l8[1])

l9 = line.new(xloc_anchor_1, close[9], xloc_9, close[9], width = vol_size, color=close[9]>close[10]?vol_col_buy:close[9]<close[10]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l9[1])

l10 = line.new(xloc_anchor_1, close[10], xloc_10, close[10], width = vol_size, color=close[10]>close[11]?vol_col_buy:close[10]<close[11]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l10[1])

l11 = line.new(xloc_anchor_1, close[11], xloc_11, close[11], width = vol_size, color=close[11]>close[12]?vol_col_buy:close[11]<close[12]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l11[1])

l12 = line.new(xloc_anchor_1, close[12], xloc_12, close[12], width = vol_size, color=close[12]>close[133]?vol_col_buy:close[12]<close[13]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l12[1])

l13 = line.new(xloc_anchor_1, close[13], xloc_13, close[13], width = vol_size, color=close[13]>close[14]?vol_col_buy:close[13]<close[14]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l13[1])

l14 = line.new(xloc_anchor_1, close[14], xloc_14, close[14], width = vol_size, color=close[14]>close[15]?vol_col_buy:close[14]<close[15]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l14[1])

l15 = line.new(xloc_anchor_1, close[15], xloc_15, close[15], width = vol_size, color=close[15]>close[16]?vol_col_buy:close[15]<close[16]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l15[1])

l16 = line.new(xloc_anchor_1, close[16], xloc_16, close[16], width = vol_size, color=close[16]>close[17]?vol_col_buy:close[16]<close[17]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l16[1])

l17 = line.new(xloc_anchor_1, close[17], xloc_17, close[17], width = vol_size, color=close[17]>close[18]?vol_col_buy:close[17]<close[18]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l17[1])

l18 = line.new(xloc_anchor_1, close[18], xloc_18, close[18], width = vol_size, color=close[18]>close[1]?vol_col_buy:close[18]<close[19]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l18[1])

l19 = line.new(xloc_anchor_1, close[19], xloc_19, close[19], width = vol_size, color=close[19]>close[19]?vol_col_buy:close[19]<close[20]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l19[1])

l20 = line.new(xloc_anchor_1, close[20], xloc_20, close[20], width = vol_size, color=close[20]>close[20]?vol_col_buy:close[20]<close[21]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l20[1])

//Hist 2 if(num_hist==2) //Anchor 2 xloc_anchor_2=time[20]

//Volume scale v0_2=round(volume[20]/const) v1_2=round(volume[21]/const) v2_2=round(volume[22]/const) v3_2=round(volume[23]/const) v4_2=round(volume[24]/const) v5_2=round(volume[25]/const) v6_2=round(volume[26]/const) v7_2=round(volume[27]/const) v8_2=round(volume[28]/const) v9_2=round(volume[29]/const) v10_2=round(volume[30]/const) v11_2=round(volume[31]/const) v12_2=round(volume[32]/const) v13_2=round(volume[33]/const) v14_2=round(volume[34]/const) v15_2=round(volume[35]/const) v16_2=round(volume[36]/const) v17_2=round(volume[37]/const) v18_2=round(volume[38]/const) v19_2=round(volume[39]/const) v20_2=round(volume[40]/const)

//===Volume length\ xloc_0_2=time[20]-v0_2dt xloc_1_2=time[20]-v1_2dt xloc_2_2=time[20]-v2_2dt xloc_3_2=time[20]-v3_2dt xloc_4_2=time[20]-v4_2dt xloc_5_2=time[20]-v5_2dt xloc_6_2=time[20]-v6_2dt xloc_7_2=time[20]-v7_2dt xloc_8_2=time[20]-v8_2dt xloc_9_2=time[20]-v9_2dt xloc_10_2=time[20]-v10_2dt xloc_11_2=time[20]-v11_2dt xloc_12_2=time[20]-v12_2dt xloc_13_2=time[20]-v13_2dt xloc_14_2=time[20]-v14_2dt xloc_15_2=time[20]-v15_2dt xloc_16_2=time[20]-v16_2dt xloc_17_2=time[20]-v17_2dt xloc_18_2=time[20]-v18_2dt xloc_19_2=time[20]-v19_2dt xloc_20_2=time[20]-v20_2*dt

//===Plot Volume Scale by Price (VSP)\ l0_2 = line.new(xloc_anchor_2, close[20], xloc_0_2, close[20], width = vol_size, color=close[20]>close[21]?vol_col_buy:close[20]<close[21]?vol_col_sell:doji_col, xloc=xloc.bar_time) line.delete(l0_2[1])

l1_2 = line.new(xloc_anchor_2, close[21], xloc_1_2, close[21], width = vol_size, color=close[21]>close[22]?vol_col_buy:close[21]<close[22]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l1_2[1])

l2_2 = line.new(xloc_anchor_2, close[22], xloc_2_2, close[22], width = vol_size, color=close[22]>close[23]?vol_col_buy:close[22]<close[23]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l2_2[1])

l3_2 = line.new(xloc_anchor_2, close[23], xloc_3_2, close[23], width = vol_size, color=close[23]>close[24]?vol_col_buy:close[23]<close[24]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l3_2[1])

l4_2 = line.new(xloc_anchor_2, close[24], xloc_4_2, close[24], width = vol_size, color=close[24]>close[25]?vol_col_buy:close[24]<close[25]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l4_2[1])

l5_2 = line.new(xloc_anchor_2, close[25], xloc_5_2, close[25], width = vol_size, color=close[25]>close[26]?vol_col_buy:close[25]<close[26]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l5_2[1])

l6_2 = line.new(xloc_anchor_2, close[26], xloc_6_2, close[26], width = vol_size, color=close[26]>close[27]?vol_col_buy:close[26]<close[27]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l6_2[1])

l7_2 = line.new(xloc_anchor_2, close[27], xloc_7_2, close[27], width = vol_size, color=close[27]>close[28]?vol_col_buy:close[27]<close[28]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l7_2[1])

l8_2 = line.new(xloc_anchor_2, close[28], xloc_8_2, close[28], width = vol_size, color=close[28]>close[29]?vol_col_buy:close[28]<close[29]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l8_2[1])

l9_2 = line.new(xloc_anchor_2, close[29], xloc_9_2, close[29], width = vol_size, color=close[29]>close[30]?vol_col_buy:close[29]<close[30]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l9_2[1])

l10_2 = line.new(xloc_anchor_2, close[30], xloc_10_2, close[30], width = vol_size, color=close[30]>close[31]?vol_col_buy:close[30]<close[31]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l10_2[1])

l11_2 = line.new(xloc_anchor_2, close[31], xloc_11_2, close[31], width = vol_size, color=close[31]>close[32]?vol_col_buy:close[31]<close[32]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l11_2[1])

l12_2 = line.new(xloc_anchor_2, close[32], xloc_12_2, close[32], width = vol_size, color=close[32]>close[33]?vol_col_buy:close[32]<close[33]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l12_2[1])

l13_2 = line.new(xloc_anchor_2, close[33], xloc_13_2, close[33], width = vol_size, color=close[33]>close[34]?vol_col_buy:close[33]<close[34]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l13_2[1])

l14_2 = line.new(xloc_anchor_2, close[34], xloc_14_2, close[34], width = vol_size, color=close[34]>close[35]?vol_col_buy:close[34]<close[35]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l14_2[1])

l15_2 = line.new(xloc_anchor_2, close[35], xloc_15_2, close[35], width = vol_size, color=close[35]>close[36]?vol_col_buy:close[35]<close[36]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l15_2[1])

l16_2 = line.new(xloc_anchor_2, close[36], xloc_16_2, close[36], width = vol_size, color=close[36]>close[37]?vol_col_buy:close[36]<close[37]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l16_2[1])

l17_2 = line.new(xloc_anchor_2, close[37], xloc_17_2, close[37], width = vol_size, color=close[37]>close[38]?vol_col_buy:close[37]<close[38]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l17_2[1])

l18_2 = line.new(xloc_anchor_2, close[38], xloc_18_2, close[38], width = vol_size, color=close[38]>close[39]?vol_col_buy:close[38]<close[39]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l18_2[1])

l19_2 = line.new(xloc_anchor_2, close[39], xloc_19_2, close[39], width = vol_size, color=close[39]>close[40]?vol_col_buy:close[39]<close[40]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l19_2[1])

l20_2 = line.new(xloc_anchor_2, close[40], xloc_20_2, close[40], width = vol_size, color=close[40]>close[41]?vol_col_buy:close[40]<close[41]?vol_col_sell:doji_col, xloc=xloc.bar_time)
line.delete(l20_2[1])

//Multi Time Frame Mode - Only 18 bar (limited by security function) tf_tt=input(true,title="To enable MTF Mode, adjust No. histograms <= 1") tf_st=input(title="Multi Time Frame Mode", defval="disable", options=["disable","enable"]) tf_inpt=input(title="MTF Time Frame", defval="H4", options=["M5","M15","M30","H1","H4"])

//===Buy Color===\ vol_col_inpt_tf_buy=input(title="MTF Histogram Buy Color", defval="blue", options=["aqua","black","blue","fuchsia","gray","green","lime","maroon","navy","olive","orange","red","silver","teal","white","yellow"]) transp_inpt_tf=60 vol_col_tf_buy= vol_col_inpt_tf_buy=="aqua"?color.new(color.aqua,transp_inpt_tf): vol_col_inpt_tf_buy=="black"?color.new(color.black,transp_inpt_tf): vol_col_inpt_tf_buy=="blue"?color.new(color.blue,transp_inpt_tf): vol_col_inpt_tf_buy=="fuchsia"?color.new(color.fuchsia,transp_inpt_tf): vol_col_inpt_tf_buy=="gray"?color.new(color.gray,transp_inpt_tf): vol_col_inpt_tf_buy=="green"?color.new(color.green,transp_inpt_tf): vol_col_inpt_tf_buy=="lime"?color.new(color.lime,transp_inpt_tf): vol_col_inpt_tf_buy=="maroon"?color.new(color.maroon,transp_inpt_tf): vol_col_inpt_tf_buy=="navy"?color.new(color.navy,transp_inpt_tf): vol_col_inpt_tf_buy=="olive"?color.new(color.olive,transp_inpt_tf): vol_col_inpt_tf_buy=="orange"?color.new(color.orange,transp_inpt_tf): vol_col_inpt_tf_buy=="red"?color.new(color.red,transp_inpt_tf): vol_col_inpt_tf_buy=="silver"?color.new(color.silver,transp_inpt_tf): vol_col_inpt_tf_buy=="teal"?color.new(color.teal,transp_inpt_tf): vol_col_inpt_tf_buy=="white"?color.new(color.white,transp_inpt_tf): vol_col_inpt_tf_buy=="yellow"?color.new(color.yellow,transp_inpt_tf): color.new(color.blue,transp_inpt_tf) //===Sell Color===\ vol_col_inpt_tf_sell=input(title="MTF Histogram Sell Color", defval="orange", options=["aqua","black","blue","fuchsia","gray","green","lime","maroon","navy","olive","orange","red","silver","teal","white","yellow"]) vol_col_tf_sell= vol_col_inpt_tf_sell=="aqua"?color.new(color.aqua,transp_inpt_tf): vol_col_inpt_tf_sell=="black"?color.new(color.black,transp_inpt_tf): vol_col_inpt_tf_sell=="blue"?color.new(color.blue,transp_inpt_tf): vol_col_inpt_tf_sell=="fuchsia"?color.new(color.fuchsia,transp_inpt_tf): vol_col_inpt_tf_sell=="gray"?color.new(color.gray,transp_inpt_tf): vol_col_inpt_tf_sell=="green"?color.new(color.green,transp_inpt_tf): vol_col_inpt_tf_sell=="lime"?color.new(color.lime,transp_inpt_tf): vol_col_inpt_tf_sell=="maroon"?color.new(color.maroon,transp_inpt_tf): vol_col_inpt_tf_sell=="navy"?color.new(color.navy,transp_inpt_tf): vol_col_inpt_tf_sell=="olive"?color.new(color.olive,transp_inpt_tf): vol_col_inpt_tf_sell=="orange"?color.new(color.orange,transp_inpt_tf): vol_col_inpt_tf_sell=="red"?color.new(color.red,transp_inpt_tf): vol_col_inpt_tf_sell=="silver"?color.new(color.silver,transp_inpt_tf): vol_col_inpt_tf_sell=="teal"?color.new(color.teal,transp_inpt_tf): vol_col_inpt_tf_sell=="white"?color.new(color.white,transp_inpt_tf): vol_col_inpt_tf_sell=="yellow"?color.new(color.yellow,transp_inpt_tf): color.new(color.orange,transp_inpt_tf) //MTF - Multi Time Frame Calc tf_val= tf_inpt=="M5"?"5": tf_inpt=="M15"?"15": tf_inpt=="M30"?"30": tf_inpt=="H1"?"60": tf_inpt=="H4"?"240": "240"

const_mtf=const

volume_tf(i)=> volume_tf= security(syminfo.tickerid,tf_val,volume[i])

volume_val_0=volume_tf(0) volume_val_1=volume_tf(1) volume_val_2=volume_tf(2) volume_val_3=volume_tf(3) volume_val_4=volume_tf(4) volume_val_5=volume_tf(5) volume_val_6=volume_tf(6) volume_val_7=volume_tf(7) volume_val_8=volume_tf(8) volume_val_9=volume_tf(9) volume_val_10=volume_tf(10) volume_val_11=volume_tf(11) volume_val_12=volume_tf(12) volume_val_13=volume_tf(13) volume_val_14=volume_tf(14) volume_val_15=volume_tf(15) volume_val_16=volume_tf(16) volume_val_17=volume_tf(17) volume_val_18=volume_tf(18)

close_tf(i)=> close_tf= security(syminfo.tickerid,tf_val,close[i])

close_val_0=close_tf(0) close_val_1=close_tf(1) close_val_2=close_tf(2) close_val_3=close_tf(3) close_val_4=close_tf(4) close_val_5=close_tf(5) close_val_6=close_tf(6) close_val_7=close_tf(7) close_val_8=close_tf(8) close_val_9=close_tf(9) close_val_10=close_tf(10) close_val_11=close_tf(11) close_val_12=close_tf(12) close_val_13=close_tf(13) close_val_14=close_tf(14) close_val_15=close_tf(15) close_val_16=close_tf(16) close_val_17=close_tf(17) close_val_18=close_tf(18) close_val_19=close_tf(19)

label_yloc_tf(l)=> label_yloc_tf= security(syminfo.tickerid,tf_val,lowest(low,l)-abs(close-open)*0.5)

label_TF_yloc=label_yloc_tf(18)

if(tf_st=="enable") //Anchor 1 xloc_anchor_tf=time[1]+2*dt

//Volume scale Multi Time Frame v0_tf=round(volume_val_0/const_mtf) v1_tf=round(volume_val_1/const_mtf) v2_tf=round(volume_val_2/const_mtf) v3_tf=round(volume_val_3/const_mtf) v4_tf=round(volume_val_4/const_mtf) v5_tf=round(volume_val_5/const_mtf) v6_tf=round(volume_val_6/const_mtf) v7_tf=round(volume_val_7/const_mtf) v8_tf=round(volume_val_8/const_mtf) v9_tf=round(volume_val_9/const_mtf) v10_tf=round(volume_val_10/const_mtf) v11_tf=round(volume_val_11/const_mtf) v12_tf=round(volume_val_12/const_mtf) v13_tf=round(volume_val_13/const_mtf) v14_tf=round(volume_val_14/const_mtf) v15_tf=round(volume_val_15/const_mtf) v16_tf=round(volume_val_16/const_mtf) v17_tf=round(volume_val_17/const_mtf) v18_tf=round(volume_val_18/const_mtf)

//===Volume length\ xloc_0_tf=time[1]-v0_tfdt xloc_1_tf=time[1]-v1_tfdt xloc_2_tf=time[1]-v2_tfdt xloc_3_tf=time[1]-v3_tfdt xloc_4_tf=time[1]-v4_tfdt xloc_5_tf=time[1]-v5_tfdt xloc_6_tf=time[1]-v6_tfdt xloc_7_tf=time[1]-v7_tfdt xloc_8_tf=time[1]-v8_tfdt xloc_9_tf=time[1]-v9_tfdt xloc_10_tf=time[1]-v10_tfdt xloc_11_tf=time[1]-v11_tfdt xloc_12_tf=time[1]-v12_tfdt xloc_13_tf=time[1]-v13_tfdt xloc_14_tf=time[1]-v14_tfdt xloc_15_tf=time[1]-v15_tfdt xloc_16_tf=time[1]-v16_tfdt xloc_17_tf=time[1]-v17_tfdt xloc_18_tf=time[1]-v18_tf*dt

//===Plot Volume Scale by Price (VSP) Multi Time Frame\ l0_tf = line.new(xloc_anchor_tf, close_val_0, xloc_0_tf, close_val_0, width = vol_size, color=close_val_0>close_val_1?vol_col_tf_buy:close_val_0<close_val_1?vol_col_tf_sell:doji_col, xloc=xloc.bar_time) line.delete(l0_tf[1])

l1_tf = line.new(xloc_anchor_tf, close_val_1, xloc_1_tf, close_val_1, width = vol_size, color=close_val_1>close_val_2?vol_col_tf_buy:close_val_1<close_val_2?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l1_tf[1])

l2_tf = line.new(xloc_anchor_tf, close_val_2, xloc_2_tf, close_val_2, width = vol_size, color=close_val_2>close_val_3?vol_col_tf_buy:close_val_2<close_val_3?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l2_tf[1])

l3_tf = line.new(xloc_anchor_tf, close_val_3, xloc_3_tf, close_val_3, width = vol_size, color=close_val_3>close_val_4?vol_col_tf_buy:close_val_3<close_val_4?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l3_tf[1])

l4_tf = line.new(xloc_anchor_tf, close_val_4, xloc_4_tf, close_val_4, width = vol_size, color=close_val_4>close_val_5?vol_col_tf_buy:close_val_4<close_val_5?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l4_tf[1])

l5_tf = line.new(xloc_anchor_tf, close_val_5, xloc_5_tf, close_val_5, width = vol_size, color=close_val_5>close_val_6?vol_col_tf_buy:close_val_5<close_val_6?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l5_tf[1])

l6_tf = line.new(xloc_anchor_tf, close_val_6, xloc_6_tf, close_val_6, width = vol_size, color=close_val_6>close_val_7?vol_col_tf_buy:close_val_6<close_val_7?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l6_tf[1])

l7_tf = line.new(xloc_anchor_tf, close_val_7, xloc_7_tf, close_val_7, width = vol_size, color=close_val_7>close_val_8?vol_col_tf_buy:close_val_7<close_val_8?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l7_tf[1])

l8_tf = line.new(xloc_anchor_tf, close_val_8, xloc_8_tf, close_val_8, width = vol_size, color=close_val_8>close_val_9?vol_col_tf_buy:close_val_8<close_val_9?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l8_tf[1])

l9_tf = line.new(xloc_anchor_tf, close_val_9, xloc_9_tf, close_val_9, width = vol_size, color=close_val_9>close_val_10?vol_col_tf_buy:close_val_9<close_val_10?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l9_tf[1])

l10_tf = line.new(xloc_anchor_tf, close_val_10, xloc_10_tf, close_val_10, width = vol_size, color=close_val_10>close_val_11?vol_col_tf_buy:close_val_10<close_val_11?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l10_tf[1])

l11_tf = line.new(xloc_anchor_tf, close_val_11, xloc_11_tf, close_val_11, width = vol_size, color=close_val_11>close_val_12?vol_col_tf_buy:close_val_11<close_val_12?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l11_tf[1])

l12_tf = line.new(xloc_anchor_tf, close_val_12, xloc_12_tf, close_val_12, width = vol_size, color=close_val_12>close_val_13?vol_col_tf_buy:close_val_12<close_val_13?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l12_tf[1])

l13_tf = line.new(xloc_anchor_tf, close_val_13, xloc_13_tf, close_val_13, width = vol_size, color=close_val_13>close_val_14?vol_col_tf_buy:close_val_13<close_val_14?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l13_tf[1])

l14_tf = line.new(xloc_anchor_tf, close_val_14, xloc_14_tf, close_val_14, width = vol_size, color=close_val_14>close_val_15?vol_col_tf_buy:close_val_14<close_val_15?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l14_tf[1])

l15_tf = line.new(xloc_anchor_tf, close_val_15, xloc_15_tf, close_val_15, width = vol_size, color=close_val_15>close_val_16?vol_col_tf_buy:close_val_15<close_val_16?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l15_tf[1])

l16_tf = line.new(xloc_anchor_tf, close_val_16, xloc_16_tf, close_val_16, width = vol_size, color=close_val_16>close_val_17?vol_col_tf_buy:close_val_16<close_val_17?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l16_tf[1])

l17_tf = line.new(xloc_anchor_tf, close_val_17, xloc_17_tf, close_val_17, width = vol_size, color=close_val_17>close_val_18?vol_col_tf_buy:close_val_17<close_val_18?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l17_tf[1])

l18_tf = line.new(xloc_anchor_tf, close_val_18, xloc_18_tf, close_val_18, width = vol_size, color=close_val_18>close_val_19?vol_col_tf_buy:close_val_18<close_val_19?vol_col_tf_sell:doji_col, xloc=xloc.bar_time)
line.delete(l18_tf[1])

//Plot label MTF label_TF_text="■ Multi Time Frame Mode: "+tf_inpt label_TF_MTF = label.new(xloc_anchor_tf, label_TF_yloc, text=label_TF_text, style=label.style_none, textcolor=color.orange, size=size.large, xloc=xloc.bar_time) label.delete(label_TF_MTF[1]) //EOF