How to use make_label method in lisa

Best Python code snippet using lisa_python

astroui.py

Source:astroui.py

...7label_color = '#c7c7c7'8content_font = ('Menlo', 18)9content_color = '#48bd90'10screen_width, screen_height = ui.get_screen_size()11def make_label(x, y, w, h, name=None, text="", style="label", align=ui.ALIGN_LEFT):12    label = ui.Label(frame=(x, y, w, h), text=text)13    label.alignment = align14    label.name = name15    if style == 'label':16        label.font = label_font17        label.text_color = label_color18    elif style == 'content':19        label.font = content_font20        label.text_color = content_color21    return label22def make_switch(x, y, w, h, name=None):23    switch = ui.Switch(frame=(x, y, w, h))24    switch.name = name25    return switch26def make_textfield(x, y, w, h, name=None):27    textfield = ui.TextField(frame=(x, y, w, h))28    textfield.name = name29    return textfield30class AstroDateView(ui.View):31    def __init__(self, width=300):32        self.background_color='clear'33        self.name="datetime_view"34        self.date = ad.AstroDate().alloc_now_utc()35        self.width = width36    def make_astrodate_panel(self):37        x, y, w, h = 0, 0, self.pts(1.0), 2138        date_label = make_label(x, y, w, h, text="Current Date/Time")39        self.add_subview(date_label)40    41        x, y, w, h = 0, y + h, self.pts(1.0), 3042        date_textfield = make_textfield(x, y, w, h, name="date_textfield")43        date_textfield.delegate = self44        date_textfield.text = self.date.get_pretty_string()45        self.add_subview(date_textfield)46    47        x, y, w, h = 0, y + h, self.pts(0.32), 2148        timezone_label = make_label(x, y, w, h, text="Time Zone")49        self.add_subview(timezone_label)50    51        x, y, w, h = x + w + self.pts(0.02), y, self.pts(0.16), h52        daysave_label = make_label(x, y, w, h, text="DS", align=ui.ALIGN_CENTER)53        self.add_subview(daysave_label)54    55        x, y, w, h = x + w + self.pts(0.02), y, self.pts(0.48), h56        longitude_label = make_label(x, y, w, h, text="Longitude")57        self.add_subview(longitude_label)58    59        x, y, w, h = 0, y + h, self.pts(0.32), 3060        timezone_textfield = make_textfield(x, y, w, h, name="timezone_textfield")61        timezone_textfield.delegate = self62        timezone_textfield.text = "%d" % self.date.get_zone_correction()63        self.add_subview(timezone_textfield)64    65        x, y, w, h = x + w + self.pts(0.02), y, self.pts(0.16), h66        daysave_switch = make_switch(x, y, w, h, name="daylight_savings_switch")67        daysave_switch.action = self.switch_changed68        daysave_switch.value = self.date.get_daylight_savings()69        self.add_subview(daysave_switch)70    71        x, y, w, h = x + w + self.pts(0.02), y, self.pts(0.48), h72        longitude_textfield = make_textfield(x, y, w, h, name="longitude_textfield")73        longitude_textfield.delegate = self74        longitude_textfield.text = "%.5f" % self.date.get_longitude()75        self.add_subview(longitude_textfield)76    77        x, y, w, h = self.pts(0.02), y + h + 5, self.pts(0.98), 2178        label = make_label(x, y, w, h, name="lct_label", style="content")79        self.add_subview(label)80    81        x, y, w, h = self.pts(0.02), y + h + 5, self.pts(0.98), 2182        label = make_label(x, y, w, h, name="utc_label", style="content")83        self.add_subview(label)84        x, y, w, h = self.pts(0.07), y + h + 5, self.pts(0.93), 2185        label = make_label(x, y, w, h, name="utc_jd_label", style="content")86        self.add_subview(label)87        x, y, w, h = self.pts(0.02), y + h + 5, self.pts(0.98), 2188        label = make_label(x, y, w, h, name="tdt_label", style="content")89        self.add_subview(label)90        x, y, w, h = self.pts(0.07), y + h + 5, self.pts(0.93), 2191        label = make_label(x, y, w, h, name="tdt_jd_label", style="content")92        self.add_subview(label)93            94        x, y, w, h = self.pts(0.02), y + h + 5, self.pts(0.98), 2195        label = make_label(x, y, w, h, name="gst_label", style="content")96        self.add_subview(label)97        x, y, w, h = self.pts(0.02), y + h + 5, self.pts(0.98), 2198        label = make_label(x, y, w, h, name="lst_label", style="content")99        self.add_subview(label)100                   101        return self.width, y + h102    def set_text_in_label(self, name, text):103        label = self[name]104        if label is not None:105            label.text = text106                107    def pts(self, pct):108        if pct < 0.0:109            return 0.0110        if pct > 1.0:111            pct = 1.0112        return pct * (self.width - 1)...

gui_menu.py

Source:gui_menu.py

1import webbrowser2from tkinter import *34from docker_command import Docker_images5from gui_button import Make_button6from gui_label import Make_label7from gui_scroll import Make_scrollbar8910class Make_menubutton():11# ---------------- create __init__ menu button ----------------------------------- #12    def __init__(self, top_frame, app_frame, startup_frame):13        self.top_frame = top_frame14        self.app_frame = app_frame15        self.startup_frame = startup_frame1617# ---------------- menu buttons -------------------------------------------------- #18    # ---------------- images ----------------------- #19    def menu_button_images(self):20        self.button = Button(self.app_frame, text = "images", bg="#0e1733", fg="white", cursor="hand2",21        activeforeground="#bfbfbf", activebackground="#0e1733", borderwidth=0, padx=55, pady=39, command=lambda:self.images_page(), font=("Courier", 16))22        self.button.place(x=0,y=0)2324    def images_page(self):25        # -------- reload page ---------- #26        try:27            self.startup_frame.destroy()28        except:29            pass30        try:31            self.remove_main_frame(main_frame)32        except:33            pass34        self.add_main_frame_img(self.top_frame)35        # -------- add scrollbar -------- #36        self.scrollbar_images = Make_scrollbar(scrollbar_frame, 485, 375, "#0e1733", "#0e1733")37        self.scrollbar_images.image_page_scrollbar(self.images_page)38        # -------- upload button -------- #39        self.upload_button = Make_button(main_frame, "upload", 0, 0, "#344658", 18, "white")40        self.upload_button.images_upload(self.images_page)41        self.upload_button.place(380, 120)4243    # ---------------- containers ------------------- #44    def menu_button_containers(self):45        self.button = Button(self.app_frame, text = "containers", bg="#0e1733", fg="white", cursor="hand2",46        activeforeground="#bfbfbf", activebackground="#0e1733", borderwidth=0, padx=40, pady=40, command=lambda:self.containers_page(), font=("Courier", 14))47        self.button.place(x=187,y=0)4849    def containers_page(self):50        # -------- reload page ---------- #51        try:52            self.startup_frame.destroy()53        except:54            pass55        try:56            self.remove_main_frame(main_frame)57        except:58            pass59        self.add_main_frame_cont(self.top_frame)60        # -------- add scrollbar -------- #61        self.scrollbar_images = Make_scrollbar(scrollbar_frame, 485, 443, "#0e1733", "#0e1733")62        self.scrollbar_images.containers_page_scrollbar(self.containers_page)6364    # ---------------- home ------------------------- #65    def menu_button_home(self):66        self.image = PhotoImage(file="./images/shark2.png")67        self.button = Button(self.app_frame, image=self.image, borderwidth=0, cursor="hand2", command=lambda:self.home_page())68        self.button.place(x=375,y=0)6970    def home_page(self):71        # -------- reload page ---------- #72        try:73            self.startup_frame.destroy()74        except:75            pass76        try:77            self.remove_main_frame(main_frame)78        except:79            pass80        self.add_main_frame_img(self.top_frame)81        f1 = Frame(main_frame, width=440, height=400, bg = "#00080f")82        f1.place(x = 30, y = 130)83        l1 = Make_label(f1, "hello and welcome to SHARK", 17, "white", "#00080f")84        l1.place(35,20)85        l2 = Make_label(f1, "so what is shark?", 12, "white", "#00080f")86        l2.place(30,55)87        l3 = Make_label(f1, "shark is a docker gui designed to help", 13, "white", "#00080f")88        l3.place(30,75)89        l4 = Make_label(f1, "with basic functions that the docker", 13, "white", "#00080f")90        l4.place(30,95)91        l5 = Make_label(f1, "user uses often.", 13, "white", "#00080f")92        l5.place(30,115)93        l6 = Make_label(f1, "this platfor was build in python so its not ideal", 9, "white", "#00080f")94        l6.place(30,150)95        l7 = Make_label(f1, "for a gui.", 9, "white", "#00080f")96        l7.place(30,165)97        l8 = Make_label(f1, "you should watch when you name your images", 9, "white", "#00080f")98        l8.place(30,180)99        l9 = Make_label(f1, "or your containers, some times if the name is", 9, "white", "#00080f")100        l9.place(30,195)101        l10 = Make_label(f1, "too long it will move the buttons and you wont", 9, "white", "#00080f")102        l10.place(30,210)103        l11 = Make_label(f1, "be able to use shark proparly.", 9, "white", "#00080f")104        l11.place(30,225)105        l12 = Make_label(f1, "same goes for when you add ports and vols in image run.", 9, "white", "#00080f")106        l12.place(30,240)107        l13 = Make_label(f1, "i'd be happy for your support (:", 13, "white", "#00080f")108        l13.place(30,320)109        110111        def callback(url):112            webbrowser.open_new(url)113114        link1 = Label(f1, text="github link", fg="#707ec7", cursor="hand2", bg="#00080f", font=("Courier",13), borderwidth=0)115        link1.place(x=30, y=350)116        link1.bind("<Button-1>", lambda e: callback("https://github.com/gavriel200/docker_gui"))117    118    def invoke(self):119        # -------- press button --------- #120        self.button.invoke()121122# ---------------- other functions ----------------------------------------------- #123    @staticmethod124    def add_main_frame_img(top_frame):125        global main_frame126        global scrollbar_frame127        main_frame = Frame(top_frame, width=500, height=550, bg="#0e1733")128        main_frame.pack()129130        #this is an invisble label to pulldown the main frame131        Label(main_frame, height=10, bg="#0e1733", borderwidth=0).grid(row=0,column=0)132133        scrollbar_frame = Frame(main_frame, width=500, height=550, bg="#0e1733")134        scrollbar_frame.grid(row=3,column=0)135136    @staticmethod137    def add_main_frame_cont(top_frame):138        global main_frame139        global scrollbar_frame140        main_frame = Frame(top_frame, width=500, height=550, bg="#0e1733")141        main_frame.pack()142143        #this is an invisble label to pulldown the main frame144        Label(main_frame, height=6, bg="#0e1733", borderwidth=0).grid(row=0,column=0)145146        scrollbar_frame = Frame(main_frame, width=500, height=550, bg="#0e1733")147        scrollbar_frame.grid(row=3,column=0)148    149    @staticmethod150    def remove_main_frame(frame):
...

adverarial_search_graph_gen.py

Source:adverarial_search_graph_gen.py

...5import graphviz as gv6from pathlib import Path7import pydot8from networkx.drawing.nx_agraph import graphviz_layout9def make_label(node_label, heuristic=None):10    """Create labeled nodes with optional heuristic values."""11    # TODO subscripts lost in translation / saving12    return (13        f"<<B>{node_label}</B> <SUB>{heuristic}</SUB>>"14        if heuristic15        else f"<<B>{node_label}</B>>"16    )17if __name__ == "__main__":18    # create the graph for the minimax / alpha-beta example19    h = gv.Graph(name="graph-with-labels", engine="dot")20    with h.subgraph(name="Legend") as legend:21        legend.node("Max", label=make_label("Max"))22        legend.node("Min", label=make_label("Min"), color="grey")23    h.node("A", label=make_label("A"))24    h.node("B", label=make_label("B"), color="grey")25    h.node("C", label=make_label("C"), color="grey")26    h.node("D", label=make_label("D", heuristic="8"))27    h.node("E", label=make_label("E", heuristic="2"))28    h.node("F", label=make_label("F", heuristic="6"))29    h.node("G", label=make_label("G", heuristic="8"))30    h.edge("A", "B")31    h.edge("A", "C")32    h.edge("B", "D")33    h.edge("B", "E")34    h.edge("C", "F")35    h.edge("C", "G")36    # Render the graph to file37    p = Path(".")38    filename = "minimax-7-node"39    gv_path = p / "graphs" / str(filename + ".gv")40    print(f"Saved {gv_path} as DOT file")41    h.save(filename=gv_path)42    (g,) = pydot.graph_from_dot_file(gv_path)43    img_path = p / "images" / str(filename + ".png")...

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