print( oct(38) ) #octal print( hex(38) ) #hex print( bin(38) ) #binary #0o46 #0x26 #0b100110 print( type( oct(38) ) ) #x= 3 - 4j print( type(x) ) # print( x.imag ) print( x.real ) print( x.conjugate() ) #-4.0 #3.0 #(3+4j) x = 5/2 y = 5//2 print(x, y) #2.5 2 ##string## print(""" aa dd dd ff dd dd s""") # aa #dd dd ff #dd dd s print(''' aa dd dd ff dd dd s''') # aa #dd dd ff #dd dd s print('py' 'thon') #python print("py" "thon") #python print('py' + 'thon') #python print('py'*3) #pypypy a="python" print( a[0], a[5]) #p n # a[5] = 'a' is error, cannot copy print( a[0:1] ) print( a[1:4] ) print( a[:2] ) print( a[-2:] ) #p #yth #py #on print( a[:] ) print( a[::2] ) #python #pto ##casting print( str(3.14) ) print( int("49") ) print( float(23) ) #'3.14' #49 #23.0
1/22/2014
(Python Study) about variables (examples source code)
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put a explicit parameter name like: from sklearn.utils import class_weight class_weights = class_weight.compute_class_weight( class_weight...
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CUDA_ARCH_BIN Table for gpu type Jetson Products GPU Compute Capability Jetson AGX Xavier 7.2 Jetson Nano 5.3 Jetson TX2 6.2 Jetson TX1 5.3 ...
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look at the code! ^^ .. #load image tif_path = './input_img.tif' #open image pil_image = Image. open ( tif_path ) #change dpi in...
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I can know all coordinate from A point to B point using "LineIterator" function in OpenCV. So this source code is applied by this...
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This is dithering example, it make image like a stippling effect. I referenced to blew website. wiki page: https://en.wikipedia.org/wik...
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make well divided linear coordinate And make pair coordinate Please see code for detail explanation. import numpy as np import cv2 ...
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input image output image source code import cv2 as cv import numpy as np import sys import random #read image img = ...
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* Introduction - The solution shows panorama image from multi images. The panorama images is processing by real-time stitching algorithm...
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As you can see in the following video, I created a class that stitching n cameras in real time. https://www.youtube.com/user/feelmare/sear...
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fig 1. Left: set 4 points (Left Top, Right Top, Right Bottom, Left Bottom), right:warped image to (0,0) (300,0), (300,300), (0,300) Fi...