single_mode.py File Reference

Namespaces
namespace	single_mode

Functions
	single_mode.compute ()

Variables
	single_mode.loaded
	single_mode.processed
	single_mode.plotted
	single_mode.params
	single_mode.file_path = st.text_input("Intial structure file:",key="file_path")
	single_mode.file_format = st.text_input("File format:", key="file_format",placeholder="Auto")
	single_mode.manual_config = st.checkbox("Manually specify configuration", key="manual_config")
	single_mode.config_file
	single_mode.key
	single_mode.config_name = st.text_input("Configuration name:", key="comp_config_name")
	single_mode.atoms
	single_mode.radii
	single_mode.sample_index
	single_mode.repeat_x
	single_mode.repeat_y
	single_mode.repeat_z
	single_mode.manual_compute = st.checkbox("Manually specify settings for the computations (i.e number of threds, and if you want to compute kernel/image/cokernel)", key="maual_comp_config")
	single_mode.same_config_file = st.checkbox("The computation settings are in the same configuration file.", key="same_config_file")
	single_mode.comp_file
	single_mode.kernel
	single_mode.image
	single_mode.cokernel
	single_mode.placeholder
	single_mode.n_threads
	single_mode.thickness
	single_mode.pd_checks = st.columns(3)
	single_mode.pd0 = st.session_state["pd0"]
	single_mode.pd1 = st.session_state["pd1"]
	single_mode.pd2 = st.session_state["pd2"]
	single_mode.apf_checks = st.columns(3)
	single_mode.apf0 = st.session_state["apf0"]
	single_mode.apf1 = st.session_state["apf1"]
	single_mode.apf2 = st.session_state["apf2"]
	single_mode.on_click