#!/home/hoogca/virtualenv/bri/3.7/bin/python
###!/home/debian/miniconda3/bin/python3
#print("Incl wyckoff")

import sys, os, math

global n, nRecords, Records

sideBorder=20
PriceBarpx=100
candleWidth=10
canvasW=(sideBorder+PriceBarpx)+(nRecords*candleWidth)
canvasH=850

VolumeBarHeight=100

topBorder=50
HL=HighestHigh-LowestLow
PriceRange=HL+(2*(HL*0.05))
PriceWindowPx=canvasH-VolumeBarHeight#-(2*topBorder)

basePrice=canvasH-VolumeBarHeight #(2*topBorder)+PriceWindowPx
baseVolume=basePrice+VolumeBarHeight 

#print(HighestHigh)

svg=f"""<svg width="{canvasW}" height="{canvasH}">
    <rect x="0" y="0" width="{canvasW}" height="{canvasH}" style="fill:rgb(0,0,0);" />
    <!-- Volume --><line x1="0" y1="{canvasH-VolumeBarHeight}" x2="{canvasW}" y2="{canvasH-VolumeBarHeight}" stroke="white" />
    <!-- Price  --><line x1="{canvasW-PriceBarpx}" y1="0" x2="{canvasW-PriceBarpx}" y2="{canvasH}" stroke="white" />
"""

barWidth=candleWidth-2
wickWith=4
if candleWidth>14: wickWith=6
if candleWidth<16: wickWith=2 


debug=True
for n in range(1,nRecords):
    X=(sideBorder)+(n*candleWidth)
    
    
    nhX=(sideBorder)+(Records['PeakHigh'][n]*candleWidth)
    hY=round((PriceWindowPx)-( ((Records['high'][n]-LowestLow)*PriceWindowPx) / PriceRange ))
    nhY=round((PriceWindowPx)-( ((Records['high'][Records['PeakHigh'][n]]-LowestLow)*PriceWindowPx) / PriceRange ))
    #svg+=f"""   <!-- Records['PeakHigh'] --><line x1="{nhX-(barWidth/2)}" y1="{nhY}" x2="{X-(barWidth/2)}" y2="{hY}" stroke="rgb(255,255,0)" />\n"""
    if debug: svg+=f"""   <!-- Records['PeakHigh']   --><rect x="{nhX-(barWidth/2)}" y="{nhY-5}" width="5" height="5" style="fill:rgb(255,255,0)"  fill-opacity="0.25" />\n"""
            
    nlX=(sideBorder)+(Records['PeakLow'][n]*candleWidth)
    lY=round((PriceWindowPx)-( ((Records['low'][n]-LowestLow)*PriceWindowPx) / PriceRange ))
    nlY=round((PriceWindowPx)-( ((Records['low'][Records['PeakLow'][n]]-LowestLow)*PriceWindowPx) / PriceRange ))
    #svg+=f"""   <!-- NewHigh10 --><line x1="{nlX-(barWidth/2)}" y1="{nlY}" x2="{X-(barWidth/2)}" y2="{lY}" stroke="rgb(0,255,255)" />\n"""
    if debug: svg+=f"""   <!-- NewHigh10   --><rect x="{nlX-(barWidth/2)}" y="{nlY}" width="5" height="5" style="fill:rgb(0,255,255)"  fill-opacity="0.25" />\n"""
    
    if n<nRecords-1:
        zY1=round((PriceWindowPx)-( ((Records['hZZMA5'][n]-LowestLow)*PriceWindowPx) / PriceRange ))
        zX1=round(X-(barWidth/2))
        zY2=round((PriceWindowPx)-( ((Records['hZZMA5'][n+1]-LowestLow)*PriceWindowPx) / PriceRange ))
        zX2=round(X-(barWidth/2)+candleWidth)
        zY3=round((PriceWindowPx)-( ((Records['lZZMA5'][n+1]-LowestLow)*PriceWindowPx) / PriceRange ))
        zX3=round(X-(barWidth/2)+candleWidth)
        zY4=round((PriceWindowPx)-( ((Records['lZZMA5'][n]-LowestLow)*PriceWindowPx) / PriceRange ))
        zX4=round(X-(barWidth/2))
        if Records['direction'][n]=="up": clr="0,200,0"
        elif Records['direction'][n]=="dn": clr="200,0,0"
        else: clr="0,0,200" 
        svg+=f"""   <!-- lZZMA5 --><polygon points="{zX1},{zY1} {zX2},{zY2} {zX3},{zY3} {zX4},{zY4}"  fill="rgb({clr})" fill-opacity="0.20" />\n"""  
    
    
    cY=round((PriceWindowPx)-( ((Records['close'][n]-LowestLow)*PriceWindowPx) / PriceRange ))
    #oY=cY+( ((openX-close)*PriceWindowPx) / PriceRange )
    #oY=(PriceWindowPx)-( ((openX-LowestLow)*PriceWindowPx) / PriceRange )
    hY=round((PriceWindowPx)-( ((Records['high'][n]-LowestLow)*PriceWindowPx) / PriceRange ))
    lY=round((PriceWindowPx)-( ((Records['low'][n]-LowestLow)*PriceWindowPx) / PriceRange ))

    svg+=f"""   <!-- High-Close  --><rect x="{X-(barWidth/2)}" y="{hY}" width="{wickWith}" height="{abs(cY-hY)}" style="fill:rgb(100,100,100)" />\n"""#100,0,0
    svg+=f"""   <!-- Close-Low   --><rect x="{X-(barWidth/2)}" y="{cY}" width="{wickWith}" height="{abs(lY-cY)}" style="fill:rgb(100,100,100)" />\n"""#0,100,0
    svg+=f"""   <!-- CLOSE --><line x1="{X-(barWidth/2)}" y1="{cY}" x2="{X+(barWidth)}" y2="{cY}" stroke="rgb(100,100,100)"  stroke-width="2" />\n"""
    
    if Records['spread'][n] > (Records['spreadMA'][n]*2):
        svg+=f"""   <!-- High-Close  --><rect x="{X-(barWidth/2)}" y="{hY}" width="{wickWith*2}" height="{abs(cY-hY)}" style="fill:rgb(100,100,100)" />\n"""#100,0,0
        svg+=f"""   <!-- Close-Low   --><rect x="{X-(barWidth/2)}" y="{cY}" width="{wickWith*2}" height="{abs(lY-cY)}" style="fill:rgb(100,100,100)" />\n"""#0,100,0
    
    if Records['spread'][n] > (GlobalSpreadAvg*2) and abs(Records['gain'][n]) > (GlobalGainAvg*2):
        svg+=f"""   <!-- High-Close  --><rect x="{X-(barWidth/2)}" y="{hY}" width="{wickWith*2}" height="{abs(cY-hY)}" style="fill:rgb(100,50,0)" />\n"""#100,0,0
        svg+=f"""   <!-- Close-Low   --><rect x="{X-(barWidth/2)}" y="{cY}" width="{wickWith*2}" height="{abs(lY-cY)}" style="fill:rgb(100,50,0)" />\n"""#0,100,0
    
    
    #zY=round((PriceWindowPx)-( ((Records['avgZZMA5'][n]-LowestLow)*PriceWindowPx) / PriceRange ))
    #pzY=round((PriceWindowPx)-( ((Records['avgZZMA5'][n-1]-LowestLow)*PriceWindowPx) / PriceRange ))
    #if Records['avgZZMA5slope'][n]>slope: clr="0,200,0"
    #elif Records['avgZZMA5slope'][n]<-slope: clr="200,0,0"
    #else: clr="0,0,200"
    #if Records['direction'][n]=="up": clr="0,200,0"
    #elif Records['direction'][n]=="dn": clr="200,0,0"
    #else: clr="0,0,200" 
    #svg+=f"""   <!-- avgZZMA5 --><line x1="{X-candleWidth-(barWidth/2)}" y1="{pzY}" x2="{X-(barWidth/2)}" y2="{zY}" stroke="rgb({clr})" />\n"""
    
    
    #avgMomentumWave, avgVolumeWave, HighestMomentumWave, HighestVolumeWave 
    #vY=(baseVolume)-( ((volume)*VolumeBarHeight) / HighestVolume )   
    #svg+=f"""   <!-- Volume   --><rect x="{X-(barWidth/2)}" y="{vY}" width="{barWidth}" height="{abs(baseVolume-vY)}" style="fill:rgb({volColor})" />\n"""  #0,0,100
    
    #if Records['direction'][n]>="up": 
    #    vwY=round((basePrice)-( (Records['MomentumWave'][n]*(VolumeBarHeight/1)) / HighestMomentumWave ))
    #    svg+=f"""   <!-- MomentumWave   --><rect x="{X-(barWidth/2)}" y="{vwY}" width="{barWidth}" height="{abs(basePrice-vwY)}" style="fill:rgb(0,200,0)"  fill-opacity="0.45" />\n"""
    #else:
    #    vwY=(basePrice)-( (Records['MomentumWave'][n]*(VolumeBarHeight/1)) / HighestMomentumWave )
    #    svg+=f"""   <!-- MomentumWave   --><rect x="{X-(barWidth/2)}" y="{vwY}" width="{barWidth}" height="{abs(basePrice-vwY)}" style="fill:rgb(200,0,0)"  fill-opacity="0.45" />\n"""
    #vwY=round((basePrice)-( (avgMomentumWave*(VolumeBarHeight/1)) / HighestMomentumWave ))
    #svg+=f"""   <!-- Price  --><line x1="{canvasW-PriceBarpx}" y1="{vwY}" x2="{canvasW-PriceBarpx}" y2="{vwY}" stroke="yellow" />\n"""
    
#    if Records['direction'][n]>="up":  
#        vwY=round((basePrice)-( (abs(Records['VolumeWave'][n])*(VolumeBarHeight/1)) / HighestVolumeWave ))
#        svg+=f"""   <!-- VolumeWave   --><rect x="{X-(barWidth/2)}" y="{vwY}" width="{barWidth}" height="{abs(basePrice-vwY)}" style="fill:rgb(0,200,0)"  fill-opacity="0.45" />\n"""
#    else:
#        vwY=(basePrice)-( (abs(Records['VolumeWave'][n])*(VolumeBarHeight/1)) / HighestVolumeWave )
#        svg+=f"""   <!-- VolumeWave   --><rect x="{X-(barWidth/2)}" y="{vwY}" width="{barWidth}" height="{abs(basePrice-vwY)}" style="fill:rgb(200,0,0)"  fill-opacity="0.45" />\n"""
#    vwY=round((basePrice)-( (avgVolumeWave*2*(VolumeBarHeight/1)) / HighestMomentumWave ))
#    svg+=f"""   <!-- Price  --><line x1="0" y1="{vwY}" x2="{canvasW-PriceBarpx}" y2="{vwY}" stroke="yellow" />\n"""
    

#peaks=peaks.rstrip(",")
#hprint(peaks)
#peakArr=peaks.split(",")
#for npeak in range(0,len(peakArr)):
#    if npeak>0:
#        
#        FROM=peakArr[npeak-1]
#        if FROM.find("H")==0:
#            nFROM=int(FROM.replace("H",""))
#            FROMprice=Records['high'][nFROM]
#        else:
#            nFROM=int(FROM.replace("L",""))
#            FROMprice=Records['low'][nFROM]
#        TO=peakArr[npeak]
#        if TO.find("H")==0:
#            nTO=int(TO.replace("H",""))
#            TOprice=Records['high'][nTO]
#        else:
#            nTO=int(TO.replace("L",""))
#            TOprice=Records['low'][nTO]
#            
#        #hprint(f"{nFROM}|{FROMprice} .. {nTO}|{TOprice}")
#        XF=(sideBorder)+(nFROM*candleWidth)  
#        XT=(sideBorder)+(nTO*candleWidth)
#        YF=round((PriceWindowPx)-( ((FROMprice-LowestLow)*PriceWindowPx) / PriceRange ))
#        YT=round((PriceWindowPx)-( ((TOprice-LowestLow)*PriceWindowPx) / PriceRange ))
#        svg+=f"""   <!-- PeakLines --><line x1="{XF-(barWidth/2)}" y1="{YF}" x2="{XT-(barWidth/2)}" y2="{YT}" stroke="rgb(255,255,255)" />\n"""
#        #svg+=f"""   <!-- NewHigh10   --><rect x="{nhX-(barWidth/2)}" y="{nhY-5}" width="5" height="5" style="fill:rgb(255,255,0)"  fill-opacity="0.25" />\n"""
    

for p in range(0,len(Peaks)):
    
    XF=(sideBorder)+(Peaks['Start'][p]*candleWidth)  
    XT=(sideBorder)+(Peaks['End'][p]*candleWidth)
    if Peaks['Direction'][p]=="up":
        YF=round((PriceWindowPx)-( ((Records['low'][Peaks['Start'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
        YT=round((PriceWindowPx)-( ((Records['high'][Peaks['End'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
    elif Peaks['Direction'][p]=="dn":
        YF=round((PriceWindowPx)-( ((Records['high'][Peaks['Start'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
        YT=round((PriceWindowPx)-( ((Records['low'][Peaks['End'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
    #svg+=f"""   <!-- PeakLines --><line x1="{XF-(barWidth/2)}" y1="{YF}" x2="{XT-(barWidth/2)}" y2="{YT}" stroke="rgb(255,255,255)" />\n"""
    #svg+=f"""   <!-- NewHigh10   --><rect x="{nhX-(barWidth/2)}" y="{nhY-5}" width="5" height="5" style="fill:rgb(255,255,0)"  fill-opacity="0.25" />\n"""
    
    if len(Peaks['WaveTookOut'][p])>0: 
        #hprint(Peaks['WaveTookOut'][p])
        for w in Peaks['WaveTookOut'][p].rstrip(",").split(","):
            nPeakTookOut=int(w.split("|")[0])
            nBarTookOut=int(w.split("|")[1])
            if Peaks['Direction'][p]=="up":
                XF=(sideBorder)+(nBarTookOut*candleWidth)
                XT=(sideBorder)+(Peaks['End'][p]*candleWidth)  
                #YF=round((PriceWindowPx)-( ((Records['low'][Peaks['Start'][nPeakTookOut]]-LowestLow)*PriceWindowPx) / PriceRange ))
                YT=round((PriceWindowPx)-( ((Records['high'][Peaks['End'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
                svg+=f"""   <!-- PeakLines --><line x1="{XF-(barWidth/2)}" y1="{YT}" x2="{XT-(barWidth/2)}" y2="{YT}" stroke="rgb(30,30,0)" />\n"""
    
            elif Peaks['Direction'][p]=="dn":
                XF=(sideBorder)+(nBarTookOut*candleWidth)
                XT=(sideBorder)+(Peaks['End'][p]*candleWidth) 
                #YF=round((PriceWindowPx)-( ((Records['low'][Peaks['Start'][nPeakTookOut]]-LowestLow)*PriceWindowPx) / PriceRange ))
                YT=round((PriceWindowPx)-( ((Records['low'][Peaks['End'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
                svg+=f"""   <!-- PeakLines --><line x1="{XF-(barWidth/2)}" y1="{YT}" x2="{XT-(barWidth/2)}" y2="{YT}" stroke="rgb(0,20,20)" />\n"""
    else:
        if Peaks['Direction'][p]=="up":
                XF=(sideBorder)+(len(Records)*candleWidth)
                XT=(sideBorder)+(Peaks['End'][p]*candleWidth)  
                #YF=round((PriceWindowPx)-( ((Records['low'][Peaks['Start'][nPeakTookOut]]-LowestLow)*PriceWindowPx) / PriceRange ))
                YT=round((PriceWindowPx)-( ((Records['high'][Peaks['End'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
                svg+=f"""   <!-- PeakLines --><line x1="{XF-(barWidth/2)}" y1="{YT}" x2="{XT-(barWidth/2)}" y2="{YT}" stroke="rgb(100,100,0)" />\n"""
    
        elif Peaks['Direction'][p]=="dn":
            XF=(sideBorder)+(len(Records)*candleWidth)
            XT=(sideBorder)+(Peaks['End'][p]*candleWidth) 
            #YF=round((PriceWindowPx)-( ((Records['low'][Peaks['Start'][nPeakTookOut]]-LowestLow)*PriceWindowPx) / PriceRange ))
            YT=round((PriceWindowPx)-( ((Records['low'][Peaks['End'][p]]-LowestLow)*PriceWindowPx) / PriceRange ))
            svg+=f"""   <!-- PeakLines --><line x1="{XF-(barWidth/2)}" y1="{YT}" x2="{XT-(barWidth/2)}" y2="{YT}" stroke="rgb(0,100,100)" />\n"""

svg+=f"""</svg>"""

print(svg)