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| import streamlit as st | |
| import funcs | |
| def geo_interp(): | |
| st.title("Geological Interpretation") | |
| st.markdown("## Question 1: Pick a modelling cut-off") | |
| st.markdown("") | |
| st.markdown("You are tasked with building a Mineral Resource domain for a typical orogenic gold deposit of Ontario.") | |
| st.markdown("The mineralization is erratic and, for the most part, is hosted within a fractured basalt.") | |
| st.markdown("Review the following cross sections showing mineralization at a variety of cut-off grades, as well as lithology and answer the following questions:") | |
| q1_options = ["Select an Answer", | |
| "25% of the economic cut-off", | |
| "50% of the economic cut-off", | |
| "75% of the economic cut-off", | |
| "100% of the economic cut-off", | |
| "Limit to host lithology irrespective of grade"] | |
| st.radio("What cut-off grade will you use to guide your Mineralization Domain?", options=q1_options, key="q1") | |
| q2_options = ["Select an Answer", | |
| "I will need to manage high grades.", | |
| "I will need to carefully design the interpolation to not over-smooth grades.", | |
| "I will need to be cautious about how I connect mineralization in less tightly drilled areas.", | |
| "I will need to confirm this choice using exploratory data analysis (EDA)."] | |
| st.radio("How will this choice impact how I design the downstream workflow for Mineral Resource estimation?", options=q2_options, key="q2") | |
| col1, col2, col3 = st.beta_columns((1,1,1)) | |
| with col1: | |
| st.write("") | |
| st.write("Litho") | |
| st.write("") | |
| st.write("") | |
| st.image("..//pdac2021_res_est_course_link2//images//litho.jpg", width=400) | |
| with col2: | |
| cog = st.slider("Select a cut-off (% of economic cut-off)", min_value=0,value=0, step=1, max_value=3, key="sl1") | |
| st.image("..//pdac2021_res_est_course_link2//images//gt" + str(int(cog)) + ".jpg", width=400) | |
| with col3: | |
| cog2 = st.slider("Select a cut-off (% of economic cut-off)", min_value=0, value=0, step=1, max_value=4, key="sl2") | |
| st.image("..//pdac2021_res_est_course_link2//images//gt2" + str(int(cog2))+ ".jpg", width=400) | |
| st.markdown("## Question 2: Choose a domaining strategy") | |
| st.markdown("") | |
| text = funcs.get_text_block("geo_interp_q2.txt") | |
| st.markdown(text) | |
| q3_options = ["Select an Answer", | |
| "All together.", | |
| "All separate.", | |
| "There is no need to model phosphorus.", | |
| "Silica and iron together, phosphorus separate."] | |
| st.radio("How will I domain and estimate these elements?", options=q3_options, key="q3") | |
| colz1, colz2, colz3 = st.beta_columns((1,1,1)) | |
| with colz1: | |
| st.write("") | |
| st.write("") | |
| st.write("") | |
| st.write("") | |
| st.image("..//pdac2021_res_est_course_link2//images//flow_chart.jpg", width=350) | |
| with colz2: | |
| sel_graph = st.selectbox("Select Graph", options=['Fe vs Si', 'P vs Si'], index=0, key='g1') | |
| if sel_graph == 'Fe vs Si': | |
| inp = 'fesi.jpg' | |
| else: | |
| inp = 'psi.jpg' | |
| st.image("..//pdac2021_res_est_course_link2//images//" + inp, width=300) | |
| with colz3: | |
| sel_sect = st.selectbox("Display Section", options=['Si', 'Fe', 'P'], index=0, key='g1') | |
| st.image("..//pdac2021_res_est_course_link2//images//" + sel_sect + "_sect.jpg", width=500) | |