xls-playground: Step 1-2 & Step 4: Milestone1 - Synthesis work!

XLS/DSLX/PPA/ppb.py

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+import setup
+import pandas as pd
+from IPython.display import display
+import PIL.Image
+
+def main():
+    # User inputs and configurations
+    placement_density = 0.8  # Replace with user input or sliders
+    clock_period_ps = 800  # Replace with user input or sliders
+    clock_period_ns = clock_period_ps / 1000.0
+
+    core_area = 'relative'  # Change to "absolute" for absolute area configuration
+    utilization_percent = 50  # Utilization percentage for relative area
+    core_width_microns = 600  # Width for absolute area
+    core_padding_microns = 60  # Padding for absolute area
+
+    # Determine core area configuration
+    if core_area == 'relative':
+        core_area_value = setup.RelativeCoreArea(utilization_percent)
+    else:
+        core_area_value = setup.AbsoluteCoreArea(core_width_microns, core_padding_microns)
+
+    # Run synthesis
+    print("Running synthesis...")
+    print("hello 25 ppb.py")
+    synth_results = setup.run_synthesis()
+    print("hello 27 ppb.py")
+    display_synthesis_results(synth_results)
+
+    # Run static timing analysis
+    print("Running static timing analysis...")
+    timing_results = setup.run_opensta()
+    display_timing_results(timing_results)
+
+    # Run placement
+    print("Running placement...")
+    placement_results = setup.run_placement(
+        clock_period_ps=clock_period_ps,
+        placement_density=placement_density,
+        core_area=core_area_value
+    )
+    display_placement_results(placement_results)
+
+def display_synthesis_results(synth_results):
+    """Display synthesis results."""
+    print("hello 44 ppb.py")
+    print("Synthesis Results:")
+    print("Cell Stats:")
+    display(synth_results.cell_stats)
+    print("Design Stats:")
+    display(synth_results.design_stats)
+    print("Gate-Level Netlist:")
+    with synth_results.synth_v.open('r') as f:
+        print(f.read())
+
+def display_timing_results(timing_results):
+    """Display static timing analysis results."""
+    print("Static Timing Analysis Results:")
+    styled_timing = (
+        timing_results.style
+        .hide(axis='index')
+        .background_gradient(subset=['delay'], cmap='Oranges')
+        .bar(subset=['time'], color='lightblue')
+    )
+    display(styled_timing)
+
+def display_placement_results(placement_results):
+    """Display placement results including area, power, and layout."""
+    print("Placement Results:")
+
+    # Display area
+    print("Area Estimate:")
+    styled_area = placement_results.area.style.format("{:.3f} μm²", subset=['area'])
+    styled_area = styled_area.format("{:.2f} %", subset=['utilization'])
+    styled_area = styled_area.bar(subset=['utilization'], color='lightblue', vmin=0, vmax=100)
+    display(styled_area)
+
+    # Display power metrics
+    print("Power Metrics:")
+    styled_power = (
+        placement_results.power.style
+        .format("{:.3f} uW")
+        .background_gradient(cmap='Oranges', axis=None)
+        .bar(subset=['total'], color='lightcoral')
+    )
+    display(styled_power)
+
+    # Display global placement layout
+    print("Global Placement Layout:")
+    if placement_results.openroad_global_placement_layout.exists():
+        img = PIL.Image.open(placement_results.openroad_global_placement_layout)
+        img = img.resize((500, 500))
+        display(img)
+
+if __name__ == "__main__":
+    main()