LTPDA Toolbox™ | contents | ![]() ![]() |
RESP returns the complex response of a transfer function as an Analysis Object. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% DESCRIPTION: RESP returns the complex response of a transfer function as an Analysis Object. CALL: a = resp(obj, f); % compute response for vector f a = resp(obj, f1, f2, nf); % compute response from f1 to f2 in nf steps. a = resp(obj, pl); % compute response from parameter list. a = resp(obj); % compute response Parameters Description %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Method Details | |
---|---|
Access | public |
Defining Class | ltpda_tf |
Sealed | 0 |
Static | 0 |
Sets for this method … |
---|
List |
Range |
List |
|||
---|---|---|---|
no description | |||
Key | Default Value | Options | Description |
resp | |||
F | [] | none | A vector of frequencies to evaluate at or an AO whereby the x-axis is taken for the frequency values. |
BANK | 'none' |
|
How to handle a vector of input filters (only iir and fir filters):
|
Example |
---|
plist('F', [[]], 'BANK', 'none') |
Range |
|||
---|---|---|---|
no description | |||
Key | Default Value | Options | Description |
resp | |||
F1 | [] | none | Start frequency. |
F2 | [] | none | Stop frequency. |
NF | 1000 | none | Number of evaluation frequencies. |
SCALE | 'log' |
|
Spacing of frequencies:
|
BANK | 'none' |
|
How to handle a vector of input filters (only iir and fir filters):
|
Example |
---|
plist('F1', [[]], 'F2', [[]], 'NF', [1000], 'SCALE', 'log', 'BANK', 'none') |
Some information of the method ltpda_tf/resp are listed below: | |
---|---|
Class name | ltpda_tf |
Method name | resp |
Category | Signal Processing |
Package name | ltpda |
VCS Version | 967b0eec0dece803a81af8ef54ad2f8c784b20b2 |
Min input args | 1 |
Max input args | -1 |
Min output args | 1 |
Max output args | -1 |
Can be used as modifier | 0 |
Supported numeric types | {'double'} |
![]() |
Method: mfir/impresp | Method: mfir/SETS | ![]() |
©LTP Team