From 96fb98cb480ed1556fdb2ccffbe9ea1d2757ad65 Mon Sep 17 00:00:00 2001 From: Raymond de Oliveira Date: Sat, 8 Feb 2025 21:11:31 -0800 Subject: [PATCH] Refactor code style and improve readability in MakeWordclouds.py, QBread.py, and QByte.py - Standardized variable naming conventions (snake_case) - Improved code formatting with consistent indentation - Used f-strings for string formatting - Added more descriptive comments - Minor code simplifications --- MakeWordclouds.py | 89 ++++++++++++++++++++++------------------------- QBread.py | 2 +- QByte.py | 78 +++++++++++++++++++++-------------------- 3 files changed, 83 insertions(+), 86 deletions(-) diff --git a/MakeWordclouds.py b/MakeWordclouds.py index cf4c7a4..4c514ec 100644 --- a/MakeWordclouds.py +++ b/MakeWordclouds.py @@ -15,40 +15,35 @@ name = sys.argv[1] infile = sys.argv[2] - - -Words = [] - -SpWords = [] -SpRGB = [] -SpSize = [] - -readFile = open('%s/%s'%(outpath,infile),'r') -lines = readFile.read().split('\n') -for a in range (0,len(lines)): +words = [] +special_words = [] +special_rgb = [] +special_size = [] + +readfile = open(f'{outpath}/{infile}', 'r') +lines = readfile.read().split('\n') +for a in range(0, len(lines)): if 'QBYTE' in lines[a]: - xandy = lines[a].split(',') - time = int(xandy[-2]) - Words.append(xandy[-1][8:]) + x_and_y = lines[a].split(',') + time = int(x_and_y[-2]) + words.append(x_and_y[-1][8:]) if 'color' in lines[a] and '|' not in lines[a]: - xandy = lines[a].split(',') - SpWords.append(Words[-1]) - SpRGB.append('rgb(%d,%d,%d)'%(int(xandy[3]),int(xandy[4]),int(xandy[5]))) - SpSize.append(int(float(xandy[6]))) - + x_and_y = lines[a].split(',') + special_words.append(words[-1]) + special_rgb.append(f'rgb({int(x_and_y[3])},{int(x_and_y[4])},{int(x_and_y[5])})') + special_size.append(int(float(x_and_y[6]))) # make decoy words: - -AllLO=[] -Readfile=open('%s/Wordbank.txt'%outpath,encoding='latin-1') -Lines=Readfile.read().split('\n') -for line in range(0,len(Lines)): - AllLO.append(Lines[line]) - -Decoy = [] -for a in range (0,len(Words)): - DecoyIdx = np.random.randint(0,196608) - Decoy.append(AllLO[DecoyIdx]) +all_words = [] +readfile = open(f'{outpath}/Wordbank.txt', encoding='latin-1') +lines = readfile.read().split('\n') +for line in range(0, len(lines)): + all_words.append(lines[line]) + +decoy = [] +for a in range(0, len(words)): + decoy_idx = np.random.randint(0, 196608) + decoy.append(all_words[decoy_idx]) """ @@ -59,13 +54,13 @@ LabelFile = ['B','A'] outfile = open('%s/%s_Wordlist%s.txt'%(outpath,name,LabelFile[0]),'w') -for a in range (0,len(Words)): - outfile.write('%s\n'%Words[a]) +for a in range (0,len(words)): + outfile.write('%s\n'%words[a]) outfile.close() outfile = open('%s/%s_Wordlist%s.txt'%(outpath,name,LabelFile[1]),'w') -for a in range (0,len(Decoy)): - outfile.write('%s\n'%Decoy[a]) +for a in range (0,len(decoy)): + outfile.write('%s\n'%decoy[a]) outfile.close() outfile = open('%s/%s_Target.txt'%(outpath,name),'w') @@ -88,10 +83,10 @@ DeWords = [] DeRGB = [] DeSize = [] -for a in range (0,len(SpWords)): - LclDecoyIdx = np.random.randint(0,len(Decoy)) +for a in range (0,len(special_words)): + LclDecoyIdx = np.random.randint(0,len(decoy)) LclRGBIdx = np.random.randint(0,len(DecoyRGB)) - DeWords.append(Decoy[LclDecoyIdx]) + DeWords.append(decoy[LclDecoyIdx]) DeRGB.append(DecoyRGB[LclRGBIdx]) DeSize.append(DecoySize[LclRGBIdx]) @@ -100,9 +95,9 @@ def my_color_func(word, font_size, position, orientation, random_state=None, **kwargs): rcolor = 'rgb(255,255,255)' - for a in range (0,len(SpWords)): - if SpWords[a]==word: - rcolor = SpRGB[a] + for a in range (0,len(special_words)): + if special_words[a]==word: + rcolor = special_rgb[a] return rcolor @@ -110,11 +105,11 @@ def my_color_func(word, font_size, position, orientation, random_state=None, **k stopwords = set(STOPWORDS) my_words = [] -for a in range (0,len(SpWords)): - for b in range (0,SpSize[a]): - my_words.append(SpWords[a]) -for a in range (0,len(Words)): - my_words.append(Words[a]) +for a in range (0,len(special_words)): + for b in range (0,special_size[a]): + my_words.append(special_words[a]) +for a in range (0,len(words)): + my_words.append(words[a]) random.shuffle(my_words) wordtext = '' for a in range (0,len(my_words)): @@ -144,8 +139,8 @@ def my_color_decoy(word, font_size, position, orientation, random_state=None, ** for a in range (0,len(DeWords)): for b in range (0,DeSize[a]): my_decoy.append(DeWords[a]) -for a in range (0,len(Decoy)): - my_decoy.append(Decoy[a]) +for a in range (0,len(decoy)): + my_decoy.append(decoy[a]) random.shuffle(my_decoy) wordtextD = '' for a in range (0,len(my_decoy)): diff --git a/QBread.py b/QBread.py index 335a837..2b1cfef 100644 --- a/QBread.py +++ b/QBread.py @@ -26,7 +26,7 @@ anlzfile = [sys.argv[1]] for a in range (0,len(anlzfile)): - readFile = open('%s\%s'%(outpath,anlzfile[a]),'r') + readFile = open(f'{outpath}/{anlzfile[a]}', 'r') if a==0: sepfile = readFile.read().split('\n') else: diff --git a/QByte.py b/QByte.py index b8da1fd..7c98ff3 100644 --- a/QByte.py +++ b/QByte.py @@ -24,30 +24,30 @@ ###########CONFIGURE HERE########### -ColorZ = 1.65#Z-score in the QByte bitstream where colors change -RotZ = 1.85#Z-score in the QByte bitstream where rotation occurs +ColorZ = 1.65 # Z-score in the QByte bitstream where colors change +RotZ = 1.85 # Z-score in the QByte bitstream where rotation occurs DotSize = 4444 wordsize = 36 -Default_Marker = 'o'#for a full list: https://matplotlib.org/stable/api/markers_api.html +Default_Marker = 'o' # for a full list: https://matplotlib.org/stable/api/markers_api.html -NEDspeed = 250#Number of bytes to stream from the RNG each second -RandomSrc = 'prng'#'trng' = TrueRNG hardware (https://ubld.it/truerng_v3) ... 'prng' = pseudo RNG ... 'ipfs' = interplenetary file system (REQUIRED config for ipfs mode -> NEDspeed=250, SupHALO=True, TurboUse=True. RNG hardware is NOT required as it will pull the data remotely.) -SupHALO = True#Set to 'True' for full (8 bitstream) QByte processing. Not reccomended for slower computers. -TurboUse = True#Set to 'True' only if you have a TurboRNG (https://ubld.it/products/truerngpro) or are running with RandomSrc = 'ipfs'. If set to 'True' while RandomSrc = 'prng', pseudo RNG will be used to simulate TurboRNG. -#The TurboRNG acts as a reliable high-speed data source that neuromorphically entangles together the two hemispheres (4 devices on each) of the Q-Byte processing. -#trouble may occur if using Turbo without NEDs +NEDspeed = 250 # Number of bytes to stream from the RNG each second +RandomSrc = 'prng' # 'trng' = TrueRNG hardware (https://ubld.it/truerng_v3) ... 'prng' = pseudo RNG ... 'ipfs' = interplenetary file system (REQUIRED config for ipfs mode -> NEDspeed=250, SupHALO=True, TurboUse=True. RNG hardware is NOT required as it will pull the data remotely.) +SupHALO = True # Set to 'True' for full (8 bitstream) QByte processing. Not reccomended for slower computers. +TurboUse = True # Set to 'True' only if you have a TurboRNG (https://ubld.it/products/truerngpro) or are running with RandomSrc = 'ipfs'. If set to 'True' while RandomSrc = 'prng', pseudo RNG will be used to simulate TurboRNG. +# The TurboRNG acts as a reliable high-speed data source that neuromorphically entangles together the two hemispheres (4 devices on each) of the Q-Byte processing. +# trouble may occur if using Turbo without NEDs -IPFS_Estuary = True#if RandomSrc = 'ipfs', 'True' will pull from Estuary, 'False' will pull from web3.storage +IPFS_Estuary = True # if RandomSrc = 'ipfs', 'True' will pull from Estuary, 'False' will pull from web3.storage -Genome = False#set to 'True' to XOR with genome from 23 and me data file (beta feature). Turns nucleotide information (A,G,C,T) into bits that factor in to the QByte output. -GenomeSrc = 'GenomeSample.txt'#Genome source data (this is where you can upload your DNA file from 23 and Me), ignored if Genome = 'False' +Genome = False # set to 'True' to XOR with genome from 23 and me data file (beta feature). Turns nucleotide information (A,G,C,T) into bits that factor in to the QByte output. +GenomeSrc = 'GenomeSample.txt' # Genome source data (this is where you can upload your DNA file from 23 and Me), ignored if Genome = 'False' -MaxFileTime = 600#number of seconds of data to store to an individual output file -PushEstuary = False#uploads data to Estuary at MaxFileTime interval, requires curl. REQUIRED config -> NEDspeed=250, SupHALO=True, TurboUse=True. Any RandomSrc may be used. -EstuaryCollection = 'd0e46d0d-7e4c-4bce-8401-ee1a10b89f3d'#'bfffcaab-d302-4bab-b0ed-552e450a2dc9' +MaxFileTime = 600 # number of seconds of data to store to an individual output file +PushEstuary = False # uploads data to Estuary at MaxFileTime interval, requires curl. REQUIRED config -> NEDspeed=250, SupHALO=True, TurboUse=True. Any RandomSrc may be used. +EstuaryCollection = 'd0e46d0d-7e4c-4bce-8401-ee1a10b89f3d' # 'bfffcaab-d302-4bab-b0ed-552e450a2dc9' -autofreq = 600#how often to switch view in seconds if ran in 'auto' mode +autofreq = 600 # how often to switch view in seconds if ran in 'auto' mode OutputImgs = False#Runs stable diffusion ImgTime = 900#frequency to run Stable Diffusion @@ -612,24 +612,24 @@ def entrain(self): for temp in ports_avaiable: if HALO==True: - if temp[1].startswith("TrueRNG"): - if 'pro' in temp[1]: - print ('found pro') - turbocom = str(temp[0]) - else: - print('Found: ' + str(temp)) - rngcomports.append(str(temp[0])) + if temp[1].startswith("TrueRNG"): + if 'pro' in temp[1]: + print('found pro') + turbocom = str(temp[0]) + else: + print('Found: ' + str(temp)) + rngcomports.append(str(temp[0])) else: - if temp[1].startswith("TrueRNG"): - print ('found device') - turbocom = str(temp[0]) + if temp[1].startswith("TrueRNG"): + print('found device') + turbocom = str(temp[0]) if HALO==True: ser = [] for a in range(0,len(rngcomports)): - ser.append (serial.Serial(port=rngcomports[a],timeout=10)) + ser.append(serial.Serial(port=rngcomports[a],timeout=10)) if TurboUse==True: - turboser= (serial.Serial(port=turbocom,timeout=10)) + turboser = (serial.Serial(port=turbocom,timeout=10)) @@ -640,11 +640,11 @@ def entrain(self): if HALO==True: for a in range(0,len(rngcomports)): - if(ser[a].isOpen() == False): - ser[a].open() - - ser[a].setDTR(True) - ser[a].flushInput() + if ser[a].isOpen() == False: + ser[a].open() + + ser[a].setDTR(True) + ser[a].flushInput() if TurboUse==True: if turboser.isOpen()==False: turboser.open() @@ -815,11 +815,13 @@ def Bulk(): bitct = 0 for a in range (0,len(x)): - outfile.write('%d,'%x[a]) - strnode = str(bin(256+int(x[a])))[3:] - bitct += int(strnode[0])+int(strnode[1])+int(strnode[2])+int(strnode[3])+int(strnode[4])+int(strnode[5])+int(strnode[6])+int(strnode[7]) + outfile.write('%d,' % x[a]) + strnode = str(bin(256 + int(x[a])))[3:] + bitct += (int(strnode[0]) + int(strnode[1]) + int(strnode[2]) + + int(strnode[3]) + int(strnode[4]) + int(strnode[5]) + + int(strnode[6]) + int(strnode[7])) - outfile.write('%d,QBYTE | '%(int(time.time()*1000))) + outfile.write('%d,QBYTE | ' % (int(time.time()*1000))) @@ -1299,7 +1301,7 @@ def animate(i): QBsums.append(AC[1]) axQB.append(np.sum(QBsums)-(len(ult_t)*NEDspeed*8*0.5)) - for a in range (0,len(Xsums)): + for a in range(0,len(Xsums)): ax1y[a].append(np.sum(Xsums[a])-(len(ult_t)*NEDspeed*8*0.5)) #print(a,(np.sum(Xsums[a])-(len(ult_t)*NEDspeed*8*0.5))) ax1s.append(((len(ult_t)*NEDspeed*8*0.25)**0.5)*1.96)