Delete pages

pages/Home.py

@@ -1,41 +0,0 @@
-import solara
-
-@solara.component
-def Page():
-    with solara.Column(align="center"):
-        markdown = """
-        ## Burn Map Generator
-        
-        ### About the project
-
-        **A proof of concept illustrating wildfire burn severity maps with emerging clarity while the fires progress**
-
-        More project description, etc, etc. 
-
-        **Case Studies from 2020 and 2021 Western US wildfire seasons **
-
-        - August Complex, CA (2020)
-        - Cameron Peak, CO (2020)
-        - Dixie Fire, CA (2021)
-        - North Complex, CA (2020)
-
-        
-        ### How to use the app
-
-        1. Instuction #1
-
-        2. Instruction #2
-
-        3. 
-
-        ### Support
-        
-        Initial funding for wildland burn scar mapping came through the NOAA JPSS/RRPG Fire and Smoke Initiative. 
-        This supported the initial tests of BRIDGE maps using dNDVI. Subsequent funding supported the development of dNBR mapping and an effort 
-        to tie support the near real-time distribution of incident-based fire detection and related satellite imagery products through the Next Generation Fire System (NGFS). 
-        Current funding from the NOAA Weather Program Office (WPO) is supporting the refinement of our Google Earth Engine App (GEE) 
-        and integration of GEE burn scar output with AWIPS (see example above) for Weather Forecast Offices, Regional Offices, and the Weather Prediction Center.
-        
-        """
-
-        solara.Markdown(markdown)

pages/burn_mapping.py

@@ -1,113 +0,0 @@
-import ee
-import geemap
-import solara
-import ipywidgets as widgets
-
-
-fireList = ["North Complex", "Dixie", "Cameron Peak", "August Complex"]
-selected_fire = solara.reactive(fireList[0])
-selected_days = solara.reactive(30)
-dNBRvisParams = {'min': 0.0,'max': 0.8, 'palette': ['green', 'yellow','orange','red']}
-
-
-class Map(geemap.Map):
-    def __init__(self, **kwargs):
-        super().__init__(**kwargs)        
-        self.add_basemap('OpenStreetMap')
-        self.customize_ee_data(selected_fire.value, selected_days.value)
-        self.add_selector()
-        self.add_intSlider()
-        self.add("layer_manager")
-        self.remove("draw_control")
-
-        
-    def customize_ee_data(self, fire, elapDays):
-        elapDayNum = ee.Number(elapDays)
-        elapDay_plusOne = elapDayNum.add(ee.Number(1))
-        
-        north_startDate = ee.Date('2020-08-16')
-        dixie_startDate = ee.Date('2021-07-13')
-        cam_startDate = ee.Date('2020-08-13')
-        aug_startDate = ee.Date('2020-08-15')
-        
-        north_complex_bb = ee.Geometry.BBox(-121.616097, 39.426723, -120.668526, 40.030845)
-        dixie_bb = ee.Geometry.BBox(-121.680467, 39.759303, -120.065477, 40.873387)
-        cam_peak_bb = ee.Geometry.BBox(-106.014784, 40.377907, -105.116651, 40.822094)
-        aug_complex_bb = ee.Geometry.BBox(-123.668726, 39.337654, -122.355860, 40.498304)
-
-        def calc_nbr(pre_start, pre_stop, post_start, post_stop, bbox):
-                PREgoesCMI = ee.ImageCollection('NOAA/GOES/17/MCMIPC').filter(ee.Filter.date(pre_start, pre_stop))\
-                                                                      .filter(ee.Filter.calendarRange(17, 21, 'hour')).mean()
-                POSTgoesCMI = ee.ImageCollection('NOAA/GOES/17/MCMIPC').filter(ee.Filter.date(post_start, post_stop))\
-                                                                      .filter(ee.Filter.calendarRange(17, 21, 'hour')).mean()
-                preNBR = PREgoesCMI.select(['CMI_C03','CMI_C06']).normalizedDifference(['CMI_C03', 'CMI_C06']).toFloat().rename('NBR')
-                postNBR = POSTgoesCMI.select(['CMI_C03','CMI_C06']).normalizedDifference(['CMI_C03', 'CMI_C06']).toFloat().rename('NBR')
-                dNBR = preNBR.subtract(postNBR).select('NBR')
-                dNBRclipped = dNBR.clip(bbox)
-                return dNBRclipped
-            
-        self.clear_specific_layers()
-        
-        if fire == "North Complex": 
-            north_complex = calc_nbr(north_startDate.advance(-7, 'day'), north_startDate, north_startDate.advance(elapDayNum, 'day'), north_startDate.advance(elapDay_plusOne,'day'), north_complex_bb) 
-            self.addLayer(north_complex, dNBRvisParams, 'North Complex GOES NBR', True)
-            self.centerObject(north_complex_bb, 9)
-        elif fire == "Dixie":
-            dixie = calc_nbr(dixie_startDate.advance(-7, 'day'), dixie_startDate, dixie_startDate.advance(elapDayNum, 'day'), dixie_startDate.advance(elapDay_plusOne,'day'), dixie_bb)
-            self.addLayer(dixie, dNBRvisParams, 'Dixie Complex GOES NBR', True)
-            self.centerObject(dixie_bb, 9)
-        elif fire == "Cameron Peak":
-            cam_peak = calc_nbr(cam_startDate.advance(-7, 'day'), cam_startDate, cam_startDate.advance(elapDayNum, 'day'), cam_startDate.advance(elapDay_plusOne,'day'),   cam_peak_bb)
-            self.addLayer(cam_peak, dNBRvisParams, 'Cameron Peak GOES NBR', True)
-            self.centerObject(cam_peak_bb, 9)
-        elif fire == "August Complex":
-            aug_complex = calc_nbr(aug_startDate.advance(-7, 'day'), aug_startDate, aug_startDate.advance(elapDayNum, 'day'), aug_startDate.advance(elapDay_plusOne,'day'),   aug_complex_bb)
-            self.addLayer(aug_complex, dNBRvisParams, 'August Complex GOES NBR', True)
-            self.centerObject(aug_complex_bb, 9)
-    
-    def clear_specific_layers(self):
-        layers_to_keep = ['OpenStreetMap']
-        layers = list(self.layers)
-        for layer in layers:
-            if layer.name not in layers_to_keep:
-                self.remove_layer(layer)  
-               
-    def add_selector(self):
-        selector = widgets.Dropdown(options=fireList, value="North Complex", description='Wildfire Case Study:') 
-
-        def on_selector_change(change):
-            if change['name'] == 'value': 
-                selected_fire.value = change['new']
-                self.customize_ee_data(selected_fire.value, selected_days.value)
-
-        selector.observe(on_selector_change, names='value')
-        self.add_widget(selector, position="topleft")
-
-    def add_intSlider(self):
-        slider = widgets.IntSlider(value=selected_days.value,min=1,max=30,step=1,description='Elapsed days:',)
-        
-        def on_slider_change(change):
-            if change['name'] == 'value': 
-                selected_days.value = change['new']
-                self.customize_ee_data(selected_fire.value, selected_days.value)
-            
-        slider.observe(on_slider_change, names='value') 
-        self.add_widget(slider, position="topleft")
-        
-
-@solara.component
-def Page():
-    
-    with solara.Column(align="center"):
-        markdown = """
-        ## Burn Map Generator Case Studies """
-        solara.Markdown(markdown)
-    
-    # Isolation is required to prevent the map from overlapping navigation (when screen width < 960px)
-    with solara.Column(style={"isolation": "isolate"}):
-        map_widget = Map.element(
-            center=[39, -120.5],
-            zoom=8,
-            height="600px",
-            toolbar_ctrl=False
-        )