How to use show_limits method in tempest
Best Python code snippet using tempest_python
op90_plat_comp.py
Source:op90_plat_comp.py 
1import streamlit as st2import pandas as pd3import numpy as np4import csv5import os6import psycopg27import matplotlib.pyplot as plt8import seaborn as sns9import plotly.express as px10import datetime11from pandas.tseries.offsets import DateOffset1213# Funcitons and constants-------------------------------------------------------------------------------------------------------------------14def connect_db_sql(database="Morganton", user= "postgres", password= "United2018", host="localhost", port="5432"):15 conn = psycopg2.connect(database= database, user=user, password=password, host=host, port=port)16 return conn1718def get_db_sql(conn, query='select * from "hlt_op090_from_200_210"'):19 df = pd.read_sql_query(query,con=conn, parse_dates=['date_time'])20 df.index = pd.to_datetime(df.date_time.dt.date)21 return df2223@st.cache(allow_output_mutation=True)24def long_running_function_to_load_data(query = 'select * from "hlt_op090_from_200_210"'):25 hours = range(0,24)26 shits = ['3rd']*7 + ['1st']*8 + ['2nd']*8 + ['3rd']27 shifts_dict = dict(zip(hours,shits))2829 conn = connect_db_sql(database="Morganton", user= "postgres", password= "United2018", host="localhost", port="5432")30 df = get_db_sql(conn, query=query)3132 #eliminating duplicates33 df = df[~df.duplicated()]3435 df['date'] = pd.to_datetime(df.date_time.dt.date)36 df['year_month'] = df['date'].apply(lambda date: str(date.year) + '-' + str(date.month))37 df['year_week'] = df['date'].apply(lambda date: str(date.year) + '-' + str(date.week))38 df['week'] = df['date'].dt.week39 df['week'] = df['week'].apply(lambda x: '0' + str(x) if len(str(x))==1 else x).astype('str')40 df['year'] = df['date'].dt.year.astype('str')41 df['year_week'] = df['year'] + '-' + df['week']42 df['year_week_date'] = pd.to_datetime(df.week.astype(str)+ df.year.astype(str).add('-1') ,format='%V%G-%u')43 df['hour'] = df['date_time'].dt.hour44 df['shift'] = df['hour'].map(shifts_dict)45 df = df.rename(columns={'platform':'platform_2', 'platform_consolidated':'platform' })46 df['platform'] = df['platform'].replace('Jeep WK FA ', 'Jeep WK FA')47 df['platform'] = df['platform'].replace('98765432.1', 'Unknown')484950 return df5152@st.cache(allow_output_mutation=True)53def plot_frop_rates(df_dates, freq):54 drop_rate = df_dates.groupby([to_plot_freq[freq],'op090_failed_part'])['platform'].count().reset_index().rename(columns={'platform':'count'})55 drop_rate = pd.pivot_table(drop_rate, values='count', index=to_plot_freq[freq], columns='op090_failed_part')56 drop_rate = drop_rate.fillna(0)57 drop_rate['fail_%'] = drop_rate.iloc[:,1] / (drop_rate.iloc[:,0] + drop_rate.iloc[:,1])*10058 drop_rate['fail_%'] = drop_rate['fail_%'].round(2)59 drop_rate = drop_rate.rename(columns={True: 'OP90 NOK Amount'})60 drop_rate = drop_rate.rename(columns={False: 'OP90 OK Amount'})61 avg_drop_rate = df_dates['op090_failed_part'].mean()*1006263 fig_drop = px.bar(drop_rate, x=drop_rate.index, y='fail_%' , text='fail_%')64 fig_drop.update_traces(marker_color='#798D98', marker_line_color='rgb(8,48,107)', marker_line_width=1.0, opacity=0.6 )65 fig_drop.update_layout(uniformtext_minsize=10, uniformtext_mode='hide')6667 fig_drop.add_hline(y=avg_drop_rate, line_width=1.0, line_dash="solid", line_color="red")68 annotations = [dict(xref='paper', x=1.13, y=avg_drop_rate, xanchor='right', yanchor='middle', text='o.a' + ' {}%'.format(round(avg_drop_rate,2)),69 font=dict(family='Arial',size=13), showarrow=False)]70 fig_drop.update_layout(annotations=annotations)7172 fig_prod = px.bar(drop_rate, x=drop_rate.index, y=['OP90 OK Amount','OP90 NOK Amount'])73 fig_prod.update_traces(marker_line_width=1.0, opacity=0.6)74 fig_prod.update_layout(uniformtext_minsize=10, uniformtext_mode='hide')75 return fig_drop, fig_prod7677@st.cache(allow_output_mutation=True)78def plot_station_distributions_stripplot(df_plat, x, y, font_size, lower_L_show, upper_L_show, line_lower_l, line_upper_l , show_shift, show_limits):79 sns.set_style('darkgrid')80 plt.rcParams.update({'font.size': 6})8182 fig, ax = plt.subplots()83 df_plat = df_plat.sort_values(by='platform', ascending=False)8485 if show_shift== True:86 params = dict(x=x, y=y, data = df_plat, dodge=True, hue='shift')87 else:88 params = dict(x=x, y=y, data = df_plat, dodge=True)8990 sns.stripplot(size=2, **params)91 plt.xlim(lower_L_show,upper_L_show)9293 if show_limits == True:94 plt.axvline(x=line_lower_l, color='red', label='6.8E-05', linestyle='--', linewidth=0.8)95 plt.axvline(x=line_upper_l, color='red', label='6.8E-05', linestyle='--', linewidth=0.8)9697 return fig9899@st.cache(allow_output_mutation=True)100def filter_dates(df, date1, date2):101 df_filtered = df.loc[date1 : date2]102 return df_filtered103104@st.cache(allow_output_mutation=True)105def select_platforms(df, platforms):106 df_dates = df[df['platform'].isin(platforms)]107 return df_dates108109@st.cache(allow_output_mutation=True)110def drop_rates_per_platforms(df_plat):111 df_drop = df_plat.groupby(['platform','op090_failed_part'])['platform_2'].count().reset_index().rename(columns={'platform_2':'count'})112 df_drop = pd.pivot_table(df_drop, values='count', index='platform', columns='op090_failed_part').fillna(0)113 if len(df_drop.columns) < 2:114 df_drop[True]= 0115 df_drop['Fail_%'] = df_drop.iloc[:,1] / (df_drop.iloc[:,1] + df_drop.iloc[:,0])*100116 df_drop['Total'] = df_drop.iloc[:,1] + df_drop.iloc[:,0]117 df_drop = df_drop.sort_values(by='Fail_%')118 df_drop['NOK_%_of_platforms'] = (df_drop[True] / df_drop[True].sum())*100119120 fig_drop_rate = px.bar(df_drop, x="Fail_%", y=df_drop.index, orientation='h', height=300)121 fig_drop_rate.update_traces(marker_color='#308196', marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)122123 fig_oa_drop_percent = px.bar(df_drop, x='NOK_%_of_platforms', y=df_drop.index, orientation='h', height=300)124 fig_oa_drop_percent.update_traces(marker_color='#71978C', marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)125126 return fig_drop_rate, fig_oa_drop_percent127128@st.cache(allow_output_mutation=True)129def nok_cumsum_overtime(df_plat, platforms, line_plot_freq, freq):130 df_nok_total = pd.DataFrame()131 for platform in platforms:132 df_nok = pd.DataFrame()133 df_platform = df_plat[(df_plat['platform'] == platform) & (df_plat['op090_failed_part'] == True) ]134 df_platform['ocurr'] = 1135 df_nok['NOK_cummulative'] = df_platform['ocurr'].resample(line_plot_freq[freq]).sum().cumsum()136 df_nok['platform'] = platform137138 df_nok_total = pd.concat([df_nok_total,df_nok], axis=0)139140 fig = px.line(df_nok_total, x=df_nok_total.index, y="NOK_cummulative", color='platform')141 return fig142143@st.cache(allow_output_mutation=True)144def torque_dist_per_platform(df_plat, single_points ,lower_lim_show, upper_lim_show, lower_l, upper_l, show_shift, show_limits):145 if single_points == True:146 fig= plot_station_distributions_stripplot(df_plat, x='op090 torque [nm]', y='platform', font_size=6, lower_L_show=lower_lim_show,147 upper_L_show=upper_lim_show, line_lower_l=lower_l, line_upper_l=upper_l ,148 show_shift=show_shift, show_limits= show_limits)149 else:150 df_plat_single = df_plat.copy().sort_values(by='platform', ascending=True)151 if show_shift == True:152 fig = px.box(data_frame=df_plat_single, x="op090 torque [nm]", y='platform', range_x=[lower_lim_show,upper_lim_show],153 color="shift", color_discrete_sequence =['#308196','#FFC300 ', '#34BA55'], height=650)154 fig.update_traces(marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)155 else:156 fig = px.box(data_frame=df_plat_single, x="op090 torque [nm]", y='platform', range_x=[lower_lim_show,upper_lim_show], height=650)157 fig.update_traces(marker_color='#308196', marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)158159 # Lines ----------160 if show_limits == True:161 fig.add_vline(x=lower_l, line_width=1.0, line_dash="dash", line_color="red")162 fig.add_vline(x=upper_l, line_width=1.0, line_dash="dash", line_color="red")163 return fig164165@st.cache(allow_output_mutation=True)166def angle_dist_per_platform(df_plat, single_points ,angle_lower_lim_show, angle_upper_lim_show, angle_lower_l, angle_upper_l, show_shift, show_angle_limits):167 if single_points:168 fig= plot_station_distributions_stripplot(df_plat, x='op090 angle [°]', y='platform', font_size=6, lower_L_show=angle_lower_lim_show,169 upper_L_show=angle_upper_lim_show, line_lower_l=angle_lower_l, line_upper_l=angle_upper_l ,170 show_shift=show_shift, show_limits= show_angle_limits)171 else:172 df_plat_single = df_plat.copy().sort_values(by='platform', ascending=True)173 if show_shift == True:174 fig = px.box(data_frame=df_plat_single, x="op090 angle [°]", y='platform', range_x=[angle_lower_lim_show,angle_upper_lim_show],175 color="shift", color_discrete_sequence =['#308196','#FFC300 ', '#34BA55'], height=650)176 fig.update_traces(marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)177 else:178 fig = px.box(data_frame=df_plat_single, x="op090 angle [°]", y='platform', range_x=[angle_lower_lim_show,angle_upper_lim_show], height=650)179 fig.update_traces(marker_color='#308196', marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)180181 # Lines ----------182 if show_angle_limits == True:183 fig.add_vline(x=angle_lower_l, line_width=1.0, line_dash="dash", line_color="red")184 fig.add_vline(x=angle_upper_l, line_width=1.0, line_dash="dash", line_color="red")185 return fig186187188@st.cache(allow_output_mutation=True)189def plot_torque_vs_angle(df_plat, show_limits ,lower_l, upper_l, angle_lower_lim_show,angle_upper_lim_show, lower_lim_show,upper_lim_show):190 fig = px.scatter(df_plat, x='op090 angle [°]', y="op090 torque [nm]", color="platform", range_x=[angle_lower_lim_show,angle_upper_lim_show], range_y=[lower_lim_show,upper_lim_show],191 opacity=0.5, title='Torque vs Angle')192 if show_limits == True:193 fig.add_hline(y=lower_l, line_width=1.0, line_dash="dash", line_color="red")194 fig.add_hline(y=upper_l, line_width=1.0, line_dash="dash", line_color="red")195 return fig196197@st.cache(allow_output_mutation=True)198def plot_torque_vs_angle_singleplat(df_plat, show_limits ,lower_l, upper_l, angle_lower_lim_show,angle_upper_lim_show, lower_lim_show,upper_lim_show):199 fig = px.scatter(df_plat, x='op090 angle [°]', y="op090 torque [nm]", color="op090_failed_part", range_x=[angle_lower_lim_show,angle_upper_lim_show], range_y=[lower_lim_show,upper_lim_show],200 opacity=0.5)201 if show_limits == True:202 fig.add_hline(y=lower_l, line_width=1.0, line_dash="dash", line_color="red")203 fig.add_hline(y=upper_l, line_width=1.0, line_dash="dash", line_color="red")204 return fig205206@st.cache(allow_output_mutation=True)207def plot_torque_angle_overtime(df_platform,platform_to_show, to_plot_freq ,freq, lower_lim_show,upper_lim_show,show_limits, lower_l, upper_l, angle_lower_lim_show,angle_upper_lim_show,show_angle_limits ,angle_lower_l, angle_upper_l):208 fig_torque = px.scatter(df_platform, y='op090 torque [nm]', x=to_plot_freq[freq], color="op090_failed_part", range_y=[lower_lim_show,upper_lim_show],209 opacity=0.5, title=platform_to_show + ' Torque over time', height=400)210 if show_limits == True:211 fig_torque.add_hline(y=lower_l, line_width=1.0, line_dash="dash", line_color="red")212 fig_torque.add_hline(y=upper_l, line_width=1.0, line_dash="dash", line_color="red")213214 #-----------------------------------------------------------------------215216 fig_angle = px.scatter(df_platform, y='op090 angle [°]', x=to_plot_freq[freq], color="op090_failed_part", range_y=[angle_lower_lim_show,angle_upper_lim_show],217 opacity=0.5, title=platform_to_show + ' Angle over time')218 if show_angle_limits == True:219 fig_angle.add_hline(y=angle_lower_l, line_width=1.0, line_dash="dash", line_color="red")220 fig_angle.add_hline(y=angle_upper_l, line_width=1.0, line_dash="dash", line_color="red")221222 return fig_torque, fig_angle223224@st.cache(allow_output_mutation=True)225def drop_rate_per_angle_bins(df_platform):226 df_platform['angle bins'] = pd.cut( df_platform["op090 angle [°]"], bins= list(np.arange(1.0,180.0,5.0))).astype('str')227 drop_rate = df_platform.groupby(['angle bins','op090_failed_part'])['platform'].count().reset_index().rename(columns={'platform':'count'})228 drop_rate = pd.pivot_table(drop_rate, values='count', index='angle bins', columns='op090_failed_part')229 drop_rate = drop_rate.fillna(0)230 if len(drop_rate.columns) < 2:231 drop_rate[True]= 0232 drop_rate['fail_%'] = drop_rate.iloc[:,1] / (drop_rate.iloc[:,0] + drop_rate.iloc[:,1])*100233 drop_rate = drop_rate.rename(columns={True: 'OP90 NOK Amount'})234 drop_rate =drop_rate.round(2)235 fig = px.bar(drop_rate, x=drop_rate.index, y='fail_%' , text='fail_%', title='OP90 Drop rate % vs angle bins')236 fig.update_traces(marker_color='#308196', marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)237238 return fig239240@st.cache(allow_output_mutation=True)241def plot_single_day_torque(day, df_plat,show_shift ,lower_lim_show , show_limits, upper_lim_show, lower_l, upper_l):242 df_day_plot = df_plat.loc[str(day)]243 if show_shift == True:244 fig = px.scatter(df_day_plot, x = 'hour', y = 'op090 torque [nm]', range_y=[lower_lim_show, upper_lim_show],245 color='shift', color_discrete_sequence =['#308196','#FFC300 ', '#34BA55'])246 fig.update_traces(marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)247 else:248 fig = px.scatter(df_day_plot, x = 'hour', y = 'op090 torque [nm]', range_y=[lower_lim_show, upper_lim_show])249 fig.update_traces(marker_color='#308196', marker_line_color='rgb(8,48,107)', marker_line_width=0.5, opacity=0.6)250 # Lines ----------251 if show_limits == True:252 fig.add_hline(y=lower_l, line_width=1.0, line_dash="dash", line_color="red")253 fig.add_hline(y=upper_l, line_width=1.0, line_dash="dash", line_color="red")254255 return fig256257to_plot_freq = {'day' : 'date', 'week': 'year_week_date', 'month': 'year_month' }258line_plot_freq = {'day' : 'D', 'week': 'W', 'month': 'M' }259torque_limits = {'WL FA': [52.0,56.0], 'Ram DT FA': [52.0, 56.0], 'Ford FA': [46.7, 63.3], 'Jeep WK FA': [48.0, 52.0], 'HONDA FA': [55,60]}260angle_limits = {'WL FA': [1.0,90.0], 'Ram DT FA': [1.0, 90.0], 'Jeep WK FA': [1.0, 90.0], 'HONDA FA': [0,6000]}261262def app():263 #Platform Selection side bar and others ------------------------------------264 with st.sidebar:265 from_date = (datetime.date.today() - DateOffset(months=2)).date()266 st.subheader('From what date to load sql data?')267 d1 = st.date_input("", from_date)268269 #date range270 st.write("### Date range to analyze")271 col1, col2 = st.beta_columns(2)272 day_from= col1.date_input("From date", from_date, min_value=d1)273 day_up_to= col2.date_input("Up to date", datetime.date.today(), min_value=day_from + DateOffset(days=2))274275 # query to get data -------------------276 query = "select * from hlt_op090_from_200_210 where date_time > '%s'" %(str(d1))277 df= long_running_function_to_load_data(query = query)278 #Date range Leak Distribution Plot and Srop rate plot--------------279 df_dates = filter_dates(df, str(day_from), str(day_up_to))280 #Checking wha tplatform are present in date range281 platforms = list(df_dates['platform'].unique())282283 with st.sidebar:284 #Selecting platforms285 st.subheader('Platforms to compare:')286 platforms = st.multiselect('',platforms, platforms[:5], key='platform_select')287 #freq288 freq = st.selectbox('Select frequency to analyze:', ('day','week','month'))289 show_shift = st.checkbox('Show Shift Comparison?')290291 st.markdown("""---""")292 st.subheader('Torque Limits')293 #Limits to show294 lower_lim_show, upper_lim_show = st.slider('Select torque range to plot:', 0.0, 80.0, (46.0,61.0) ,1.0)295296 #limit lines to show297 show_limits = st.checkbox('Show torque limits?')298 lower_l = 52.0299 upper_l = 56.0300 if show_limits == True:301 limit_to_show = st.selectbox('Select limits to plot:', ('Manually','WL FA','Jeep WK FA','Ram DT FA','Ford FA','HONDA FA'))302 if limit_to_show == 'Manually':303 col1, col2 = st.beta_columns(2)304 lower_l = col1.slider("Lower limit:", 0.0, 80.0, 52.0, 0.5, key='lower_limit_0')305 upper_l = col2.slider("Upper limit:", 0.0, 80.0, 56.0, 0.5, key='upper_limit_0')306 else:307 lower_l = torque_limits[limit_to_show][0]308 upper_l = torque_limits[limit_to_show][1]309 st.markdown("""---""")310311 #limit lines to show312 st.subheader('Angle Limits')313 angle_lower_lim_show, angle_upper_lim_show = st.slider('Select angle range to plot:', 0.0, 360.0, (5.0,180.0) ,5.0)314 show_angle_limits = st.checkbox('Show angle limits?')315 angle_lower_l = 0316 angle_upper_l = 90317 if show_angle_limits == True:318 angle_limit_to_show = st.selectbox('Select angle limits to plot:', ('Manually','WL FA','Jeep WK FA','Ram DT FA'))319 if angle_limit_to_show == 'Manually':320 col1, col2 = st.beta_columns(2)321 angle_lower_l = col1.slider("Lower limit:", 0.0, 360.0, 1.0, 0.5, key='lower_limit_1')322 angle_upper_l = col2.slider("Upper limit:", 0.0, 360.0, 90.0, 0.5, key='upper_limit_1')323 else:324 angle_lower_l = angle_limits[angle_limit_to_show][0]325 angle_upper_l = angle_limits[angle_limit_to_show][1]326 st.markdown("""---""")327328329 #Filtering Platforms ////////////////////////////////////////////////////330 df_plat = select_platforms(df_dates, platforms)331332 st.title("OP090 Test 3 Station ")333 st.write('# Platform Comparison')334335336 st.write("## Select Analysis")337 analysis = st.selectbox('', ("ALL Platforms",'Single Platform',"Single Day Analysis"))338 st.markdown("""---""")339340 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////341 # /342 # PLATFORMS /343 # /344 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////345346 if analysis == "ALL Platforms":347348 #1st and 2nd PLOT349 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////350 st.subheader('Drop Rate % on OP90 per platform')351 fig_drop_rate, fig_oa_drop_percent = drop_rates_per_platforms(df_plat)352 st.write(fig_drop_rate)353 st.subheader('% of NOK with respect to all NOK of current platforms selected')354 st.write(fig_oa_drop_percent)355356357 #3rd PLOT358 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////359 #NOK cummulatives over time360 st.subheader('Platforms NOK cummulative over time per ' + freq)361 fig = nok_cumsum_overtime(df_plat, platforms, line_plot_freq, freq)362 st.write(fig)363364365 #4th PLOT366 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////367 # torque Distribution per platform -----------------------------------------------------------------368 st.subheader('Torque per platform')369 single_points = st.checkbox("Show single points (slower)", False)370 fig = torque_dist_per_platform(df_plat, single_points ,lower_lim_show, upper_lim_show, lower_l, upper_l, show_shift, show_limits)371 if single_points == True:372 st.pyplot(fig)373 else:374 st.plotly_chart(fig)375376377 #5th PLOT378 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////379 st.subheader('Angle per platform')380 single_points = st.checkbox("Show single points (slower)", False, key='angle_single_points')381 fig = angle_dist_per_platform(df_plat, single_points ,angle_lower_lim_show, angle_upper_lim_show, angle_lower_l, angle_upper_l, show_shift, show_angle_limits)382 if single_points == True:383 st.pyplot(fig)384 else:385 st.plotly_chart(fig)386387388 #6th PLOT389 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////390 #Torque vs angle391 fig = plot_torque_vs_angle(df_plat, show_limits ,lower_l, upper_l, angle_lower_lim_show,angle_upper_lim_show, lower_lim_show,upper_lim_show)392 st.write(fig)393394 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////395 # /396 # SINGLE PLATFORM /397 # /398 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////399400 elif analysis == 'Single Platform':401402 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////403 st.subheader('Single PLatform Analysis')404 platform_to_show = st.selectbox('Platform to show:', platforms)405 df_platform = df_plat[df_plat['platform']== platform_to_show]406407 #7th and 8th PLOT408 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////409 fig_torque,fig_angle = plot_torque_angle_overtime(df_platform,platform_to_show, to_plot_freq ,freq, lower_lim_show,upper_lim_show,show_limits, lower_l, upper_l, angle_lower_lim_show,angle_upper_lim_show,show_angle_limits ,angle_lower_l, angle_upper_l)410 st.write(fig_torque)411 st.write(fig_angle)412413414 #9th and 10th PLOT415 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////416 st.write(platform_to_show+ ' - OP90 Drop Rate')417418 c1,c2,c3 = st.beta_columns(3)419 c1.markdown('1st Shift: ' + str(round(df_platform[df_platform['shift'] == '1st']['op090_failed_part'].mean()*100,2) ) + '% Fail')420 c2.markdown('2nd Shift: ' + str(round(df_platform[df_platform['shift'] == '2nd']['op090_failed_part'].mean()*100,2) ) + '% Fail')421 c3.markdown('3rd Shift: ' + str(round(df_platform[df_platform['shift'] == '3rd']['op090_failed_part'].mean()*100,2) ) + '% Fail')422423 fig_prod, fig_drop = plot_frop_rates(df_platform, freq)424425 st.write(fig_prod)426 st.write(fig_drop)427428429 #11th PLOT430 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////431 st.write(platform_to_show + ' - Torque vs Angle')432 fig = plot_torque_vs_angle_singleplat(df_platform, show_limits ,lower_l, upper_l, angle_lower_lim_show,angle_upper_lim_show, lower_lim_show,upper_lim_show)433 st.write(fig)434435436 #12th PLOT437 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////438 fig = drop_rate_per_angle_bins(df_platform)439 st.write(fig)440441 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////442 # /443 # SINGLE DAY /444 # /445 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////446447 elif analysis == "Single Day Analysis":448 #13th PLOT449 #////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////450 platform_to_show = st.selectbox('Platform to show:', platforms)451 df_platform = df_plat[df_plat['platform']== platform_to_show]452 st.subheader(platform_to_show+ ' - Single day torque rates')453 col1, _ , _, _= st.beta_columns(4)454 day = col1.date_input("Select day to plot", datetime.date.today())455456 if str(day) in df_plat.index:457 fig = plot_single_day_torque(day,df_platform,show_shift, lower_lim_show , show_limits, upper_lim_show, lower_l, upper_l)458 st.write(fig)459460 else:
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function.py
Source:function.py
1import core2from javax.swing import *3from javax.swing.event import *4from java.awt import *5from java.awt.event import *6from java.util import Hashtable7import random8from math import floor9from math import ceil10import java11class FunctionControl(core.DataViewComponent, ComponentListener):12 def __init__(self, view, name, func, label=None):13 core.DataViewComponent.__init__(self, label)14 self.view = view15 self.name = name16 self.func = func17 self.label_height = 1818 self.resize_border = 219 self.popup_hide_limit = JCheckBoxMenuItem('auto-hide limits', True, actionPerformed=self.toggle_autohide)20 self.popup.add(self.popup_hide_limit)21 self.show_limits = False22 self.auto_hide_limits = True23 self.limits_font = Font("Dialog", Font.PLAIN, 10)24 self.limit_width = 025 self.limit_hide_delay = 100026 self.limit_color_def = 0.327 self.limit_color_val = self.limit_color_def28 self.limit_color_step = (1 - self.limit_color_def) / 1029 self.limit_hide_timer = Timer(self.limit_hide_delay / 10, None, actionPerformed=self.hide_limits)30 self.limit_hide_timer.setRepeats(False)31 self.popup.add(JPopupMenu.Separator())32 self.popup.add(JMenuItem('zero', actionPerformed=self.zero))33 self.popup.add(JMenuItem('set value', actionPerformed=self.set_value))34 self.filename = None35 self.popup.add(JMenuItem('set from file...', actionPerformed=self.set_from_file))36 self.popup.add(JPopupMenu.Separator())37 self.popup.add(JMenuItem('increase range', actionPerformed=self.increase_range))38 self.popup.add(JMenuItem('decrease range', actionPerformed=self.decrease_range))39 self.scale_factor = 0.0140 self.range = 1.041 self.data = self.view.watcher.watch(name, func)42 values = self.data.get_first()43 self.sliders = []44 self.labels = []45 for i, v in enumerate(values):46 vv = int(v * 100 / self.range)47 if vv > 100:48 vv = 10049 if vv < -100:50 vv = -10051 slider = JSlider(JSlider.VERTICAL, -100, 100, vv, stateChanged=lambda event, index=i: self.slider_moved(index))52 slider.background = Color.white53 self.add(slider)54 self.sliders.append(slider)55 label = JLabel('0.00')56 self.add(label)57 self.labels.append(label)58 slider.addMouseListener(self)59 self.setSize(len(values) * 40 + 40, 200)60 self.addComponentListener(self)61 self.componentResized(None)62 def increase_range(self, event):63 self.range *= 2.064 self.check_label_size()65 self.repaint()66 def decrease_range(self, event):67 self.range *= 0.568 self.check_label_size()69 self.repaint()70 def check_label_size(self):71 if(self.show_limits):72 limit_label = JLabel(("-%1.2f" % (self.range)))73 limit_width = limit_label.getPreferredSize().width - self.sliders[0].width / 274 if(limit_width != self.limit_width):75 self.setSize(self.size.width + limit_width - self.limit_width, self.size.height)76 self.setLocation(self.x - limit_width + self.limit_width, self.y)77 self.limit_width = limit_width78 def zero(self, event):79 for i in range(len(self.sliders)):80 self.set_slider_value(i, 0)81 def set_value(self, event):82 try:83 example = ','.join(['%1.1f' % random.uniform(-5, 5) for i in range(len(self.sliders))])84 text = JOptionPane.showInputDialog(self.view.frame, 'Enter input value. \nExample: %s' % example, "Set value", JOptionPane.PLAIN_MESSAGE, None, None, None)85 v = eval(text)86 if isinstance(v, (int, float)):87 v = [v]88 if len(v) > len(self.sliders):89 v = v[:len(self.sliders)]90 for i, vv in enumerate(v):91 self.set_slider_value(i, vv)92 except:93 self.release_value(event)94 def set_from_file(self, event):95 fileChooser = JFileChooser()96 if self.filename is not None:97 fileChooser.setSelectedFile(java.io.File(self.filename))98 if fileChooser.showOpenDialog(self) == JFileChooser.APPROVE_OPTION:99 self.filename = fileChooser.selectedFile.absolutePath100 #TODO: this doesn't for for nested FunctionInputs101 input = self.view.network.getNode(self.name)102 from nef.functions import Interpolator103 interp = Interpolator(self.filename)104 interp.load_into_function(input)105 def set_slider_value(self, index, value):106 sv = value / (self.scale_factor * self.range)107 self.sliders[index].value = int(sv)108 self.labels[index].text = '%1.2f' % value109 self.check_label_size()110 self.repaint()111 if self.view.paused: # change immediately, bypassing filter112 self.data.data[-1][index] = value113 self.view.forced_origins_prev[(self.name, 'origin', index)] = value114 self.view.forced_origins[(self.name, 'origin', index)] = value115 def slider_moved(self, index):116 if self.sliders[index].valueIsAdjusting: # if I moved it117 v = self.sliders[index].value * self.scale_factor * self.range118 self.labels[index].text = '%1.2f' % v119 if self.view.paused: # change immediately, bypassing filter120 self.data.data[-1][index] = v121 self.view.forced_origins_prev[(self.name, 'origin', index)] = v122 self.view.forced_origins[(self.name, 'origin', index)] = v123 def paintComponent(self, g):124 temp = self.show_label125 self.show_label = False126 core.DataViewComponent.paintComponent(self, g)127 self.show_label = temp128 if self.show_label:129 g.color = Color(0.3, 0.3, 0.3)130 bounds = g.font.getStringBounds(self.label, g.fontRenderContext)131 g.drawString(self.label, (self.size.width - self.limit_width) / 2 - bounds.width / 2 + self.limit_width, bounds.height)132 self.active = self.view.current_tick >= self.view.timelog.tick_count - 1133 data = self.data.get(start=self.view.current_tick, count=1)[0]134 if data is None:135 data = self.data.get_first()136 if(self.show_limits):137 g.color = Color(self.limit_color_val, self.limit_color_val, self.limit_color_val)138 txt_min = "%1.2f" % (-self.range)139 txt_max = "%1.2f" % (self.range)140 temp_font = g.font141 g.font = self.limits_font142 bounds_min = g.font.getStringBounds(txt_min, g.fontRenderContext)143 bounds_max = g.font.getStringBounds(txt_max, g.fontRenderContext)144 g.drawString(txt_max, 10 + bounds_min.width - bounds_max.width, self.resize_border + self.label_offset + bounds_max.height)145 g.drawString(txt_min, 10, self.height - self.resize_border - self.labels[0].getPreferredSize().height - bounds_min.height)146 g.font = temp_font147 for i, v in enumerate(data):148 while v > self.range * 1.1:149 self.range *= 2150 while v < -self.range * 1.1:151 self.range *= 2152 for i, v in enumerate(data):153 sv = int(v * 100.0 / self.range)154 if sv > 100:155 sv = 100156 if sv < -100:157 sv = -100158 if not self.sliders[i].valueIsAdjusting:159 self.sliders[i].value = sv160 self.labels[i].text = '%1.2f' % v161 self.sliders[i].enabled = self.active162 self.componentResized(None)163 def componentResized(self, e):164 w = self.width - self.resize_border * 2 - self.limit_width165 dw = w / len(self.sliders)166 x = (dw - self.sliders[0].minimumSize.width) / 2167 for i, slider in enumerate(self.sliders):168 slider.setLocation(self.limit_width + self.resize_border + x + i * dw, self.resize_border + self.label_offset)169 slider.setSize(slider.minimumSize.width, self.height - self.resize_border * 2 - 20 - self.label_offset)170 self.labels[i].setLocation(slider.x + slider.width / 2 - self.labels[i].width / 2, slider.y + slider.height)171 def componentHidden(self, e):172 pass173 def componentMoved(self, e):174 pass175 def componentShown(self, e):176 pass177 def save(self):178 info = core.DataViewComponent.save(self)179 if(self.auto_hide_limits):180 self.hide_limits(None)181 info['x'] = self.x # Overwrite x and width to account for removed limits182 info['width'] = self.width183 info['range'] = self.range184 info['limits'] = self.auto_hide_limits185 info['limits_w'] = self.limit_width186 return info187 def restore(self, d):188 core.DataViewComponent.restore(self, d)189 self.range = d.get('range', 1.0)190 self.auto_hide_limits = d.get('limits', True)191 self.limit_width = d.get('limits_w', 0)192 self.popup_hide_limit.state = self.auto_hide_limits193 self.show_limits = not self.auto_hide_limits194 def mouseEntered(self, event):195 if(self.auto_hide_limits):196 self.disp_limits()197 core.DataViewComponent.mouseEntered(self, event)198 def mouseExited(self, event):199 if(self.auto_hide_limits):200 self.limit_hide_timer.start()201 core.DataViewComponent.mouseExited(self, event)202 def toggle_autohide(self, event):203 self.auto_hide_limits = event.source.state204 if(self.auto_hide_limits):205 self.limit_hide_timer.start()206 else:207 self.disp_limits()208 def disp_limits(self):209 if(not self.show_limits):210 limit_label = JLabel(("-%1.2f" % (self.range)))211 self.limit_width = limit_label.getPreferredSize().width - self.sliders[0].width / 2212 self.setSize(self.size.width + self.limit_width, self.size.height)213 self.setLocation(self.x - self.limit_width, self.y)214 self.limit_hide_timer.stop()215 self.limit_color_val = self.limit_color_def216 self.show_limits = True217 self.repaint()218 def hide_limits(self, event):219 if(self.show_limits):220 if(self.limit_color_val >= 1 - self.limit_color_step):221 self.limit_hide_timer.stop()222 self.setSize(self.size.width - self.limit_width, self.size.height)223 self.setLocation(self.x + self.limit_width, self.y)224 self.limit_width = 0225 self.show_limits = False226 else:227 self.limit_color_val += self.limit_color_step228 self.limit_color_val = min(self.limit_color_val, 1.0)229 self.limit_hide_timer.start()...
render.py
Source:render.py
1# This file is part of Nuntiare project.2# The COPYRIGHT file at the top level of this repository3# contains the full copyright notices and license terms.4import cairo5from . pages import Pages6from . cairo_item import CairoItem7from .. render import Render8class CairoRender(Render):9 def __init__(self, extension):10 super(CairoRender, self).__init__(extension=extension)11 self.surface = None12 self.pages = None # public for test purposes13 def render(self, report, overwrite):14 super(CairoRender, self).render(report, overwrite)15 result = report.result16 # TODO. For test purposes.17 # It should be an option for18 # comand line utility19 show_limits = False20 self.pages = Pages(report)21 if self.extension == 'pdf':22 self.surface = cairo.PDFSurface(23 self.result_file, result.width, result.height)24 elif self.extension == 'svg':25 self.surface = cairo.SVGSurface(26 self.result_file, result.width, result.height)27 ctx = cairo.Context(self.surface)28 page_top = result.margin_top29 footer_top = result.margin_top + result.body.available_height30 if result.header:31 page_top += result.header.height32 footer_top += result.header.height33 for page in self.pages.pages:34 # Print body style35 CairoItem._draw_rectangle(36 ctx, result.body.style,37 page_top, result.margin_left,38 result.body.available_height,39 result.available_width)40 CairoItem.start_clip_area(41 ctx, page_top, result.margin_left,42 result.available_width,43 result.body.available_height,44 result.body.style)45 for f in page.frames:46 frame_left = f.left + result.margin_left47 ctx.set_line_width(0.5)48 if show_limits:49 ctx.set_source_rgb(0, 0, 0)50 ctx.rectangle(51 frame_left,52 page_top,53 f.drawable_width,54 f.height)55 ctx.stroke()56 CairoItem.start_clip_area(57 ctx, page_top, frame_left,58 f.drawable_width, f.height,59 None)60 self._print_items(61 ctx, f.cairo_items,62 page_top, frame_left)63 CairoItem.finish_clip_area(ctx)64 CairoItem.finish_clip_area(ctx)65 if result.header:66 self._print_header_footer(67 ctx, page.header, show_limits,68 result.margin_left,69 result.margin_top,70 result.available_width)71 if result.footer:72 self._print_header_footer(73 ctx, page.footer, show_limits,74 result.margin_left,75 footer_top,76 result.available_width)77 self.surface.show_page()78 self.surface.finish()79 def _print_header_footer(80 self, ctx, header_footer, show_limits,81 left, top, width):82 if not header_footer:83 return84 if show_limits:85 ctx.set_line_width(0.5)86 ctx.set_source_rgb(0, 0, 0)87 ctx.rectangle(88 left, top, width,89 header_footer.height)90 ctx.stroke()91 # Print style92 CairoItem._draw_rectangle(93 ctx, header_footer.definition.style,94 top, left,95 header_footer.definition.available_height,96 width)97 CairoItem.start_clip_area(98 ctx, top, left,99 width, header_footer.height,100 header_footer.definition.style)101 self._print_items(102 ctx, header_footer.cairo_items, top, left)103 CairoItem.finish_clip_area(ctx)104 def _print_items(self, ctx, items, top, left):105 for it in items:...
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