import gradio as gr

def nascet (X,Y):
    result_nascet = ((Y-X)/Y)*100
    return round (result_nascet,2)

def vertebral_height (A,B):
    result_vertebral = ((B-A)/B)*100
    return round (result_vertebral,2)

def volume (l,w,h):
    result_volume = (l*w*h)/2
    return round (result_volume,2)



# print (f'Stenosis per NASCET criteria is {nascet (X,Y)} percent ')

with gr.Blocks() as demo1:
    X = gr.Number(label="Stenosis")
    Y = gr.Number(label="Normal Diameter")
    output = gr.Number(label="Stenosis per NASCET criteria is __ percent")
    greet_btn = gr.Button("Calculate")
    greet_btn.click(fn=nascet, inputs=[X,Y], outputs=output, api_name="nascet")


with gr.Blocks() as demo2:
    A = gr.Number(label="Minimum height")
    B = gr.Number(label="Normal heignt")
    output1 = gr.Number(label="Vertebral height loss is __ percent")
    greet_btn1 = gr.Button("Calculate")
    greet_btn1.click(fn=vertebral_height, inputs=[A,B], outputs=output1, api_name="vertebral_height")

with gr.Blocks() as demo3:
    l = gr.Number(label="length in cm")
    w = gr.Number(label="width in cm")
    h = gr.Number(label="height in cm")
    output2 = gr.Number(label="The volume of the lesion is __ cc")
    greet_btn2 = gr.Button("Calculate")
    greet_btn2.click(fn=volume, inputs=[l,w,h], outputs=output2, api_name="volume")


demo = gr.TabbedInterface([demo1, demo2, demo3], ["NASCET CALCULATOR", "VERTEBRAL HEIGHT LOSS CALCULATOR", "VOLUME CALCULATOR"])


demo.launch()