Lines Matching refs:c
174 c=configs[config]
175 if c["win"] == "hamming":
176 win = sig.hamming(c["fftlength"], sym=False)
177 if c["win"] == "hanning":
178 win = sig.hann(c["fftlength"], sym=False)
180 cvt=ConvertArray(c["type"])
181 c["ctype"]=ctype(c["type"])
182 c["ext"]=typeext(c["type"])
184 c["winSamples"] = cvt.getArrayContent(win)
188 c=configs[config]
190 cvt=ConvertArray(c["type"])
192 c["ctype"]=ctype(c["type"])
193 c["ext"]=typeext(c["type"])
195 …otalLen,packedFilters,filters = melFilterMatrix(c["fmin"], c["fmax"], c["melFilters"],c["samplingR…
197 c["filtLenArray"]=cvtInt.getArrayContent(filtLen)
198 c["filtPosArray"]=cvtInt.getArrayContent(filtPos)
199 c["totalLen"]=totalLen
200 c["filters"]=cvt.getArrayContent(packedFilters)
204 c=configs[config]
206 cvt=ConvertArray(c["type"])
207 c["ctype"]=ctype(c["type"])
208 c["ext"]=typeext(c["type"])
209 c["dctMatrixLength"]=c["dctOutputs"] * c["melFilters"]
211 dctMat = dctMatrix(c["dctOutputs"],c["melFilters"])
212 dctMat=dctMat.reshape(c["dctMatrixLength"])
213 c["dctMatrix"]=cvt.getArrayContent(dctMat)
220 c=configs["dct"][config]
221 if c["type"]=="f16":
223 c["hasF16"]=True
226 c=configs["melfilter"][config]
227 if c["type"]=="f16":
229 c["hasF16"]=True
232 c=configs["window"][config]
233 if c["type"]=="f16":
235 c["hasF16"]=True