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How to use hypot method in autotest

Best Python code snippet using autotest_python

pythagoras.py

Source:pythagoras.py

12import math 3from math import sqrt45class Pythagoras:6    def __init__(self):7        super().__init__()89        print("\n\n\n\n\n\n\n-----------------------------------------------------------------ð° Welcome To Pythagoras Theromð°----------------------------------------------------------------\n")10        print("â¤ï¸   Here You Can Get Your Answers About - Pythagoras Therom ! â¤ï¸\n")11        print("â ï¸  â ï¸  â ï¸   If You Dont Have Any Value - Set It 0 â ï¸  â ï¸  â ï¸\n ")12        print("â¤ï¸   Formula ----> (Hypotenius)Â² = (Base)Â² + (Height)Â²\n")13        print("â¤ï¸   Try To Use Pythagoras Triads !\n")14        print("\n------------------------------------------------------------------------------------------------------------------------------------------------------------------\n")15        16        def inputs_work():1718            while True :19                try :20                   print("â ï¸    If You Want To Quit Enter - Ctrl + C - ð°")21                   print("\n------------------------------------------------------------------------------------------------------------------------------------------------------------------") 2223                   hypot = int(input("\nâ¡  Enter Hypotenius : ---> "))24                   base = int(input("\nâ¡  Enter Base : ---> "))25                   height = int(input("\nâ¡  Enter Height : ---> "))2627                   break2829                except Exception as e :30                    print("\n------------------------------------------------------------------------------------------------------------------------------------------------------------------") 31                    print("\n Please Enter Number Only . If You Dont Have Any Value - Set It 0  \n")32                33                except KeyboardInterrupt as f :34                                35                    print(" ")36                    print("\n------------------------------------------------------------------------------------------------------------------------------------------------------------------") 37                    print("")                    38                    print(" â¤ï¸   Ok - Quiting ! \n")39                    print("------------------------------------------------------------------------------------------------------------------------------------------------------------------\n") 4041                    exit()4243            print("\n------------------------------------------------------------------------------------------------------------------------------------------------------------------") 44            45            if hypot == 0 | base == 0 | height == 0 or hypot == 0 | base == 0 or hypot == 0 | height == 0 or base == 0 | height == 0 :46                print("\n Don't Make Me A Fool ! ð - Because - You Think You Are Bad , But I am Your Dad ð ")4748            elif hypot == 0 :49                hypot = int(base) * int(base) + int(height) * int(height)50                print("")51                print(f"â¡ï¸   Hypotenius = {int(base)} Â²  +  {int(height)} Â² \n")52                print(f"â¡ï¸   Hypotenius = {int(base) * int(base)} + {int(height) * int(height)} \n")53                print(f"â¡ï¸   sqrt Hypotenius = sqrt {hypot} \n")54                print("ð Your Hypotenius Is = ", end = "")55                print(sqrt(hypot))56            57            elif hypot < base or hypot < height :58                print("\n Don't Make Me A Fool ! - Because Hypotenius Is Bigger Than Both ð") 596061            elif base == 0 :62                base = int(hypot) * int(hypot) - int(height) * int(height)63                print("")64                print(f"â¡ï¸    Base = {int(hypot)} Â²  -  {int(height)} Â²\n")65                print(f"â¡ï¸    Base = {int(hypot) * int(hypot)} - {int(height) * int(height)} \n")66                print(f"â¡ï¸    sqrt Base = sqrt {base} \n")67                print("\nð Your Base Is = " , end = "")68                print(sqrt(base))       6970            elif height == 0 :71                height = int(hypot) * int(hypot) - int(base) * int(base)72                print("")73                print(f"â¡ï¸    Height = {int(hypot)} Â²  - {int(base)} Â²\n")74                print(f"â¡ï¸    Height = {int(hypot) * int(hypot)} - {int(base) * int(base)} \n")75                print(f"â¡ï¸    sqrt Height = sqrt {height} \n")76                print("\nð Your Height Is = ", end = "" )77                print(sqrt(height))7879            else :80                print("\n ð Good Byy Sir ðð\n")81                print("\n ð° Thanks For Using Our Code ! ð°\n")82            83        84        inputs_work()85        print("\n------------------------------------------------------------------------------------------------------------------------------------------------------------------\n") 86                        87window = Pythagoras()88
...

plugin.py

Source:plugin.py

...28				if contour.nodes[n+1].type == "offcurve" and contour.nodes[n].type == "line":29				#calcular hipotenusa e angulo da recta30					AR = (contour.nodes[n].x - contour.nodes[n-1].x)31					BR = (contour.nodes[n].y - contour.nodes[n-1].y)32					HypotRecta = math.hypot(BR, AR)33					AngleRecta = 034					if AR >= 0 and BR > 0:35						AngleRecta = math.degrees(math.asin(BR / HypotRecta))36					if AR < 0 :37						AngleRecta = math.degrees(math.asin(BR / HypotRecta))*-1+18038					if AR >= 0 and BR < 0:39						AngleRecta = math.degrees(math.asin(BR / HypotRecta))+36040				#calcular hipotenusa e angulo do Handle41					AH = (contour.nodes[n+1].x - contour.nodes[n].x)42					BH = (contour.nodes[n+1].y - contour.nodes[n].y)43					HypotHandle = math.hypot(BH, AH)44					AngleHandle = 045					if AH >= 0 and BH > 0:46						AngleHandle = math.degrees(math.asin(BH / HypotHandle))47					if AH < 0 :48						AngleHandle = math.degrees(math.asin(BH / HypotHandle))*-1+18049					if AH >= 0 and BH < 0:50						AngleHandle = math.degrees(math.asin(BH / HypotHandle))+36051				#CorrigirPonto52					if abs(HypotRecta) > abs(HypotHandle)*0.75:53						if AngleRecta - AngleHandle > 355 and AngleRecta - AngleHandle < 360 or abs(AngleRecta - AngleHandle) < 5 or contour.nodes[n].connection == 100 :54							contour.nodes[n+1].x = contour.nodes[n].x + math.cos(math.radians(AngleRecta))*HypotHandle55							contour.nodes[n+1].y = contour.nodes[n].y + math.sin(math.radians(AngleRecta))*HypotHandle56				#Curve to Line57				if contour.nodes[n-1].type == "offcurve" and contour.nodes[n].type == "curve" and contour.nodes[n+1].type == "line":58				#calcular hipotenusa e angulo da recta59					AR = (contour.nodes[n].x - contour.nodes[n+1].x)60					BR = (contour.nodes[n].y - contour.nodes[n+1].y)61					HypotRecta = math.hypot(BR, AR)62					AngleRecta = 063					if AR >= 0 and BR > 0:64						AngleRecta = math.degrees(math.asin(BR / HypotRecta))65					if AR < 0 :66						AngleRecta = math.degrees(math.asin(BR / HypotRecta))*-1+18067					if AR >= 0 and BR < 0:68						AngleRecta = math.degrees(math.asin(BR / HypotRecta))+36069				#calcular hipotenusa e angulo do Handle70					AH = (contour.nodes[n-1].x - contour.nodes[n].x)71					BH = (contour.nodes[n-1].y - contour.nodes[n].y)72					HypotHandle = math.hypot(BH, AH)73					AngleHandle = 074					if AH >= 0 and BH > 0:75						AngleHandle = math.degrees(math.asin(BH / HypotHandle))76					if AH < 0 :77						AngleHandle = math.degrees(math.asin(BH / HypotHandle))*-1+18078					if AH >= 0 and BH < 0:79						AngleHandle = math.degrees(math.asin(BH / HypotHandle))+36080				#CorrigirPonto81					if abs(HypotRecta) > abs(HypotHandle)*0.75:82						if AngleRecta - AngleHandle > 355 and AngleRecta - AngleHandle < 360 or abs(AngleRecta - AngleHandle) < 5 or contour.nodes[n].connection == 100 :83							contour.nodes[n-1].x = contour.nodes[n].x + math.cos(math.radians(AngleRecta))*HypotHandle84							contour.nodes[n-1].y = contour.nodes[n].y + math.sin(math.radians(AngleRecta))*HypotHandle85		# print(layer, inEditView, customParameters) # DEBUG86	@objc.python_method...

face_crop.py

Source:face_crop.py

...17        img = cv2.resize(img, (cols * max_size / l, rows * max_size / l))18    rows, cols, _ = img.shape19    # create gray image for rotate20    gray = cv2.cvtColor(img, cv2.COLOR_BGR2GRAY)21    hypot = int(math.ceil(math.hypot(rows, cols)))22    frame = np.zeros((hypot, hypot), np.uint8)23    frame[(hypot - rows) * 0.5:(hypot + rows) * 0.5, (hypot - cols) * 0.5:(hypot + cols) * 0.5] = gray24    def translate(coord, deg):25        x, y = coord26        rad = math.radians(deg)27        return {28            'x': (  cos(rad) * x + sin(rad) * y - hypot * 0.5 * cos(rad) - hypot * 0.5 * sin(rad) + hypot * 0.5 - (hypot - cols) * 0.5) / float(cols) * 100.0,29            'y': (- sin(rad) * x + cos(rad) * y + hypot * 0.5 * sin(rad) - hypot * 0.5 * cos(rad) + hypot * 0.5 - (hypot - rows) * 0.5) / float(rows) * 100.0,30        }31    # filename numbering32    numb = 033    for deg in range(-48, 49, 6):34        M = cv2.getRotationMatrix2D((hypot * 0.5, hypot * 0.5), deg, 1.0)35        rotated = cv2.warpAffine(frame, M, (hypot, hypot))...

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