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How to use getAvg method in autotest
Best Python code snippet using autotest_python
Bottom_uchannel_measurements.py
Source:Bottom_uchannel_measurements.py 
2import math3import Al_utils4def get_L1_hole_ball():5 L1_hole_ball = np.empty([3])6 L1_hole_ball[0] = Al_utils.getAvg(np.array([228.01042]))7 L1_hole_ball[1] = Al_utils.getAvg(np.array([095.26798]))8 L1_hole_ball[2] = Al_utils.getAvg(np.array([-005.16258]))9 return L1_hole_ball10def get_L3_hole_ball():11 L3_hole_ball = np.empty([3])12 L3_hole_ball[0] = Al_utils.getAvg(np.array([227.42535]))13 L3_hole_ball[1] = Al_utils.getAvg(np.array([295.25953]))14 L3_hole_ball[2] = Al_utils.getAvg(np.array([-005.11076]))15 return L3_hole_ball16def get_L3_slot_ball():17 L3_slot_ball = np.empty([3])18 L3_slot_ball[0] = Al_utils.getAvg(np.array([-009.09437]))19 L3_slot_ball[1] = Al_utils.getAvg(np.array([294.63087]))20 L3_slot_ball[2] = Al_utils.getAvg(np.array([-005.05414]))21 return L3_slot_ball22def get_L1_slot_ball():23 L1_slot_ball = np.empty([3])24 L1_slot_ball[0] = Al_utils.getAvg(np.array([-008.64929]))25 L1_slot_ball[1] = Al_utils.getAvg(np.array([094.62686]))26 L1_slot_ball[2] = Al_utils.getAvg(np.array([-005.09499]))27 return L1_slot_ball28def get_ubasis():29 return Al_utils.make_uch_basis(get_L1_hole_ball(),get_L3_hole_ball(),get_L1_slot_ball(),get_L3_slot_ball())30def get_ball_plane():31 ball_plane = np.empty([5])32 ball_plane[0] = Al_utils.getAvg(np.array([138.71886]))33 ball_plane[1] = Al_utils.getAvg(np.array([-089.97994]))34 ball_plane[2] = Al_utils.getAvg(np.array([109.42303]))35 ball_plane[3] = Al_utils.getAvg(np.array([194.94631]))36 ball_plane[4] = Al_utils.getAvg(np.array([-005.10562]))37 return ball_plane38def get_ball_plane_normal():39 return normal_vector(math.radians(ball_plane()[3]),math.radians(ball_plane()[4]))40def get_L0_base_plane():41 L0_base_plane = np.empty([5])42 L0_base_plane[0] = Al_utils.getAvg(np.array([-052.85242]))43 L0_base_plane[1] = Al_utils.getAvg(np.array([033.38944]))44 L0_base_plane[2] = Al_utils.getAvg(np.array([-043.02304]))45 L0_base_plane[3] = Al_utils.getAvg(np.array([-026.69071]))46 L0_base_plane[4] = Al_utils.getAvg(np.array([089.95514]))47 return L0_base_plane48def get_L0_base_normal():49 return Al_utils.normal_vector(math.radians(get_L0_base_plane()[3]),math.radians(get_L0_base_plane()[4]))50def get_L1_base_plane():51 L1_base_plane = np.empty([5])52 L1_base_plane[0] = Al_utils.getAvg(np.array([000.16933]))53 L1_base_plane[1] = Al_utils.getAvg(np.array([028.70117]))54 L1_base_plane[2] = Al_utils.getAvg(np.array([-043.39205]))55 L1_base_plane[3] = Al_utils.getAvg(np.array([-173.04428]))56 L1_base_plane[4] = Al_utils.getAvg(np.array([-089.95476]))57 return L1_base_plane58def get_L1_base_normal():59 return Al_utils.normal_vector(math.radians(get_L1_base_plane()[3]),math.radians(get_L1_base_plane()[4]))60def get_L2_base_plane():61 L2_base_plane = np.empty([5])62 L2_base_plane[0] = Al_utils.getAvg(np.array([099.37643]))63 L2_base_plane[1] = Al_utils.getAvg(np.array([006.55192]))64 L2_base_plane[2] = Al_utils.getAvg(np.array([-052.94695]))65 L2_base_plane[3] = Al_utils.getAvg(np.array([029.38887]))66 L2_base_plane[4] = Al_utils.getAvg(np.array([089.98048]))67 return L2_base_plane68def get_L2_base_normal():69 return Al_utils.normal_vector(math.radians(get_L2_base_plane()[3]),math.radians(get_L2_base_plane()[4]))70def get_L3_base_plane():71 L3_base_plane = np.empty([5])72 L3_base_plane[0] = Al_utils.getAvg(np.array([199.20859]))73 L3_base_plane[1] = Al_utils.getAvg(np.array([004.68735]))74 L3_base_plane[2] = Al_utils.getAvg(np.array([-054.42996]))75 L3_base_plane[3] = Al_utils.getAvg(np.array([169.79848]))76 L3_base_plane[4] = Al_utils.getAvg(np.array([089.97868]))77 return L3_base_plane78def get_L3_base_normal():79 return Al_utils.normal_vector(math.radians(get_L3_base_plane()[3]),math.radians(get_L3_base_plane()[4]))80def get_L0_slot_pin():81 L0_slot_pin = np.empty([3])82 L0_slot_pin[0] = Al_utils.getAvg(np.array([-050.06542]))83 L0_slot_pin[1] = Al_utils.getAvg(np.array([083.15080]))84 L0_slot_pin[2] = Al_utils.getAvg(np.array([-040.52812]))85 return Al_utils.project_point_to_plane(L0_slot_pin,np.array([get_L0_base_plane()[0],get_L0_base_plane()[1],get_L0_base_plane()[2]]),get_L0_base_normal())86def get_L0_hole_pin():87 L0_hole_pin = np.empty([3])88 L0_hole_pin[0] = Al_utils.getAvg(np.array([-049.95689]))89 L0_hole_pin[1] = Al_utils.getAvg(np.array([-026.08166]))90 L0_hole_pin[2] = Al_utils.getAvg(np.array([-040.53846]))91 return Al_utils.project_point_to_plane(L0_hole_pin,np.array([get_L0_base_plane()[0],get_L0_base_plane()[1],get_L0_base_plane()[2]]),get_L0_base_normal())92def get_L0_pin_basis():93 return Al_utils.make_pin_basis(get_L0_hole_pin(),get_L0_slot_pin(),get_L0_base_normal())94def get_L1_slot_pin():95 L1_slot_pin = np.empty([3])96 L1_slot_pin[0] = Al_utils.getAvg(np.array([000.08896]))97 L1_slot_pin[1] = Al_utils.getAvg(np.array([083.00259]))98 L1_slot_pin[2] = Al_utils.getAvg(np.array([-040.90393]))99 return Al_utils.project_point_to_plane(L1_slot_pin,np.array([get_L1_base_plane()[0],get_L1_base_plane()[1],get_L1_base_plane()[2]]),get_L1_base_normal())100def get_L1_hole_pin():101 L1_hole_pin = np.empty([3])102 L1_hole_pin[0] = Al_utils.getAvg(np.array([000.02759]))103 L1_hole_pin[1] = Al_utils.getAvg(np.array([-026.20199]))104 L1_hole_pin[2] = Al_utils.getAvg(np.array([-040.80448]))105 return Al_utils.project_point_to_plane(L1_hole_pin,np.array([get_L1_base_plane()[0],get_L1_base_plane()[1],get_L1_base_plane()[2]]),get_L1_base_normal())106def get_L1_pin_basis():107 return Al_utils.make_pin_basis(get_L1_hole_pin(),get_L1_slot_pin(),get_L1_base_normal())108def get_L2_slot_pin():109 L2_slot_pin = np.empty([3])110 L2_slot_pin[0] = Al_utils.getAvg(np.array([109.56114]))111 L2_slot_pin[1] = Al_utils.getAvg(np.array([095.24083]))112 L2_slot_pin[2] = Al_utils.getAvg(np.array([-050.66193]))113 return Al_utils.project_point_to_plane(L2_slot_pin,np.array([get_L2_base_plane()[0],get_L2_base_plane()[1],get_L2_base_plane()[2]]),get_L2_base_normal())114def get_L2_hole_pin():115 L2_hole_pin = np.empty([3])116 L2_hole_pin[0] = Al_utils.getAvg(np.array([109.59399]))117 L2_hole_pin[1] = Al_utils.getAvg(np.array([-095.22943]))118 L2_hole_pin[2] = Al_utils.getAvg(np.array([-050.61693]))119 return Al_utils.project_point_to_plane(L2_hole_pin,np.array([get_L2_base_plane()[0],get_L2_base_plane()[1],get_L2_base_plane()[2]]),get_L2_base_normal())120def get_L2_pin_basis():121 return Al_utils.make_pin_basis(get_L2_hole_pin(),get_L2_slot_pin(),get_L2_base_normal())122def get_L3_slot_pin():123 L3_slot_pin = np.empty([3])124 L3_slot_pin[0] = Al_utils.getAvg(np.array([209.57712]))125 L3_slot_pin[1] = Al_utils.getAvg(np.array([095.21149]))126 L3_slot_pin[2] = Al_utils.getAvg(np.array([-052.13761]))127 return Al_utils.project_point_to_plane(L3_slot_pin,np.array([get_L3_base_plane()[0],get_L3_base_plane()[1],get_L3_base_plane()[2]]),get_L3_base_normal())128def get_L3_hole_pin():129 L3_hole_pin = np.empty([3])130 L3_hole_pin[0] = Al_utils.getAvg(np.array([209.60144]))131 L3_hole_pin[1] = Al_utils.getAvg(np.array([-095.27477]))132 L3_hole_pin[2] = Al_utils.getAvg(np.array([-052.14511]))133 return Al_utils.project_point_to_plane(L3_hole_pin,np.array([get_L3_base_plane()[0],get_L3_base_plane()[1],get_L3_base_plane()[2]]),get_L3_base_normal())134def get_L3_pin_basis():135 return Al_utils.make_pin_basis(get_L3_hole_pin(),get_L3_slot_pin(),get_L3_base_normal())136def get_L0_axial_backedge():137 L0_axial_backedge = np.empty([5])138 L0_axial_backedge[0] = Al_utils.getAvg(np.array([-046.00619]))139 L0_axial_backedge[1] = Al_utils.getAvg(np.array([028.31449]))140 L0_axial_backedge[2] = Al_utils.getAvg(np.array([007.87054]))141 L0_axial_backedge[3] = Al_utils.getAvg(np.array([089.98729]))142 L0_axial_backedge[4] = Al_utils.getAvg(np.array([000.28382]))143 return L0_axial_backedge144def get_L0_axial_backedge_normal():145 return Al_utils.normal_vector(math.radians(get_L0_axial_backedge()[3]),math.radians(get_L0_axial_backedge()[4]))146def get_L0_stereo_frontedge():147 L0_stereo_frontedge = np.empty([5])148 L0_stereo_frontedge[0] = Al_utils.getAvg(np.array([-054.05355]))149 L0_stereo_frontedge[1] = Al_utils.getAvg(np.array([029.07547]))150 L0_stereo_frontedge[2] = Al_utils.getAvg(np.array([008.05889]))151 L0_stereo_frontedge[3] = Al_utils.getAvg(np.array([090.01825]))152 L0_stereo_frontedge[4] = Al_utils.getAvg(np.array([005.73210]))153 return L0_stereo_frontedge154def get_L0_stereo_frontedge_normal():155 return Al_utils.normal_vector(math.radians(get_L0_stereo_frontedge()[3]),math.radians(get_L0_stereo_frontedge()[4]))156def get_L1_axial_backedge():157 L1_axial_backedge = np.empty([5])158 L1_axial_backedge[0] = Al_utils.getAvg(np.array([004.12062]))159 L1_axial_backedge[1] = Al_utils.getAvg(np.array([027.66142]))160 L1_axial_backedge[2] = Al_utils.getAvg(np.array([007.47369]))161 L1_axial_backedge[3] = Al_utils.getAvg(np.array([089.93871]))162 L1_axial_backedge[4] = Al_utils.getAvg(np.array([000.27258]))163 return L1_axial_backedge164def get_L1_axial_backedge_normal():165 return Al_utils.normal_vector(math.radians(get_L1_axial_backedge()[3]),math.radians(get_L1_axial_backedge()[4]))166def get_L1_stereo_frontedge():167 L1_stereo_frontedge = np.empty([5])168 L1_stereo_frontedge[0] = Al_utils.getAvg(np.array([-003.90185]))169 L1_stereo_frontedge[1] = Al_utils.getAvg(np.array([026.32962]))170 L1_stereo_frontedge[2] = Al_utils.getAvg(np.array([007.43349]))171 L1_stereo_frontedge[3] = Al_utils.getAvg(np.array([-089.99489]))172 L1_stereo_frontedge[4] = Al_utils.getAvg(np.array([-005.77888]))173 return L1_stereo_frontedge174def get_L1_stereo_frontedge_normal():175 return Al_utils.normal_vector(math.radians(get_L1_stereo_frontedge()[3]),math.radians(get_L1_stereo_frontedge()[4]))176def get_L2_axial_backedge():177 L2_axial_backedge = np.empty([5])178 L2_axial_backedge[0] = Al_utils.getAvg(np.array([103.97422]))179 L2_axial_backedge[1] = Al_utils.getAvg(np.array([025.96446]))180 L2_axial_backedge[2] = Al_utils.getAvg(np.array([007.11466]))181 L2_axial_backedge[3] = Al_utils.getAvg(np.array([-090.07016]))182 L2_axial_backedge[4] = Al_utils.getAvg(np.array([000.02069]))183 return L2_axial_backedge184def get_L2_axial_backedge_normal():185 return Al_utils.normal_vector(math.radians(get_L2_axial_backedge()[3]),math.radians(get_L2_axial_backedge()[4]))186def get_L2_stereo_frontedge():187 L2_stereo_frontedge = np.empty([5])188 L2_stereo_frontedge[0] = Al_utils.getAvg(np.array([095.62154])) 189 L2_stereo_frontedge[1] = Al_utils.getAvg(np.array([023.65861]))190 L2_stereo_frontedge[2] = Al_utils.getAvg(np.array([006.69231]))191 L2_stereo_frontedge[3] = Al_utils.getAvg(np.array([090.24821]))192 L2_stereo_frontedge[4] = Al_utils.getAvg(np.array([005.70024]))193 return L2_stereo_frontedge194def get_L2_stereo_frontedge_normal():195 return Al_utils.normal_vector(math.radians(get_L2_stereo_frontedge()[3]),math.radians(get_L2_stereo_frontedge()[4]))196def get_L3_axial_backedge():197 L3_axial_backedge = np.empty([5])198 L3_axial_backedge[0] = Al_utils.getAvg(np.array([204.14190]))199 L3_axial_backedge[1] = Al_utils.getAvg(np.array([030.59347]))200 L3_axial_backedge[2] = Al_utils.getAvg(np.array([005.66258]))201 L3_axial_backedge[3] = Al_utils.getAvg(np.array([089.91021]))202 L3_axial_backedge[4] = Al_utils.getAvg(np.array([000.03891]))203 return L3_axial_backedge204def get_L3_axial_backedge_normal():205 return Al_utils.normal_vector(math.radians(get_L3_axial_backedge()[3]),math.radians(get_L3_axial_backedge()[4]))206def get_L3_stereo_frontedge():207 L3_stereo_frontedge = np.empty([5])208 L3_stereo_frontedge[0] = Al_utils.getAvg(np.array([195.61621]))209 L3_stereo_frontedge[1] = Al_utils.getAvg(np.array([031.22585]))210 L3_stereo_frontedge[2] = Al_utils.getAvg(np.array([005.99629]))211 L3_stereo_frontedge[3] = Al_utils.getAvg(np.array([089.99429]))212 L3_stereo_frontedge[4] = Al_utils.getAvg(np.array([005.74861]))213 return L3_stereo_frontedge214def get_L3_stereo_frontedge_normal():215 return Al_utils.normal_vector(math.radians(get_L3_stereo_frontedge()[3]),math.radians(get_L3_stereo_frontedge()[4]))216def get_wire_par():217 wire_par = np.empty([5])218 wire_par[0] = Al_utils.getAvg(np.array([-081.49162]))219 wire_par[1] = Al_utils.getAvg(np.array([017.13384]))220 wire_par[2] = Al_utils.getAvg(np.array([015.83889]))221 wire_par[3] = Al_utils.getAvg(np.array([-089.87309]))222 wire_par[4] = Al_utils.getAvg(np.array([000.00876]))223 return wire_par224def get_wire_par_normal():225 return Al_utils.normal_vector(math.radians(get_wire_par()[3]),math.radians(get_wire_par()[4]))226def get_wire_diag():227 wire_diag = np.empty([5])228 wire_diag[0] = Al_utils.getAvg(np.array([-081.89325]))229 wire_diag[1] = Al_utils.getAvg(np.array([016.51584]))230 wire_diag[2] = Al_utils.getAvg(np.array([015.74494]))231 wire_diag[3] = Al_utils.getAvg(np.array([-089.9457]))232 wire_diag[4] = Al_utils.getAvg(np.array([008.91128]))233 return wire_diag234def get_wire_diag_normal():...
main.py
Source:main.py
1# Made by huge2# Hope this helps someone3# peace45from PIL import Image6from PIL import ImageDraw7from PIL import ImageFont8import sys910#main.py11#input12#style set1314def main():15 myFont = ImageFont.truetype('consola.ttf', 30)16 #SET STYLE SET BELOW:17 if sys.argv[2].isnumeric == False:18 print("Incorrect usage. Style set must be 1, 2, 3, 4 or 5")19 return20 elif int(sys.argv[2]) not in [1, 2, 3, 4, 5]:21 print("Incorrect usage. Style set must be 1, 2, 3, 4 or 5")22 return23 style_set = int(sys.argv[2])24 input_path = sys.argv[1]2526 im = Image.open(input_path) 27 pixels = im.getdata()28 width, height = im.size2930 newImg = Image.new(mode="RGB", size=(width * 2 + 200, height * 2 + 200))3132 Characters = ""33 DrawImg = ImageDraw.Draw(newImg)3435 if style_set == 1:36 Characters = ".`:,;'" + '_^"\></-!~=)(|j?}{ ][ti+l7v1%yrfcJ32uIC$zwo96sngaT5qpkYVOL40&mG8*xhedbZUSAQPFDXWK#RNEHBM@'37 elif style_set == 2:38 Characters = '`^\",:;Il!i~+_-?][}{1)(|\\/tfjrxnuvczXYUJCLQ0OZmwqpdbkhao*#MW&8%B@$#'39 elif style_set == 3:40 Characters = ".:-=+*#%@"41 elif style_set == 4:42 Characters = "_:*a8@"43 elif style_set == 5:44 Characters = "_:*8@"45 def GetChar(avg):46 avg = (avg * len(Characters)) // 25547 return Characters[int(avg)]4849 def GetAvg(number):50 return pixels[number][0] * 0.3 + pixels[number][1] * 0.59 + pixels[number][2] * 0.11 / 351 def GetAvgPixel(currentPixelIndex):52 avg1 = GetAvg(currentPixelIndex - width - 1) 53 avg2 = GetAvg(currentPixelIndex - width)54 avg3 = GetAvg(currentPixelIndex - width + 1)5556 avg4 = GetAvg(currentPixelIndex - 1)57 avg5 = GetAvg(currentPixelIndex)58 avg6 = GetAvg(currentPixelIndex + 1)5960 avg7 = GetAvg(currentPixelIndex + width - 1)61 avg8 = GetAvg(currentPixelIndex + width)62 avg9 = GetAvg(currentPixelIndex + width + 1)6364 return (avg1 + avg2 + avg3 + avg4 + avg5 + avg6 + avg7 + avg8 + avg9) / 96566 def GetBigAvg(num):67 Aavg1 = GetAvgPixel(num - width * 3 - 3)68 Aavg2 = GetAvgPixel(num - width * 3)69 Aavg3 = GetAvgPixel(num - width * 3 + 3)7071 Aavg4 = GetAvgPixel(num - 3)72 Aavg5 = GetAvgPixel(num)73 Aavg6 = GetAvgPixel(num + 3)7475 Aavg7 = GetAvgPixel(num + width * 3 - 3)76 Aavg8 = GetAvgPixel(num + width * 3)77 Aavg9 = GetAvgPixel(num + width * 3 + 3)7879 return (Aavg1 + Aavg2 + Aavg3 + Aavg4 + Aavg5 + Aavg6 + Aavg7 + Aavg8 + Aavg9) / 98081 OutPut = ""82 howmanytimes = 083 for y in range(0, height, 8):84 for x in range(0, width, 8):85 awgawg = 086 OutPut += GetChar(GetBigAvg(x + y * width))87 if x >= width - 8:88 DrawImg.text((0, 0 + howmanytimes * 17), OutPut, fill=(255, 255, 255), font=myFont)89 OutPut = ""90 howmanytimes += 191 break9293 im.close()94 newImg.save("output.png")95 print("Done")9697if __name__ == "__main__":98 if len(sys.argv) == 3:
...
load_times.py
Source:load_times.py
...14 os.mkdir(scorepath)15times = {}16with open('results/' + runid + '/predict_buyers.pkl', 'rb') as f:17 result = pickle.load(f)18 times['b'] = result.timer.getAvg()*100019 print(result.timer.getAvg())20with open('results/' + runid + '/predict_buyers_random.pkl', 'rb') as f:21 result = pickle.load(f)22 times['bR'] = result.timer.getAvg() * 100023with open('results/' + runid + '/predict_buyers_category.pkl', 'rb') as f:24 result = pickle.load(f)25 times['bC'] = result.timer.getAvg() * 100026with open('results/' + runid + '/predict_buyers_mining.pkl', 'rb') as f:27 result = pickle.load(f)28 times['bM'] = result.timer.getAvg() * 100029with open('results/' + runid + '/predict_buyers_hybrid.pkl', 'rb') as f:30 result = pickle.load(f)31 times['bH'] = result.timer.getAvg() * 100032############ PRODUCTS33with open('results/' + runid + '/predict_products.pkl', 'rb') as f:34 result = pickle.load(f)35 times['p'] = result.timer.getAvg() * 100036with open('results/' + runid + '/predict_products_random.pkl', 'rb') as f:37 result = pickle.load(f)38 times['pR'] = result.timer.getAvg() * 100039with open('results/' + runid + '/predict_products_category.pkl', 'rb') as f:40 result = pickle.load(f)41 times['pC'] = result.timer.getAvg() * 100042with open('results/' + runid + '/predict_products_mining.pkl', 'rb') as f:43 result = pickle.load(f)44 times['pM'] = result.timer.getAvg() * 100045print(times)46with open(scorepath + '/times.csv', 'w') as f:47 w = csv.writer(f)48 w.writerow(list(times.keys()))...
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