<｜begin▁of▁sentence｜>### Instruction:
As a paleoclimatologist, you are examining the environmental conditions and climate change over the past centuries in a region with a diverse ecosystem. You have collected data on 100 species of plants and animals and their interactions within the ecosystem over the past 5 years. Using this data, you aim to create a directed network of interactions between these species, with each new species establishing connections to three existing species based on recent changes in the ecosystem. The probability of connecting to an existing species will be influenced by the recent changes in the population density and inter-species relationships within a 5-year window. You plan to analyze the out-degree distribution of these connections to understand the citation probability among the species. Once the network is generated, you will summarize its key characteristics to gain insights into the dynamics of the ecosystem.
### Response:
from igraph import GraphBase

# Parameters for the Recent_Degree stochastic model
n = 100  # The number of vertices
m = 3    # The number of outgoing edges for each vertex
window = 5  # The size of the recent time window
outpref = True  # Whether to consider out-degrees in citation probability
directed = True  # If the graph is directed
power = 1  # Power constant for the model

# Generate the graph
recent_degree_graph = GraphBase.Recent_Degree(n=n, m=m, window=window, outpref=outpref, directed=directed, power=power)

print(recent_degree_graph.summary())
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