schrodinger.application.prime.residue_interaction module¶

A Python interface to Prime residue interaction data

class schrodinger.application.prime.residue_interaction.InteractionReader(struc)¶

Bases: object

Read the Prime residue interaction data from a structure

Variables:

_available_res (set) – A set of residue names for which Prime interaction data has been read
_energy (dict) – A dictionary of the interaction energy, stored as [energy type][res1][res2]. Note that this dictionary is not symmetric: [energy type][res1][res2] is stored but [energy type][res2][res1] is not. In _buildEnergyDict and getEnergy, res1 is arbitrarily assigned to be less than res2.

getEnergy(energy_type, res1, res2)¶

Get the interaction energy between the specified residues

Parameters:	energy_type (str) – The name of the energy to retrieve, such as “r_psp_Prime_Energy” or “r_psp_Prime_Covalent” res1 (`schrodinger.structure._Residue` or str) – The first residue or residue key (i.e. the string value returned by `resKey`) res2 (`schrodinger.structure._Residue` or str) – The second residue or residue key (i.e. the string value returned by `resKey`)
Returns:	The interaction energy between the specified residues
Return type:	float
Raises:	ValueError – If no data is found for the given energy type or residues

classmethod hasData(struc)¶

Check if the specified structure contains interaction data

Parameters:	struc (`schrodinger.structure.Structure`) – The structure to check
Returns:	True if the structure has interaction data. False otherwise.
Return type:	bool

static resKey(res)¶

Get the Prime-formatted residue name for the specified residue

Parameters:	res (`schrodinger.structure._Residue`) – The residue to get the name for
Returns:	The formatted name
Return type:	str