import gradio as gr import requests import json import os from PIL import Image import moviepy.video.io.ImageSequenceClip as ic #from datetime import date, timedelta from pathlib import Path import bs4 import datetime import urllib.request import uuid import base64 import os #print(os.system('pip freeze')) main_directory = "https://services.swpc.noaa.gov/" sdo_source = "https://sdo.gsfc.nasa.gov/assets/img/browse/" sdo_source_format = "https://sdo.gsfc.nasa.gov/assets/img/browse/YEAR/MONTH/DAY/DATE_IDENT_SIZE_TOOL.jpg" comp_list=[ "https://services.swpc.noaa.gov/images/geospace/geospace_1_day.png", "https://services.swpc.noaa.gov/images/ace-epam-24-hour.gif", "https://services.swpc.noaa.gov/images/ace-epam-e-24-hour.gif", "https://services.swpc.noaa.gov/images/ace-epam-p-24-hour.gif", "https://services.swpc.noaa.gov/images/ace-mag-24-hour.gif", "https://services.swpc.noaa.gov/images/ace-mag-swepam-24-hour.gif", "https://services.swpc.noaa.gov/images/ace-sis-24-hour.gif", "https://services.swpc.noaa.gov/images/boulder-magnetometer.png", "https://services.swpc.noaa.gov/images/seaesrt-time-series-270.png", "https://services.swpc.noaa.gov/images/station-k-index.png", #"https://services.swpc.noaa.gov/images/swx-overview-large.gif", "https://services.swpc.noaa.gov/images/notifications-timeline.png", ] sdo_aia_latest=[ {"name":"Fe18 94A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_94.gif"}, {"name":"Fe20 131A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_131.gif"}, {"name":"Fe9/10 171A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_171.gif"}, {"name":"Fe12 193A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_193.gif"}, {"name":"Fe14 211A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_211.gif"}, {"name":"He2 304A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_304.gif"}, {"name":"Fe16 335A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_335.gif"}, {"name":"cont+C4 1600A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_1600.gif"}, {"name":"continuum 1700A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_1700.gif"}, {"name":"continuum 4500A", "source":"https://umbra.nascom.nasa.gov/images/latest_aia_4500.gif"}, ] nasa_images=[ {"name":"EIT 171A", "source":"https://soho.nascom.nasa.gov/data/realtime/eit_171/512/latest.jpg"}, {"name":"EIT 195A", "source":"https://soho.nascom.nasa.gov/data/realtime/eit_195/512/latest.jpg"}, {"name":"EIT 284A", "source":"https://soho.nascom.nasa.gov/data/realtime/eit_284/512/latest.jpg"}, {"name":"EIT 304A", "source":"https://soho.nascom.nasa.gov/data/realtime/eit_304/512/latest.jpg"}, ] nasa_soho_gifs=[ {"name":"EIT 304A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_304small.gif"}, {"name":"EIT 195A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_195small.gif"}, {"name":"EIT 171A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_171small.gif"}, {"name":"EIT 284A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_284small.gif"}, ] nasa_soho_mp4=[ {"name":"EIT 171A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_171small.mp4"}, {"name":"EIT 195A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_195small.mp4"}, {"name":"EIT 284A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_284small.mp4"}, {"name":"EIT 304A", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_eit_304small.mp4"}, {"name":"LASCO C2", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_c2small.mp4"}, {"name":"LASCO C3", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_c3small.mp4"}, {"name":"SDO/HMI Continuum", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_hmi_igr-512.mp4"}, {"name":"SDO/HMI Magnetogram", "source":"https://soho.nascom.nasa.gov/data/LATEST/current_hmi_mag-512.mp4"}, ] sdo_obj = ["HMIB","HMIBC","HMIIC","HMIIF","HMID","HMII","HMI171", "0094","0131","0171","0193","0211", "0304","0335","1600","1700","4500", "211193171","211193171n","211193171rg", "094335193","304211171"] sdo_size= [256,512,1024,2048,4096] month_dict={"01":31,"02":28,"03":31,"04":30,"05":31,"06":30,"07":31,"08":31,"09":30,"10":31,"11":30,"12":31} html = """
PAGE_LINK
""" css=""" .img_box{ display: flex; flex-direction: column; flex-flow: unset; flex-wrap: wrap; justify-content: space-around; } .img_class{ background: #ffffff; max-width: 48%; font-family: monospace; border-top: #9300ff; border-style: inset; margin-top: 5px; } .img_class_raw{ background: #ffffff; width: 100%; font-family: monospace; border-top: #9300ff; border-style: inset; margin-top: 5px; display:flex; flex-direction:column; } .img_box_soho{ display: flex; flex-direction: row; flex-wrap: wrap; justify-content: space-between; } .img_class_soho{ background: #ffffff; font-family: monospace; border-top: #9300ff; border-style: inset; margin-top: 5px; max-width: 48%; } .img_class_sdo{ background: #ffffff; font-family: monospace; border-top: #9300ff; border-style: inset; margin-top: 5px; max-width: 25%; font-size: small; } """ def load_json(url1="",url2="",url3="",url4="",url5="",url6="",url7="",url8=""): get_url=f'{main_directory}{url1}{url2}{url3}{url4}{url5}{url6}{url7}{url8}' print(f'{get_url}') get_url=get_url.split("None")[0] print(f'{get_url}') get_url=get_url.split("[]")[0] print(f'{get_url}') if get_url.endswith('.json'): feed1 = requests.get(get_url) return None, feed1.text elif get_url.endswith(".png") or get_url.endswith(".gif") or get_url.endswith(".jpg"): html_out=f"
" html_out+=f'
{get_url}
' return html_out, None return None,None def make_tree(url1="",url2="",url3="",url4="",url5="",url6="",url7="",url8=""): link_box=[] html_out="" get_url=f'{main_directory}{url1}{url2}{url3}{url4}{url5}{url6}{url7}{url8}' print(f'######### :: {get_url}') if not get_url.endswith('.json'): feed1 = requests.get(get_url) spl = feed1.text.split("href=") for line in spl: spl2 = line.split(">")[0] #print(spl2) if spl2.endswith('/"') or spl2.endswith('.json"') or spl2.endswith('.png"') or spl2.endswith('.gif"') or spl2.endswith('.jpg"'): fin=line.split(">")[0].strip('""') link_box.append(fin) #html_out=html_out+html.replace("PAGE_LINK",fin) return gr.update(choices=[l for l in link_box],interactive=True) else: return None def get_images(): html_out=f"
" get_url=f'{main_directory}images/geospace/' feed1 = requests.get(get_url) spl = feed1.text.split("href=") for line in spl: spl2 = line.split(">")[0].strip('""') if spl2.endswith(".png") or spl2.endswith(".gif") or spl2.endswith(".jpg"): #print(spl2) html_out+=f'
{spl2}
' else: print(spl2) get_url2=f'{main_directory}images/' feed2 = requests.get(get_url2) spl = feed2.text.split("href=") for line2 in spl: spl2 = line2.split(">")[0].strip('""') if spl2.endswith(".png") or spl2.endswith(".gif") or spl2.endswith(".jpg"): #print(spl2) html_out+=f'
{spl2}
' else: print(spl2) html_out+="
" return html_out def make_animation(): get_url=f'{main_directory}images/animations/' feed1 = requests.get(get_url) spl = feed1.text.split("href=") files_out=[] for line in spl: gif_box=[] spl2 = line.split(">")[0].strip('""') if spl2.endswith("/"): feed2 = requests.get(f'{get_url}{spl2}') spl3 = feed2.text.split("href=") for line2 in spl3: spl3 = line2.split(">")[0].strip('""') print("$$$$$$$$$$$$$$") print(spl3) if spl3.endswith(".png") or spl3.endswith(".gif") or spl3.endswith(".jpg"): gif_box.append(f'{get_url}{spl2}{spl3}') if gif_box: try: #frames = [Image.open(image) for image in glob.glob(f"{frame_folder}/*.JPG")] frames = [] for i,ea in enumerate(gif_box): print("############") print(ea) urllib.request.urlretrieve(ea,f'tmp{i}.png') frames.append(f'tmp{i}.png') fps=60 uid=uuid.uuid4() clip = ic.ImageSequenceClip(frames, fps = fps) clip.to_gif(f"{uid}.gif",fps=fps) files_out.append(f'{uid}.gif') except Exception as e: print(e) return files_out def make_animation_new(gif_box=[]): if gif_box: print(gif_box) gif_box.sort(reverse=False) print("Making GIF...") try: #frames = [Image.open(image) for image in glob.glob(f"{frame_folder}/*.JPG")] frames = [] for i,ea in enumerate(gif_box): print("############") print(ea) urllib.request.urlretrieve(ea,f'tmp{i}.png') frames.append(f'tmp{i}.png') fps=60 uid=uuid.uuid4() clip = ic.ImageSequenceClip(frames, fps = fps) # Save GIF to a temporary file temp_gif_path = f"temp_{uid}.gif" clip.write_gif(temp_gif_path, fps=fps) # Read the GIF file into bytes with open(temp_gif_path, 'rb') as gif_file: gif_bytes = gif_file.read() # Encode GIF bytes as base64 for HTML gif_base64 = base64.b64encode(gif_bytes).decode('utf-8') gif_data_url = f"data:image/gif;base64,{gif_base64}" html_out=f"
" html_out+=f'
' html_out+="
" return html_out except Exception as e: print("ERROR HAPPENED") print(e) else: print("passed") def make_html(inp_files): html_out=f"
" for ea in inp_files: print(ea) html_out+=f'
' html_out+='
' return html_out def make_nasa_soho_videos(): html_out=f"
" for ea in nasa_soho_mp4: file_name=ea['source'] html_out+=f''' ''' #html_out+=f'
' html_out+='
' return html_out def make_nasa_soho_images(inp_src: list): html_out="" #html_out=f"
" for ea in inp_src: file_name=ea['source'] html_out+=f'
' #html_out+='
' #html_out+=html_in return html_out def make_nasa_soho_image_trigger(): html_in=f"
" html_in+= make_nasa_soho_images(nasa_images) html_in+= make_nasa_soho_images(sdo_aia_latest) #html_in+= make_nasa_soho_videos() html_in+="
" return html_in #from datetime import date, timedelta, datetime def generate_sdo_urls(date1_str: str, date2_str: str) -> list[str]: """ Generates a list of SDO browse image URLs for all days inclusive of date1_str and date2_str. The URL format is assumed to be: https://sdo.gsfc.nasa.gov/assets/img/browse/YYYY/MM/DD/ Args: date1_str: Start date in "YYYYMMDD" format (e.g., "20230115"). date2_str: End date in "YYYYMMDD" format (e.g., "20230117"). Returns: A list of URL strings. Returns an empty list if date1_str > date2_str or if dates are invalid. """ url_box = [] base_url = "https://sdo.gsfc.nasa.gov/assets/img/browse" try: # Convert input strings to date objects # datetime.strptime creates a datetime object, .date() gets just the date part start_date = datetime.datetime.strptime(date1_str[:8], "%Y%m%d").date() end_date = datetime.datetime.strptime(date2_str[:8], "%Y%m%d").date() except ValueError: print(f"Error: Invalid date format. Please use YYYYMMDD. Received: '{date1_str}', '{date2_str}'") return [] # Return empty list for invalid date format # Handle cases where start_date is after end_date if start_date > end_date: print(f"Warning: Start date ({date1_str}) is after end date ({date2_str}). Returning an empty list.") return [] current_date = start_date while current_date <= end_date: # Format year, month, and day with leading zeros if necessary # .year, .month, .day are integers year_str = f"{current_date.year:04}" # Ensures YYYY format (though usually not needed for year) month_str = f"{current_date.month:02}" # Ensures MM format (e.g., 1 -> 01) day_str = f"{current_date.day:02}" # Ensures DD format (e.g., 5 -> 05) # Construct the URL out_url = f"{base_url}/{year_str}/{month_str}/{day_str}/" url_box.append(out_url) # Move to the next day current_date += datetime.timedelta(days=1) return url_box def count_days_og(date1,date2): url_box=[] in_year=f"{date1[0:4]}" in_month=f"{date1[4:6]}" in_day=f"{date1[6:8]}" end_year=f"{date2[0:4]}" end_month=f"{date2[4:6]}" end_day=f"{date2[6:8]}" years_rem,months_rem,days_rem=(0,0,0) og_days_rem=days_rem i_in_year,i_in_month,i_in_day,i_end_year,i_end_month,i_end_day=int(in_year),int(in_month),int(in_day),int(end_year),int(end_month),int(end_day) days_json={"year": 0, "month": 0, "day": 0} if i_end_year > i_in_year: years_rem = i_end_year-i_in_year if i_end_month > i_in_month: months_rem = 12 - i_in_month if i_end_day > i_in_day: og_days_rem = month_dict[in_month] - i_in_day if years_rem > 0: for ii in list(range(0,years_raw)): months_rem+=years_rem*12 out_year = in_year+ii for i in list(range(0,months_rem)): month_day_cnt = month_dict[str(int(in_month)+i)] for io in list(range(0,month_day_cnt)): days_rem += month_day_cnt out_url=f"https://sdo.gsfc.nasa.gov/assets/img/browse/{out_year}/{i}/{io}/" print(out_url) url_box.append(out_url) months_raw = 0 if months_rem > 0: out_year = in_year for i in list(range(0,months_rem)): month_day_cnt = month_dict[str(int(in_month)+i)] for io in list(range(0,month_day_cnt)): days_rem += month_day_cnt out_url=f"https://sdo.gsfc.nasa.gov/assets/img/browse/{out_year}/{i}/{io}/" print(out_url) url_box.append(out_url) og_days_rem=0 if og_days_rem > 0: for io in list(range(0,og_days_rem)): days_rem += month_day_cnt out_url=f"https://sdo.gsfc.nasa.gov/assets/img/browse/{end_year}/{end_month}/{io}/" print(out_url) url_box.append(out_url) def nasa_sdo_images(obj,size,date1,date2): url_box=[] html_in=f"
" print(date1 + " - " + date2) #if int(date2[6:8])-int(date1[6:8]) >0: # return ("
Reduce Timespan to 24 hours
") in_year=f"{date1[0:4]}" in_month=f"{date1[4:6]}" in_day=f"{date1[6:8]}" end_year=f"{date2[0:4]}" end_month=f"{date2[4:6]}" end_day=f"{date2[6:8]}" sdo_urls = generate_sdo_urls(date1,date2) print(sdo_urls) '''years_rem,months_rem,days_rem=(0,0,0) og_days_rem=days_rem i_in_year,i_in_month,i_in_day,i_end_year,i_end_month,i_end_day=int(in_year),int(in_month),int(in_day),int(end_year),int(end_month),int(end_day) days_json={"year": 0, "month": 0, "day": 0} if i_end_year > i_in_year: years_rem = i_end_year-i_in_year if i_end_month > i_in_month: months_rem = 12 - i_in_month if i_end_day > i_in_day: og_days_rem = month_dict[in_month] - i_in_day if years_rem > 0: for ii in list(range(0,years_raw)): months_rem+=years_rem*12 out_year = in_year+ii for i in list(range(0,months_rem)): month_day_cnt = month_dict[str(int(in_month)+i)] for io in list(range(0,month_day_cnt)): days_rem += month_day_cnt out_url=f"https://sdo.gsfc.nasa.gov/assets/img/browse/{out_year}/{i}/{io}/" print(out_url) url_box.append(out_url) months_raw = 0 if months_rem > 0: out_year = in_year for i in list(range(0,months_rem)): month_day_cnt = month_dict[str(int(in_month)+i)] for io in list(range(0,month_day_cnt)): days_rem += month_day_cnt out_url=f"https://sdo.gsfc.nasa.gov/assets/img/browse/{out_year}/{i}/{io}/" print(out_url) url_box.append(out_url) og_days_rem=0 if og_days_rem > 0: for io in list(range(0,og_days_rem)): days_rem += io out_url=f"https://sdo.gsfc.nasa.gov/assets/img/browse/{end_year}/{end_month}/{io}/" print(out_url) url_box.append(out_url)''' file_name="DATE_TIME_SIZE_TOOL.jpg" out_box=[] sdo_urls.sort(reverse=True) for num, link in enumerate(sdo_urls): link_box=[] print(link) #sdo_source_format = f"https://sdo.gsfc.nasa.gov/assets/img/browse/{in_year}/{in_month}/{in_day}/" sdo_source_format = link #get_url=sdo_source_format feed1 = requests.get(link) #print(get_url) if "All" in size: size = sdo_size if "All" in obj: obj = sdo_obj # Parse the HTML content using BeautifulSoup soup = bs4.BeautifulSoup(feed1.content, 'html.parser') #print(soup) anchor_elements = soup.find_all('a') for element in anchor_elements: link_box.append(element.get('href')) link_box.sort(reverse=True) #for element in anchor_elements: for href in link_box: #print(href) #href=element.get('href') if href.endswith('.jpg'): for o in obj: for s in size: ls=href.split("_") #print(ls[1][0:4]) #print(date1[8:13]) if ls[1][0:4]>=date1[8:13]: src_obj=ls[3].split('.jpg')[0] if src_obj == o: if int(ls[2]) == int(s): print(f"{link}{href}") out_box.append(f'{link}{href}') html_in+=f'
{href}
' else: src_obj=ls[3].split('.jpg')[0] if src_obj == o: if int(ls[2]) == int(s): print(f"{link}{href}") out_box.append(f'{link}{href}') html_in+=f'
{href}
' return html_in, out_box def get_concat_h_cut(in1, in2): uid=uuid.uuid4() im1=Image.open(in1) im2=Image.open(in2) dst = Image.new('RGB', (im1.width + im2.width, min(im1.height, im2.height))) dst.paste(im1, (0, 0)) dst.paste(im2, (im1.width, 0)) dst.save(f"h_{uid}.jpg") return f"h_{uid}.jpg" def get_concat_v_cut(in1, in2, theme='dark'): uid=uuid.uuid4() im1=Image.open(in1) im2=Image.open(in2) if theme=='dark': color=(31,41,55) if theme=='light': color=(255,255,255) dst = Image.new('RGB', (min(im1.width, im2.width), im1.height + im2.height),color=color) dst.paste(im1, (0, 0)) dst.paste(im2, (0, im1.height)) dst.save(f"v_{uid}.jpg") return f"v_{uid}.jpg" def nasa_sdo_composite(obj,size,date1,date2,ret_num): html_in=f"
" #if int(date2[6:8])-int(date1[6:8]) >0: # return ("
Reduce Timespan to 24 hours
") in_year=f"{date2[0:4]}" in_month=f"{date2[4:6]}" in_day=f"{date2[6:8]}" file_name="DATE_TIME_SIZE_TOOL.jpg" sdo_source_format = f"https://sdo.gsfc.nasa.gov/assets/img/browse/{in_year}/{in_month}/{in_day}/" get_url=sdo_source_format print(get_url) feed1 = requests.get(get_url) if "All" in size: size = sdo_size if "All" in obj: obj = sdo_obj link_box=[] soup = bs4.BeautifulSoup(feed1.content, 'html.parser') anchor_elements = soup.find_all('a') #anchor_elements.sort() cnt=1 max_cnt=ret_num for element in anchor_elements: href=element.get('href') if href.endswith('.jpg'): for o in obj: for s in size: ls=href.split("_") #print(ls[1][0:4]) #print(date1[8:13]) if ls[1][0:4]>=date1[8:13]: src_obj=ls[3].split('.jpg')[0] if src_obj == o: if int(ls[2]) == int(s): link_box.append(href) #print(link_box) #print("$$$$$$$$$$$$$$$$$") link_box.sort(reverse=True) #print(link_box) out_box=[] for ea in link_box: if cnt<=max_cnt: out_link=f'{sdo_source_format}{ea}' out_box.append(out_link) cnt+=1 html_in+=f'
{ea}
' html_in+="
" return html_in, out_box def run(): out=make_tree() im_html=get_images() return im_html def get_date(year1,month1,day1,hour1,minute1,year2,month2,day2,hour2,minute2): if len(str(month1))<2: m1=0 else: m1="" if len(str(day1))<2: d1=0 else: d1="" if len(str(hour1))<2: h1=0 else: h1="" if len(str(minute1))<2: mi1=0 else: mi1="" date1=f'{year1}{m1}{month1}{d1}{day1}{h1}{hour1}{mi1}{minute1}' if len(str(month2))<2: m2=0 else: m2="" if len(str(day2))<2: d2=0 else: d2="" if len(str(hour2))<2: h2=0 else: h2="" if len(str(minute2))<2: mi2=0 else: mi2="" date2=f'{year2}{m2}{month2}{d2}{day2}{h2}{hour2}{mi2}{minute2}' print(date1) print(date2) return date1,date2 def comp_combine(inp_ims: list,comp_col,comp_row,resize=False): #print(inp_ims) im_box=[] v_box=[] rows=comp_row cols=comp_col if not type(inp_ims)==type([]): inp_ims=eval(inp_ims) for i,im in enumerate(inp_ims): urllib.request.urlretrieve(im, f"tmp-{i}.jpg") if resize: pil_im = Image.open(f'tmp-{i}.jpg') pil_im = pil_im.resize((int(resize[0]),int(resize[1])),resample=Image.Resampling.LANCZOS).convert('RGB') pil_im.save(f'tmp-{i}.jpg') im_box.append(f"tmp-{i}.jpg") im_cnt=len(im_box) cnt=1 for rr in range(rows): print(rr) col_start=[im_box[cnt-1]] for cc in range(cols-1): try: print(cc) col_out=get_concat_h_cut(col_start[0],im_box[cnt]) col_start[0]=col_out cnt+=1 #if cnt>=im_cnt: # rr=range(rows) # cc=range(cols) except Exception as e: print(e) pass cnt+=1 v_box.append(col_out) print(v_box) v_cnt=1 v_box_cnt=len(v_box) v_start=[v_box[0]] for vv in range(v_box_cnt-1): print(vv) v_out=get_concat_v_cut(v_start[0],v_box[v_cnt]) v_start[0]=v_out v_cnt+=1 return v_out def comp_1(comp_list=comp_list,col=3,row=4,resize=[640,450]): #1280x900 outp=comp_combine(comp_list,col,row,resize) return (outp) datestamp=["1","1","1"] timestamp=["1","1","1"] datetimestamp="1:1:1" def get_time(): datetimestamp=str(datetime.datetime.now()).split(".")[0] datestamp=datetimestamp.replace(" ","-").split("-") timestamp=datestamp[3].split(":") html_out=f"""
Current: {datetimestamp} UTC
""" year1=int(datestamp[0]) month1=int(datestamp[1]) day1=int(datestamp[2]) hour1=int(timestamp[0]) minute1=int(timestamp[1]) year2=int(datestamp[0]) month2=int(datestamp[1]) day2=int(datestamp[2]) hour2=int(timestamp[0]) minute2=int(timestamp[1]) return (gr.update(value=html_out),gr.update(value=year1),gr.update(value=month1), gr.update(value=day1),gr.update(value=hour1),gr.update(value=minute1), gr.update(value=year2),gr.update(value=month2),gr.update(value=day2),gr.update(value=hour2),gr.update(value=minute2)) with gr.Blocks() as app: #datetimestamp=gr.Textbox() #datestamp=gr.Textbox() url_list=gr.State([]) datetimestamp=str(datetime.datetime.now()).split(".")[0] datestamp=datetimestamp.replace(" ","-").split("-") timestamp=datestamp[3].split(":") time_html=gr.HTML(f"""
Current: {datetimestamp} UTC
""") with gr.Tab("NOAA"): with gr.Tab("Compilation"): first_comp_btn=gr.Button("Load") first_comp_img=gr.Image() with gr.Tab("Images"): first_btn=gr.Button("Load") html_im=gr.HTML() with gr.Tab("Animations"): anim_btn=gr.Button() anim_out=gr.HTML() file_out=gr.Files() with gr.Tab("Raw"): with gr.Row(): drop1=gr.Dropdown() drop2=gr.Dropdown() drop3=gr.Dropdown() drop4=gr.Dropdown() with gr.Row(): drop5=gr.Dropdown() drop6=gr.Dropdown() drop7=gr.Dropdown() drop8=gr.Dropdown() load_btn=gr.Button("Load") html_raw=gr.HTML() links=gr.JSON() with gr.Tab("NASA"): with gr.Tab("SDO Images"): with gr.Row(): gr.Markdown("
From:") year1=gr.Number(label="Year",minimum=2000,maximum=2025,precision=0,value=int(datestamp[0]),min_width=10) month1=gr.Number(label="Month",minimum=1,maximum=12,precision=0,value=int(datestamp[1]),min_width=10) day1=gr.Number(label="Day",minimum=1,maximum=31,precision=0,value=int(datestamp[2]),min_width=10) hour1=gr.Number(label="Hour",minimum=0,maximum=23,precision=0,value=int(timestamp[0]),min_width=10) minute1=gr.Number(label="Minute",minimum=0,maximum=59,precision=0,value=int(timestamp[1]),min_width=10) gr.Markdown("
To:") year2=gr.Number(label="Year",minimum=2000,maximum=2025,precision=0,value=int(datestamp[0]),min_width=10) month2=gr.Number(label="Month",minimum=1,maximum=12,precision=0,value=int(datestamp[1]),min_width=10) day2=gr.Number(label="Day",minimum=1,maximum=31,precision=0,value=int(datestamp[2]),min_width=10) hour2=gr.Number(label="Hour",minimum=0,maximum=23,precision=0,value=int(timestamp[0]),min_width=10) minute2=gr.Number(label="Minute",minimum=0,maximum=59,precision=0,value=int(timestamp[1]),min_width=10) with gr.Row(): sdo_drop1=gr.Dropdown(label="Instrument", multiselect=True, choices=["All"]+sdo_obj, value="0094") sdo_drop2=gr.Dropdown(label="Size", multiselect=True, choices=["All"]+sdo_size,value=512) with gr.Tab("Composite"): with gr.Row(): comp_num=gr.Number(label="Return",precision=0,value=4,interactive=True) comp_col=gr.Number(label="Columns",precision=0,value=2,interactive=True) comp_row=gr.Number(label="Rows",precision=0,value=2,interactive=True) with gr.Row(): comp_combine_btn=gr.Button("Combine") sdo_comp_btn=gr.Button("Load") img_out=gr.Image() comp_combine_html=gr.HTML() sdo_comp_html=gr.HTML() image_comp_list=gr.Textbox(visible=True) with gr.Tab("Images"): sdo_btn=gr.Button("Load") sdo_gif=gr.Button("Make GIF") sdo_gif_html=gr.HTML() sdo_gif.click(make_animation_new,url_list,sdo_gif_html) sdo_html=gr.HTML() date1=gr.Textbox(visible=False) date2=gr.Textbox(visible=False) #sdo_json=gr.JSON() with gr.Tab("SOHO Images"): soho_btn=gr.Button("Load") html_nasa=gr.HTML() with gr.Tab("SOHO Video"): soho_vid_btn=gr.Button("Load") html_vid_nasa=gr.HTML() app.load(get_time,None,[time_html,year1,month1,day1,hour1,minute1,year2,month2,day2,hour2,minute2]).then(make_tree,None,drop1) first_comp_btn.click(comp_1,None,first_comp_img) ###### Composite Images ########## comp_combine_btn.click(comp_combine,[image_comp_list,comp_col,comp_row],img_out) sdo_comp_btn.click(get_date,[year1,month1,day1,hour1,minute1,year2,month2,day2,hour2,minute2],[date1,date2]).then(nasa_sdo_composite,[sdo_drop1,sdo_drop2,date1,date2,comp_num],[sdo_comp_html,image_comp_list]) ###### NASA Images ########## sdo_btn.click(get_date,[year1,month1,day1,hour1,minute1,year2,month2,day2,hour2,minute2],[date1,date2]).then(nasa_sdo_images,[sdo_drop1,sdo_drop2,date1,date2],[sdo_html,url_list]) soho_btn.click(make_nasa_soho_image_trigger,None,html_nasa) soho_vid_btn.click(make_nasa_soho_videos,None,html_vid_nasa) ###### NOAA Images ########## load_btn.click(load_json,[drop1,drop2,drop3,drop4,drop5,drop6,drop7,drop8],[html_raw,links]) anim_btn.click(make_animation,None,[file_out]).then(make_html,file_out,anim_out) ####### Raw ############ drop1.change(make_tree,drop1,[drop2]) drop2.change(make_tree,[drop1,drop2],[drop3]) drop3.change(make_tree,[drop1,drop2,drop3],[drop4]) drop4.change(make_tree,[drop1,drop2,drop3,drop4],[drop5]) drop5.change(make_tree,[drop1,drop2,drop3,drop4,drop5],[drop6]) drop6.change(make_tree,[drop1,drop2,drop3,drop4,drop5,drop6],[drop7]) drop7.change(make_tree,[drop1,drop2,drop3,drop4,drop5,drop6,drop7],[drop8]) ###################### first_btn.click(run,None,[html_im]) #app.load(make_tree,None,drop1) app.queue(default_concurrency_limit=10).launch()