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tests/test1.py

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+import tkinter
+import tkchart as tkchart
+import random #for get random value
+
+#create root 
+root = tkinter.Tk()
+root.minsize(1200,500)
+
+#create LineChart
+linechart = tkchart.LineChart(master=root, 
+                            width=1000, 
+                            height=400,
+                            bar_size=5,
+
+                            y_sections_count=5,
+                            x_sections_count=5,
+                            y_labels_count=5,
+                            x_labels_count=5,
+
+                            y_data="GB",
+                            x_data="S",
+
+                            x_data_min_max=(10,60),
+
+                            y_data_max=1000,
+                            x_values_decimals=4,
+                            y_values_decimals=5,
+
+                            sections_color="#707070",
+                            y_values_color="#bbbbbb",
+                            x_values_color="#bbbbbb",
+                            x_data_color="#00ff00",
+                            y_data_color="#00ff00",
+                            bg_color="#202020",
+                            chart_color="#101010",
+                            bar_color="#cccccc",
+
+                            x_y_data_font = ("Arial", 15,"bold"),
+                            x_y_values_font = ("Arial", 10,"bold"),
+
+                            )
+#place LineChart
+linechart.place(x=50 ,y=50)
+
+
+#Create Line
+line = tkchart.Line(master=linechart,
+                color="#cccccc",
+                size=3)
+
+displayed = 0
+max_support = 50 #60-50
+data = [0,100,200,300,400,500,600,700,800,900,1000]
+start = (10,60)
+def loop():
+    global displayed
+    global start
+    linechart.show_data(data=[random.choice(data)], line=line)
+    displayed+=1
+    if displayed>50:
+        start = (start[0]+1,start[1]+1)
+        linechart.configure(x_data_min_max=((start[0],start[1])))
+    root.after(250,loop)
+#calling to loop
+loop()
+
+root.mainloop()

tests/test10-1.py

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+import customtkinter as ctk
+import tkchart
+import random
+
+root=ctk.CTk()
+root.geometry("1048x599+442+239")
+
+root.configure(fg_color="#100e17")
+
+
+chart = tkchart.LineChart(master=root,
+                          bg_color="#100e17", chart_color="#100e17",
+                          width=900, height=400,
+                          x_data_min_max=(0,10), y_data_max=100)
+chart.pack(pady=100)
+
+line = tkchart.Line(master=chart, size=2, mode='dash', mode_style=(5,10), color="lightblue",)
+
+
+data =  [x for  x in range(0,101)]
+def loop():
+    chart.show_data(line=line, data=[random.choice(data)])
+    root.after(500,loop)
+loop()
+
+root.mainloop()

tests/test10-2.py

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+import customtkinter as ctk
+import tkchart
+import random
+
+root=ctk.CTk()
+root.geometry("1048x599+442+239")
+
+root.configure(fg_color="#ffffff")
+
+
+chart = tkchart.LineChart(master=root,
+                          bar_color="#202020", x_values_color="#202020", y_values_color="#202020",
+                          bg_color="#ffffff", chart_color="#ffffff",
+                          width=900, height=400,
+                          x_data_min_max=(0,10), y_data_max=100)
+chart.pack(pady=100)
+
+line = tkchart.Line(master=chart, size=2, mode='dash', mode_style=(5,10), color="blue",)
+
+
+data =  [x for  x in range(0,101)]
+def loop():
+    chart.show_data(line=line, data=[random.choice(data)])
+    root.after(500,loop)
+loop()
+
+root.mainloop()

tests/test11-1.py

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+import customtkinter as ctk
+import tkchart
+import random
+
+root=ctk.CTk()
+root.geometry("1048x599+442+239")
+
+root.configure(fg_color="#100e17")
+
+
+chart = tkchart.LineChart(master=root,
+                          bg_color="#100e17", chart_color="#100e17",
+                          width=900, height=400,
+                          x_data_min_max=(0,10), y_data_max=100,
+                          x_sections_count=10, y_sections_count=10,
+                          )
+chart.pack(pady=100)
+
+line = tkchart.Line(master=chart, size=3, mode='dash', mode_style=(10,10), color="lightblue",)
+line2 = tkchart.Line(master=chart, size=3, mode='circle', mode_style=(10,10), color="lightgreen",)
+
+
+data =  [x for  x in range(0,101)]
+def loop():
+    chart.show_data(line=line, data=[random.choice(data)])
+    chart.show_data(line=line2, data=[random.choice(data)])
+    root.after(500,loop)
+loop()
+
+root.mainloop()

tests/test11-2.py

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+import customtkinter as ctk
+import tkchart
+import random
+
+root=ctk.CTk()
+root.geometry("1048x599+442+239")
+
+root.configure(fg_color="#ffffff")
+
+
+chart = tkchart.LineChart(master=root,
+                          bar_color="#202020", x_values_color="#202020", y_values_color="#202020",
+                          bg_color="#ffffff", chart_color="#ffffff",
+                          width=900, height=400,
+                          x_data_min_max=(0,10), y_data_max=100,
+                          x_sections_count=10, y_sections_count=10,
+                          )
+chart.pack(pady=100)
+
+line = tkchart.Line(master=chart, size=3, mode='dash', mode_style=(10,10), color="lightblue",)
+line2 = tkchart.Line(master=chart, size=3, mode='circle', mode_style=(10,10), color="lightgreen",)
+
+
+data =  [x for  x in range(0,101)]
+def loop():
+    chart.show_data(line=line, data=[random.choice(data)])
+    chart.show_data(line=line2, data=[random.choice(data)])
+    root.after(500,loop)
+loop()
+
+root.mainloop()

tests/test2.py

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+import tkinter
+import customtkinter
+import tkchart
+
+import os
+import time
+
+root = customtkinter.CTk()
+root.configure(bg="#202020")
+
+root.minsize(1000,900)
+
+chart = tkchart.LineChart(root, width=950, height=250,y_data_max=1000,x_data_min_max=(50,100),x_values_decimals=5 ,y_data="GB" ,x_data="S" ,y_values_decimals=5)
+
+
+chart.place(x=0, y=0)
+
+chart.configure(x_data_color="#000000", y_data_color="#ff00ff",
+                x_values_color="#00ffff", y_values_color="#ff00ff",
+                y_labels_count=10, x_labels_count=10)
+
+
+
+line = tkchart.Line(master=chart, color="#ff0000", size=1)
+
+line2 = tkchart.Line(master=chart, color="#00ff00", size=1)
+
+import random
+data=[x for x in range(1,1001)]
+datas = [0,1000,0,1000,0,1000,0,1000,0,1000]
+
+index = 0
+def display():
+    global index
+    chart.show_data(line=line, data=[datas[index]])
+    index+=1
+    if index>= len(datas):
+        index =0
+    root.after(500, display)
+display()
+
+i =  1
+def display2():
+    global speed
+    global i
+    chart.show_data(line=line2, data=random.choices(data,k=1))
+    i = i+1
+    root.after(500, display2)
+
+display2()
+
+root.mainloop()

tests/test3.py

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+import tkinter as tk
+import tkchart as tkc
+
+
+root = tk.Tk()
+root.minsize(1920,1000)
+
+def width1400():
+    chart.configure(width=1400)
+def width700():
+    chart.configure(width=700)
+
+def height900():
+    chart.configure(height=900)
+def height500():
+    chart.configure(height=500)
+
+def barsize10():
+    chart.configure(bar_size=10)
+def barsize5():
+    chart.configure(bar_size=5)
+
+def ylabelcount20():
+    chart.configure(y_labels_count=20)
+def ylabelcount10():
+    chart.configure(y_labels_count=10)
+
+def xlabelcount20():
+    chart.configure(x_labels_count=20)
+def xlabelcount10():
+    chart.configure(x_labels_count=10)
+
+def ysectionscount20():
+    chart.configure(y_sections_count=20)
+def ysectionscount10():
+    chart.configure(y_sections_count=10)
+
+def xsectionscount10():
+    chart.configure(x_sections_count=10)
+def xsectionscount20():
+    chart.configure(x_sections_count=20)
+
+def ydecimals4():
+    chart.configure(y_values_decimals=4)
+def ydecimals0():
+    chart.configure(y_values_decimals=0)
+
+def xdecimals4():
+    chart.configure(x_values_decimals=4)
+def xdecimals0():
+    chart.configure(x_values_decimals=0)
+
+def linewidth50():
+    chart.configure(line_width=50)
+def linewidth100():
+    chart.configure(line_width=100)
+
+
+tk.Button(text="Width to 1400", command=width1400).place(x=1) 
+tk.Button(text="Width to  700", command=width700).place(x=150)
+
+tk.Button(text="height to 1000", command=height900).place(x=1, y=30)
+tk.Button(text="height to 500",command=height500).place(x=150, y=30) 
+
+tk.Button(text="bar size to 10",command=barsize10).place(x=1, y=60)
+tk.Button(text="bar size to 5",command=barsize5).place(x=150, y=60) 
+
+tk.Button(text="y_labels to 10",command=ylabelcount10).place(x=1, y=90)
+tk.Button(text="y_labels to 20",command=ylabelcount20).place(x=150, y=90) 
+
+tk.Button(text="x_labels to 10",command=xlabelcount10).place(x=1, y=120)
+tk.Button(text="x_labels to 20",command=xlabelcount20).place(x=150, y=120) 
+
+tk.Button(text="y_sections to 10",command=ysectionscount10).place(x=1, y=150)
+tk.Button(text="y_sections to 20",command=ysectionscount20).place(x=150, y=150) 
+
+tk.Button(text="x_sections to 10",command=xsectionscount10).place(x=1, y=180)
+tk.Button(text="x_sections to 20",command=xsectionscount20).place(x=150, y=180) 
+
+tk.Button(text="y decimals to 4",command=ydecimals4).place(x=1, y=210)
+tk.Button(text="y decimals to 0",command=ydecimals0).place(x=150, y=210) 
+
+tk.Button(text="x decimals to 4",command=xdecimals4).place(x=1, y=240)
+tk.Button(text="x decimals to 0",command=xdecimals0).place(x=150, y=240) 
+
+tk.Button(text="line width to 50",command=linewidth50).place(x=1, y=270)
+tk.Button(text="line width to 100",command=linewidth100).place(x=150, y=270) 
+
+
+## check this out this
+chart = tkc.LineChart(root ,x_data_min_max=(0,50))        
+chart.place(x=400, y=0)
+
+
+line = tkc.Line(master=chart)
+
+line2 = tkc.Line(master=chart)
+
+
+data=[x for x in range(1,1001)]
+datas = [0,0.1,0.2,0.3,0.4,0.5,0.6,0.7,0.8,0.9,1]
+index = 0
+import random
+def display():
+    global index
+    chart.show_data(line=line, data=random.choices(datas,k=1))
+    index+=1
+    if index>= len(datas):
+        index =0
+    root.after(100, display)
+display()
+
+
+root.mainloop()